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Performance Verification

2715 Spectrum Analyzer Service Manual

4- 9

5.

When the sweep oscillator has finished its sweep, press

MKR

/

∆

/

OFF

to

activate the marker.

6.

Press

MKR

/

∆

/

OFF

again to activate the delta marker and tune it to the

highest and lowest points on the response curve. Note the amplitude at both
markers.

7.

Check the delta marker amplitudes as follows:

H

All instruments except Option 50 and Option 75 - not to exceed

±

2 dB.

H

Option 50 and Option 75 instruments - not to exceed

±

2 dB from 9 KHz

to 1.8 GHz, not to exceed

±

3 dB from 1.8 GHz to 2.15 GHz.

Verify proper marker operation with the following procedure:

1.

Recall default power up settings by pressing

UTIL 1 1

.

2.

Select the following settings on the Spectrum Analyzer:

FREQUENCY

500 MHz

REFERENCE LEVEL

--10 dBm

SPAN/DIV

100 MHz

RESOLUTION BW

300 kHz

VID FLTR

On

VERTICAL SCALE

10 dB/

3.

Enable the calibrator by pressing

INPUT 9

. The instrument should display a

series of 100 MHz marks of varying amplitudes.

4.

Press

PEAK FIND

. The marker should go to the highest signal, and the

readout should display that signal’s frequency and amplitude. Frequency and
amplitude readouts are preceded by the letter M.

5.

Press

MKR

[

'

]

and note that the marker moves to the next signal to the

right and the readouts are updated. Continue pressing

MKR

and observe the

marker position and readouts. The marker will only recognize those signals
whose amplitude is above a preset or default threshold level, and will not
recognize apparent signals

≤

0 Hz. The threshold level is set via MKR/

FREQ 0.

6.

Repeat step 5 using the MKR

[

a

]

button.

7.

Press

MKR

/

∆

/

OFF

once. The readouts should now be preceded by the letter

D and should read 0.

8.

Tune the FREQ/MKRS control and note that a second marker appears. The
marker readout should now display frequency and amplitude differences
between the two markers.

Marker Operation

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Summary of Contents for 2715

Page 1: ...orts firmware version 12 01 95 and above Warning The servicing instructions are for use by qualified personnel only To avoid personal injury do not perform any servicing unless you are qualified to do so Refer to all safety summaries prior to performing service www tektronix com ...

Page 2: ... and foreign patents issued and pending Information in this publication supercedes that in all previously published material Specifications and price change privileges reserved Tektronix Inc P O Box 500 Beaverton OR 97077 TEKTRONIX and TEK are registered trademarks of Tektronix Inc ...

Page 3: ...any other locations This warranty shall not apply to any defect failure or damage caused by improper use or improper or inadequate maintenance and care Tektronix shall not be obligated to furnish service under this warranty a to repair damage resulting from attempts by personnel other than Tektronix representatives to install repair or service the product b to repair damage resulting from improper...

Page 4: ......

Page 5: ... Structure 2 of 2 2 8 MRK FREQ Menu Structure 2 8 CATV APPL CATV Measurements Page 1 Menu Structure 1 of 3 2 9 CATV APPL CATV Measurements Page 1 Menu Structure 2 of 3 2 10 CATV APPL CATV Measurements Page 1 Menu Structure 3 of 3 2 11 CATV APPL CATV Measurements Page 2 Menu Structure 1 of 2 2 12 CATV APPL CATV Measurements Page 2 Menu Structure 2 of 2 2 13 CATV APPL Applications Menu Structure 2 1...

Page 6: ...Inspection Test 4 1 Verification of Tolerance Values 4 1 History Information 4 1 Equipment Required 4 2 Power Up Procedure 4 3 Front Panel Operation 4 4 Performance Check Procedure 4 4 Adjustment Procedures Static Discharge Precautions 5 1 Recommended Test Equipment 5 2 Preparation 5 4 Adjustments Requiring Flatness Correction 5 4 Instrument Bottom View 5 5 Adjustments 5 6 Maintenance Static Sensi...

Page 7: ...ram 3 2 Figure 3 2 Display System Diagram 3 8 Figure 3 3 Attenuator and 1st Converter Diagram 3 10 Figure 3 4 Equivalent Circuit for the Bandpass 4 Cavity Filter 3 11 Figure 3 5 Block Diagram of RF Mother Board 3 12 Figure 3 6 1st LO Interface and 1st LO Diagram 3 14 Figure 3 7 1st LO Buffer Amplifier Diagram 3 15 Figure 3 8 Reference Oscillator Diagram 3 17 Figure 3 9 Crystal Heater and 15 V Regu...

Page 8: ...d Order IM Test Setup 25 MHz Separation 4 17 Figure 4 2 Harmonic Distortion Test Equipment Setup 4 18 Figure 4 3 1 dB Compression Point Test Setup 4 20 Figure 4 4 Accessory Connector J103 4 22 Figure 4 5 Test Equipment Setup for Checking Return Loss 4 28 Figure 4 6 Test Signal on Video Line 17 4 32 Figure 4 7 Video Gating Check Waveform NTSC Illustrated 4 34 Figure 4 8 IF Gating Check Waveform NTS...

Page 9: ...e the Power Meter Output for split75 5 59 Figure 5 24 Test Equipment Characterization Using a Single Channel Power Meter to Characterize the DUT Output for split75 5 59 Figure 5 25 Test Equipment Characterization Using a Dual Channel Power Meter for split50 5 60 Figure 5 26 Test Equipment Characterization Using a Single Channel Power Meter to Characterize the Power Meter Output for split50 5 60 Fi...

Page 10: ...tail 6 29 Figure 6 11 Power Supply Assembly Removal Bottom View 6 31 Figure 6 12 Removing Power Supply Attaching Nuts 6 32 Figure 6 13 Location of R602 on the Phase Lock CFC Board 6 34 Figure 7 1 Option 15 Installation 7 3 Figure 10 1 Cabinet 10 7 Figure 10 2 Front Panel 10 11 Figure 10 3 Power Supply 10 15 Figure 10 4 Chassis 1 10 18 Figure 10 5 Chassis 2 10 22 Figure 10 6 Accessories 10 25 ...

Page 11: ...2 Mode Control Register 1 3 41 Table 3 3 Mode Control Register 2 3 42 Table 3 4 Truth Table for the B C Save A Display Screen Offset 3 43 Table 3 5 Truth Table for the Acquisition Modes 3 43 Table 3 6 Mode Control Register 2 3 43 Table 3 7 Enhanced Mode MKRWFM 3 2 Bit Assignment 3 44 Table 3 8 Enhanced Mode MKRWFM 1 0 Bit Assignment 3 45 Table 3 9 Display Control Register 3 45 Table 3 10 Scroll Re...

Page 12: ...Storage and Digital Options Boards 3 73 Table 3 25 Real Time Clock Functions 3 75 Table 4 1 Equipment Required 4 2 Table 4 2 Settings for Shape Factor Check 4 5 Table 4 3 Settings for the Noise Sidebands Check 4 7 Table 4 4 Front Panel Span Accuracy Settings 4 8 Table 4 5 Maximum Range in 10 dB Div 4 11 Table 4 6 Resolution Bandwidth Filter Display Dynamic Range Settings 4 12 Table 4 7 Sensitivity...

Page 13: ...tions to the input or output terminals of the product ensure that the product is properly grounded Observe All Terminal Ratings To avoid fire or shock hazard observe all ratings and marking on the product Consult the product manual for further ratings information before making connections to the product The common terminal is at ground potential Do not connect the common terminal to elevated volta...

Page 14: ...f life CAUTION Caution statements identify conditions or practices that could result in damage to this product or other property Terms on the Product These terms may appear on the product DANGER indicates an injury hazard immediately accessible as you read the marking WARNING indicates an injury hazard not immediately accessible as you read the marking CAUTION indicates a hazard to property includ...

Page 15: ...tain hazardous voltages for long periods of time after power is turned off Before attempting any servicing discharge the CRT by shorting the anode to chassis ground When discharging the CRT connect the discharge path to ground and then the anode Rough handling may cause the CRT to implode Do not nick or scratch the glass or subject it to undue pressure when removing or installing it When handling ...

Page 16: ...Service Safety Summary xii 2715 Spectrum Analyzer Service Manual ...

Page 17: ...ent Procedures is a procedure to ensure that when performed the product can meet the performance levels for characteristics listed in Section 1 Specifications H Section 6 Maintenance contains instructions for removal and replacement of internal modules or components H Section 7 Options describes all options available for this instrument H Section 8 Replaceable Electrical Parts is a list of replace...

Page 18: ...com Sales support 1 800 833 9200 select option 1 Service support 1 800 833 9200 select option 2 Technical support Email techsupport tektronix com 1 800 833 9200 select option 3 6 00 a m 5 00 p m Pacific time This phone number is toll free in North America After office hours please leave a voice mail message Outside North America contact a Tektronix sales office or distributor see the Tektronix web...

Page 19: ...er a 15 minute warm up period within the environmental limits and after all normalization procedures have been carried out Information in the Performance Requirement column of Tables 1 2 through 1 8 is guaranteed and verifiable unless otherwise noted Supplemental Information is intended to further explain a characteristic its performance requirement or to describe characteristic performance that i...

Page 20: ...o Aural Carrier Frequency Measurement Aural carrier measured relative to the visual carrier Method Internal Counter Difference Range 1 MHz to 10 MHz3 for an amplitude difference of 30 dB and aural C N 15 dB 300 kHz RBW Resolution 1 Hz Accuracy 15 Hz for visual to aural carrier difference 8 MHz Visual Carrier Peak Level Measurement Absolute peak amplitude of visual carrier measured with PREAMP OFF ...

Page 21: ...sured from sync tip to lowest white level found in 10 sweeps the VITS line is used if it is defined in the channel table AM Range 50 to 95 Resolution 0 1 Accuracy 2 for visual C N 40 dB 300 kHz RBW HUM LFD Measurement Typical Power line frequency is measured on an unmodulated visual carrier and low frequency disturbance LFD is measured on the modulated carrier AM Range 1 to 10 peak to peak Resolut...

Page 22: ...ual carrier peak according to the NCTA recommended spectrum analyzer settings SINGLE SWEEP and CONTINUOUS modes do not use all the NCTA recommended settings Optimum Input Range See Figure 1 3 on page 1 8 Maximum Range See Figure 1 3 on page 1 8 Resolution 0 3 dB Accuracy See Figure 1 3 on page 1 8 In Service CSO Typical CSO products are measured per NCTA recommendations during quiet lines in the v...

Page 23: ...C N 30 dB 300 kHz RBW Frequency Range 15 MHz to 1015 MHz Resolution 0 3 dB Absolute Accuracy 2 7 dB for visual C N 30 dB 300 kHz RBW and for FM signal C N 33 dB 100 kHz RBW assumes flatness corrections are present Relative Accuracy 0 8 dB relative to adjacent channel 1 5 dB relative to all other channels Aural Carrier Difference Range 0 to 30 dB for C N 15 dB 300 kHz RBW Resolution 0 3 dB Accuracy...

Page 24: ...Line Modulation function Line Format NTSC or PAL Line Range 1 to 525 NTSC 1 to 625 PAL Sweep Time 10 s div In Channel Response Range 3 dB the auto test is run in 1 dB div Resolution 0 1 dB Accuracy 0 5 dB Auto mode 0 8 dB Interactive mode Adjacent Channel Leakage Typical Averaged power in adjacent channel s is divided by averaged power for the test channel Resolution 0 1 dB Accuracy 2 0 dB within ...

Page 25: ...o Noise Measurement 4 dB to 500 MHz Note 1 2 dB to 500 MHz Note 1 4 dB to 500 MHz Note 2 2 dB to 500 MHz Note 2 4 dB at 1000 MHz Note 2 2 dB at 1000 MHz Note 2 CTB Measurement Limit dBc 0 10 20 30 40 50 60 70 80 90 30 20 10 0 10 20 30 40 50 60 70 Note 1 Approximate extended limits if preselector is used and mixer input level is set to 20 dBm Note 2 Normal limits without preselector and mixer input...

Page 26: ... at 1000 MHz Minimum signal level for gated measurement to 500 MHz Figure 1 3 Typical Accuracy Limits for Nongated CSO Measurement 4 dB to 500 MHz Note 1 2 dB to 500 MHz Note 1 4 dB to 500 MHz Note 2 2 dB to 500 MHz Note 2 4 dB at 1000 MHz Note 2 2 dB at 1000 MHz Note 2 CSO Measurement Limit dBc 0 10 20 30 40 50 60 70 80 90 30 20 10 0 10 20 30 40 50 60 70 Note 1 Approximate extended limits if pres...

Page 27: ...ent Limit dB 25 35 45 55 65 20 10 0 10 20 30 40 50 60 70 CHANNEL UNDER TEST INPUT LEVEL dBmV To 500 MHz using preselector 500 MHz to 1000 MHz using preselector To 500 MHz in 60 channel flat system dominated by analog signals 10 dB stronger than average power of channel under test 500 MHz to 1000 MHz in 60 channel flat system dominated by analog signals 10 dB stronger than average power of channel ...

Page 28: ...stronger than average power of channel under test Figure 1 7 Typical Digital Signal CSO Measurement Range Limit for 2 dB Accuracy Measurement Limit dBc 25 35 45 55 65 20 10 0 10 20 30 40 50 60 70 INPUT LEVEL dBmV To 500 MHz using preselector 500 MHz to 1000 MHz using preselector To 500 MHz in 60 channel flat system dominated by analog signals 10 dB stronger than average power of channel under test...

Page 29: ...ll except Option 50 and Option 75 400 Hz up to 1 8 GHz Option 50 and Option 75 500 Hz above 1 8 GHz With frequency corrections enabled Readout Resolution 1 kHz or 1 Hz counter readout menu selectable Frequency Span Div Range Using SPAN DIV y and SPAN DIV b buttons selections in a 1 2 5 sequence Using the keypad or UTIL menu select any value from 100 MHz div to 1 kHz div In MAXSPAN 180 MHz div All ...

Page 30: ...tion 50 and Option 75 2 4 KHz peak to peak total excursion in 20 ms above 1 8 GHz Resolution Bandwidth 6 dB down Resolution bandwidth selections are 5 MHz 1 MHz 300 kHz 100 kHz 30 kHz 10 kHz 3 kHz 1 kHz and 300 Hz for the spectrum analyzer Shape Factor 60 dB 6 dB 7 1 or less for all resolution bandwidths 1 MHz Noise Sidebands All except Option 50 and Option 75 70 dBc at 30X Resolution Bandwidth fo...

Page 31: ...cy Amplitude Related Characteristics Characteristic Performance Requirement Supplemental Information Marker The frequency and amplitude values of the marker position are displayed and are preceded by the letter M MKR and MKR a position the marker to the next right or left signal peak respectively Accuracy Frequency Same as SPAN DIV Amplitude A function of the reference level vertical scale factor ...

Page 32: ...ngth greater than the threshold level If the strength of a signal being tracked decreases below the threshold level the instrument displays the message NO SIGNAL FOUND ABOVE THRESHOLD Table 1 4 Amplitude Related Characteristics Characteristic Performance Requirement Supplemental Information Vertical Display Mode 10 dB div 5 dB div 1 dB div and Linear Reference Level Range Top of graticule Log Mode...

Page 33: ...below signal level applied near frequency of 2 11 GHz Display Dynamic Range is reduced if there is signal energy at or near 2 11 GHz Accuracy 10 dB div Mode 1 0 dB 10 dB to a maximum cumulative error of 2 0 dB over the 70 dB range and a maximum cumulative error of 4 0 dB over the 80 dB range 10 dB div accuracy and range is affected by the signal to noise ratio of the selected Resolution Bandwidth ...

Page 34: ...inearly approximately 10 dB NOTE S i i i d d h 30 kHz 58 dBmV 50 dBmV 48 dBmV 107 dBm 99 dBm 97 dBm NOTE Sensitivity degrades as the FREQUENCY setting is decreased from approximately 10 MHz to 9 kHz 10 kHz 63 dBmV 55 dBmV 53 dBmV 112 dBm 104 dBm 102 dBm from approximately 10 MHz to 9 kHz Maximum loss in sensitivity is approxi mately 20 dB 3 kHz 68 dBmV 60 dBmV 58 dBmV 117 dBm 109 dBm 107 dBm y 1 k...

Page 35: ...mixer input level of 9 dBmV LO Local Oscillator Emission All except Option 50 and Option 75 70 21 dBmV 70 dBm With 0 dB RF attenuation and preamp off Option 50 and Option 75 When frequency is below 90 MHz Typically 29 dBmV 20 dBm When frequency is above 350 MHz Typically 21 dBmV 70 dBm Table 1 5 Input Output Signal Characteristics Characteristic Performance Requirement Supplemental Information RF ...

Page 36: ...es to a logic high level while the CRT beam is sweeping Pin 3 Chassis and Signal Ground Pin 4 Sweep Output 1 3 V 1 3 V Provides a nominal 1 3 V to 1 3 V negative going ramp proportional to the horizontal sweep output impedance 50 Ω Pin 5 Log Video Output Provides 0 V to 1 6 V of video signal inversely proportional to the vertical display amplitude 0 V is the top of the screen Impedance is 1 kΩ Pin...

Page 37: ...ment Supplemental Information Input Voltage Line Voltage Range 90 VAC to 250 VAC Line Frequency Range 48 Hz to 63 Hz Line Voltage Range 90 VAC to 132 VAC Line Frequency Range 48 Hz to 440 Hz Line Fuse 2 A Slow Blow Input Power 90 W 1 2 A for standard instrument 105 W 1 4 A maximum with options 115 W maximum at 90 V and 440 Hz At 115 V and 60 Hz Leakage Current 3 5 mARMS maximum or 5 mApeak maximum...

Page 38: ...nal External Trigger Level See EXT TRIG in Table 1 5 Nonvolatile Memory Battery Backed Up Instrument settings waveforms and normalization results are stored in NVRAM Battery Life Lithium At 55_ C Ambient Temperature 1 to 2 years At 25_ C Ambient Temperature At least 5 years Temperature Range for Retaining Data 10_ C to 75_ C Internal Calibrator Provides 100 MHz marker for amplitude calibration and...

Page 39: ... Immunity 27 MHz 500 MHz IEC 801 3 Performance Requirement No responses above 90 dBm in a 3 V meter field Fast Transients Capacitive Clamp 1 kV Power Leads 500 V Control Leads IEC 801 4 Power Line Surge 1 kV Differential Mode 2 kV common mode IEC 801 5 Temperature Operating 0_ C to 50_ C Nonoperating1 55_ C to 75_ C2 Humidity Operating 95 RH 5 30_ C and below 75 RH 5 31_ C through 40_ C 45 RH 5 41...

Page 40: ...ock Operating and Nonoperating Three guillotine type shocks of 30 g one half sine 11 ms duration each direction along each major axis total of 18 shocks no drops allowed on the front surface and front corners Transit Drop Free Fall 8 in 203 2 mm one per each of 5 faces and 4 corners instrument is tested and meets drop height of 12 in 304 8 mm Table 1 10 Physical Characteristics Characteristic Perf...

Page 41: ...the following specification as listed in the Official Journal of the European Communities Low Voltage Directive 73 23 EEC EN 61010 1 1993 Safety requirements for electrical equipment for measurement control and laboratory use Approvals UL1244 Standard for Electrical and Electronic Measuring and Testing Equipment CAN CSA C22 2 No 231 Safety Requirements for Electrical and Electronic Measuring and T...

Page 42: ...2 as defined in IEC 1010 1 Note Rated for indoor use only Table 1 13 Safety Standards Category Standards U S Nationally Recognized Testing Laboratory Listing UL1244 Standard for Electrical and Electronic Measuring and Testing Equipment Canadian Certification CAN CSA C22 2 No 231 Safety Requirements for Electrical and Electronic Measuring and Test Equipment European Union Compliance Low Voltage Dir...

Page 43: ...sor control of most functions simplifies and enhances operation The Spectrum Analyzer s main features are H Precision Measurements Menu selectable routines provide directions for normalizing the internal reference calibrator signal to external frequency and amplitude references After the internal reference is normalized other menu selections provide for normalizing any instrument measurement param...

Page 44: ... and prompts is displayed Any error warning or information messages are displayed in both modes Conformance to Industry Standards This Spectrum Analyzer conforms with the following industry safety standards and regulatory requirements CAN CSA C22 2 No 231 UL 1244 3rd Edition Measuring Testing Equipment Product Service To ensure adequate product service and maintenance for our instruments Tektronix...

Page 45: ...ariable Resolution assembly in the case of the Power Supply All other circuit boards are accessible by removing the instrument s cabinet and the shielding associated with each assembly NOTE Disassembly of some modules may require special tools and procedures These procedures and a list of tools are located in the Maintenance section Most RF circuits are isolated in shielded compartments to obtain ...

Page 46: ... corresponding assembly and subassembly numbers Example R260 on assembly A14 becomes A14R260 Example U140 on subassembly A1 of assembly A19 is found in the electrical parts list as A19A1U140 Accessories The Replaceable Mechanical Parts section contains part numbers descriptions and ordering information for all standard and optional accessories offered for this Spectrum Analyzer Refer to Appendix F...

Page 47: ... Manual 2 5 A menu of selections may be displayed by pressing its front panel push button Menu push buttons are grouped together under the MENUS block See Fig ure 2 1 and the Menu Structure beginning on the following page Figure 2 1 2715 Front Panel Keys ...

Page 48: ...0 FREE RUN 1 INTERNAL 2 EXTERNAL 3 LINE 4 TV LINE 5 TV FIELD SWEEP MENU 6 SWEEP RATE 7 MANUAL SCAN 8 SYNC POLARITY 9 SETUP TABLE HORIZONTAL LINE TRIGGERING 0 CONTINUOUS 1 KNOB SELECTABLE 2 KEYPAD ENTERED LINE 3 KEYPAD ENTRY 4 TV LINE STANDARD SWP TRG Menu Structure ...

Page 49: ...CATION PORT CONFIG 1 SCREEN PLOT CONFIGURATION 2 PRINTER CONFIGURATION 3 INSTRUMENT CONFIGURATION 4 REAL TIME CLOCK SETUP 5 STORED SETTINGS PROTECT 6 FILE SYSTEM DIRECTORY 7 PROTECT FILE 9 INSTALLED OPTIONS DISPLAY 0 GPIB 2 RS 232 0 STATUS 1 BAUD RATE 2 DATA BITS 3 PARITY 4 EOL 5 FLOW CONTROL 6 ECHO 7 VERBOSE 0 COMM PORT 1 PLOTTER LANGUAGE 2 PLOT SPEED 3 PLOTS PER PAGE 5 GRATICULE LINES ON PLOT 0 ...

Page 50: ... STORAGE CAL 3 SWEEP CAL 4 CFCV1 ADJUSTMENTS 5 TOGGLE VD DAC LO HI 6 VD DAC TO VIS CARR 7 AFC TOGGLE 8 GATE TOGGLE 9 QUERY LOCK STATUS 0 SETTINGS VERIFY 1 FILE SYSTEM MENU 2 YIG SETTLE DELAY Factory troubleshooting aids not discussed in this manual 0 THRESHOLD 1 PROGRAMD TUNING INC 2 KNOB FUNCTION 3 MARKER TO REFERENCE LEVEL 4 MOVE MARKER TO NEXT PEAK 5 TRANSPOSE MARKERS 6 MARKER START STOP 7 FREQ...

Page 51: ... CARRIER SURVEY TEST MODES 0 ACCURATE FREQUENCY AND AMPL 1 ACCURATE AMPLITUDE ONLY 2 FAST AMPLITUDE ONLY 0 ON OFF 1 ATTEN AMPL ENTRY TEST MODES 0 ACCURATE FREQUENCY AND AMPL 1 ACCURATE AMPLITUDE ONLY 2 FAST AMPLITUDE ONLY 0 ON OFF 1 ATTEN AMPL ENTRY 0 RUN MODULATION DEPTH 1 STORE CURRENT RESULTS 2 DISPLAY RESULTS 3 PRINT CURRENT RESULTS 4 PRINT STORED RESULTS 5 SET UP ADJUSTMENT MODE 6 ENTER ADJUS...

Page 52: ... SET UP FREQ RESP 9 LEAVE FREQUENCY RESPONSE TEST MODES 0 NO REF 1 WITH REF SWEEP RANGE 2 START FREQUENCY 3 STOP FREQUENCY 4 USE DEFAULT START STOP TEST MODES 0 NO REF 1 WITH REF REFERENCE ACQUISITION 2 START FREQUENCY 3 STOP FREQUENCY 4 USE DEFAULT START STOP 5 ACQUIRE NEW REFERENCE 6 STORED REFERENCE MENU 7 EDIT CURRENT REFERENCE NAME CATV APPL CATV Measurements Page 1 Menu Structure 2 of 3 RS 2...

Page 53: ...S SETUP 9 MORE 0 EXIT CATV MEASUREMENT MODE 1 CHANNEL TABLE 2 SKIP CHANNEL 3 ALL CHANNELS 4 SITE 5 OPERATOR 6 REF LEVEL UNIT 7 EDIT CHANNEL TABLE1 8 REMOVE ALL STORED RESULTS 9 LEAVE CATV MEASUREMENTS SETUP 0 STD 1 HRC 2 IRC 3 User Defined 4 User Defined 5 User Defined 6 User Defined 7 User Defined 8 User Defined 9 User Defined CATV APPL CATV Measurements Page 1 Menu Structure 3 of 3 To CATV APPL ...

Page 54: ...1 STORE CURRENT RESULTS 2 DISPLAY RESULTS 3 PRINT CURRENT LEVELS 4 PRINT STORED RESULTS 5 SET UP CSO 6 DIGITAL ANALOG 7 IN SERVICE 9 LEAVE CSO TEST MODES 0 INTERACTIVE 1 AUTO 2 AUTO PAUSE FOR CARRIER OFF 3 SINGLE SWEEP 4 CONTINUOUS 5 SET UP TEST FREQUENCIES AND CONTINUOUS MODE PRMTRS TEST FREQUENCIES 0 User Defined 1 25000MHZ Default 1 User Defined 750 000KHZ Default 2 User Defined 3 User Defined ...

Page 55: ...P 6 TEST SIGNAL LINE NUMBER 7 IN SERVICE 9 LEAVE IN CHAN RESP TEST MODES 0 INTERACTIVE 1 AUTO PAUSE FOR SIGNAL ON TEST FREQUENCIES 2 User Defined 500 000KHZ Default 3 User Defined 500 000KHZ Default 4 User Defined 1 25000MHZ Default 5 User Defined 2 00000MHZ Default 6 User Defined 3 00000MHZ Default 7 User Defined 3 75000MHZ Default 8 USE DEFAULT TEST FREQUENCIES To CATV APPL CATV Measurements Pag...

Page 56: ...DE 8 CATV MEASUREMENT MODE 9 SETUP TABLE 0 BEGIN FREQ 1 END FREQ 2 START TEST 3 DISPLAY RESULTS CATV APPL Applications Menu Structure 0 DB DOWN FOR BW MODE 1 NORM BW FOR C N 2 NOISE NORM D BW 3 PERCENT OCCUPIED BW 0 OFF 1 AM DEMODULATOR 2 FM DEMODULATOR 3 BROADCAST AM VIDEO 9 VIDEO MONITOR SETUP 0 VIDEO DETECT MODE 1 SYNC POLARITY 2 VIDEO POLARITY DEMOD Menu Structure ...

Page 57: ...ucture 1 TITLE MODE 2 TITLE MODE EDIT 3 PLOT LABELING 4 PLOT LABELING EDIT 1 ON OFF 2 VALUE ENTRY 3 DISPLAY LINE TO MARKER 4 LIMIT DETECTOR 0 User Defined 1 User Defined 2 User Defined 3 User Defined 4 User Defined 5 User Defined 6 User Defined 7 User Defined 8 User Defined 9 USER DEF PROGRAM UTILITIES 0 ACQUIRE KEY STROKES 1 TITLE EDIT 2 WAIT FOR END OF SWEEP 3 DISPLAY MESSAGE 4 PAUSE FOR USER DE...

Page 58: ... 3 DBUV 4 DBUW 5 DBUV M IN WFM x 9 DBUV M SETUP INPUT Menu Structure 0 ON OFF 1 ATTEN AMPL ENTRY 0 EDIT ANTENNA TABLE 1 User Defined 2 User Defined 3 User Defined 4 User Defined 5 User Defined 6 MEASUREMENT DIST 7 SAVE RESULTS IN WFM 9 MARKER DISPLAY 0 BEGIN EDIT 1 TITLE EDIT 2 STORE 3 LOAD 4 DELETE 5 PRINT 6 ANTENNA SETUP 1 START FREQUENCY 2 STOP FREQUENCY 3 INC FREQUENCY 4 REFERENCE DISTANCE ...

Page 59: ... Amplifier H Display Storage board H Center Frequency Control H 1st LO Buffer H Microprocessor H Sweep H Power Supply Deflection This is a block diagram description of the Spectrum Analyzer While reading this description refer to Figure 3 1 NOTE The power levels noted in the block diagram between the input and the Log Amplifier assume a 30 dBm 18 8 dBmV input level The block diagram shows how the ...

Page 60: ...f the interconnect system in addition to what is shown in Figure 3 1 Block diagrams showing more detail of these main sections appear before the appropriate schematics together with another description Circuit schematic diagrams follow the Main Interconnect Diagram 6 RF IN 9 kHz 1 8 GHz1 70 dBmV MAX 75 Ω 100 VDC Max 2110 MHz 1st Converter Attenuator 2 11 3 91 GHz2 11 dBm MIN 14 5 dBm MAX From 1st ...

Page 61: ...voking the Preamp mode The Microprocessor sets the amount of attenuation depending on the user selected reference level to maintain the proper signal level The signal is then routed to the 1st Converter through a Low Pass Filter The Low Pass Filter attenuates out of band signals and helps minimize 1st Local Oscillator LO emission at the RF INPUT When the Preamp mode is invoked the Microprocessor s...

Page 62: ...v 5 dB div and 1 dB div The module also contains an FM detector an audio amplifier an amplitude limited output for the period counter and an out of band signal clamp The detector produces a voltage that corresponds to the input signal strength in decibels The detector output is then vertically scaled and sent to the Display Storage and Sweep boards The control processor uses three 8 bit shift regi...

Page 63: ...quencies of various oscillators The system is expected to control the frequency within a few Hz out of a total operating range of approximately 2 GHz The principal elements of the frequency control system are as follows This is a YIG tuned oscillator that covers the range of 2 11 to 3 91 GHz or 2 11 to 4 26 GHz for Option 50 and Option 75 YIG Yttrium Iron Garnet Ideally its operating frequency is ...

Page 64: ...tween the 1st LO frequency and the nearest integer multiple of the strobe frequency Actually many beat frequencies are present at once but the low pass filter eliminates all but the one of lowest frequency This element is the focal point of the frequency control system hardware It accepts commands from the instrument microprocessor and then puts out appropriate drive signals to the 1st LO as well ...

Page 65: ...oprocessor regarding its operation but cannot send messages directly to the microprocessor Various combinations of resistors and capacitors yield the sweep speed selec tions The available trigger modes are Free Run Internal Line External TV Field and TV Line When the video monitor mode is selected the readout display storage and video filter are turned off In addition the resolution bandwidth is s...

Page 66: ...ossible display modes The active spectrum display mode displays the incoming signal The static spectrum display mode displays stored signals from memory The video monitor mode displays live video signals DSHOR DSVER LOGVIDEO CRTINTS VIDZ VIDVERT SWP Log Amplifier Display Storage Sweep Part of Power Supply Board To Z Axis Front Panel To Vertical Deflection Plates To Horizontal Deflection Plates Fig...

Page 67: ...110 MHz Bandpass Filter The Spectrum Analyzer input frequency range is 9 kHz to 1 8 GHz 2 15 GHz for Option 50 and Option 75 The low end of the frequency range is determined by a capacitor on the Attenuator board the narrowest resolution filter in the Variable Resolution assembly and FM characteristics of the 1st LO YIG Oscillator The signal comes in at the front panel RF INPUT connector The 75 Ω ...

Page 68: ...the output of the Step Attenuator This is the Preamp mode selectable through the INPUT MENU It is used to enhance sensitivity when small signals are applied to the input by maintaining the same signal to noise ratio from the input to the 2nd Converter When a small signal is applied to the RF INPUT and the Preamp mode is activated both the signal and the noise level are amplified an equal amount An...

Page 69: ...Bandpass Filter a four cavity filter is a low loss narrow band filter that only passes the 2110 MHz IF signal to the 2nd Converter Any other frequencies are reflected back to the 1st Converter and dissipated in the termination In addition the filter prevents the 2nd Converter LO and mixer products from feeding back into the 1st Converter Each end resonator is capacitively coupled to external circu...

Page 70: ...bandpass filter A portion of the 2nd IF signal is sent to the sweep board for use by the satellite demodulator The 3rd conversion mixes the 2nd IF with the 100 MHz reference to produce the 3rd IF frequency of 10 MHz This signal is amplified and sent to the variable resolution module This section provides a block diagram description of the RF Mother board as illustrated in Figure 3 5 I L R 100 MHz ...

Page 71: ...nt to a mixer phase detector U511 The mixer is driven by the 100 MHz reference so the DC mixer output is created by the divide by 4 sample and the 5th harmonic of the 100 MHz reference This signal is integrated U444 and connected to the Q112 emitter closing the loop U230A provides a clean 8 V bias to Q223 If the loop is unlocked U230B causes the control loop to oscillate sweeping over its full ran...

Page 72: ...able resolution It also provides some high frequency roll off 1st LO Interface 1st LO and 1st LO Buffer Amplifier This section contains a detailed description of the 1st LO Interface 1st LO and 1st Buffer Amplifier The 1st LO has a tuning range of 2 11 to 3 91 GHz 2 11 to 4 26 GHz for Option 50 and 75 The oscillator assembly includes the interface circuit board that couples operating and tuning vo...

Page 73: ...t LO drives the 1st LO Buffer Amplifier The 1st LO Buffer Amplifier consists of the following H Automatic Level Controlled ALC Amplifier H Strobe Driver H Sampling Gate ALC Amplifier The ALC Amplifier is composed of a wide band amplifier with impedance matching transmission lines at the input and output a directional coupler a detector a level comparator and active bias See Figure 3 7 1st LO In 1s...

Page 74: ... Option 15 and is terminated in 50 Ω The other port is coupled to the Sampling Gate If the output frequency of the 1st LO were stable LO sampling would occur at the same level since the rate at which the LO output is sampled is constant However the LO output has a tendency to drift slightly under certain conditions such as unstable ambient temperature Consequently sampling occurs at different leve...

Page 75: ...er Supply Regulation The Oscillator and the Amplitude Calibrator are furnished with stringent on board power supply regulation to minimize power supply ripple Otherwise both the Oscillator and the Amplitude Calibrator would produce FM sidebands proportional to power supply ripple amplitude and frequency Crystal Heater The Crystal Heater maintains the oscillator crystal s case temperature within a ...

Page 76: ...Heater and 15 V Regulation Circuit Oscillator The oscillator generates the 100 MHz reference frequency that is used by the instrument firmware to enhance frequency accuracy Figure 3 10 shows the AC equivalent for the oscillator At resonance the tank inductor and capacitor Lt and Ct exhibit an open circuit condition and the LC equivalent of the crystal Lm and Cm exhibit a short circuit condition Th...

Page 77: ... a 0 loop phase shift Because of this phase frequency shift dependency the Q of the parallel tank circuit is made as low as possible to minimize the tank phase change as the values of Lt and Ct drift The component values of the tank circuit are determined by the voltage swing at the collector of Q2 Figure 3 11 The collector of Q2 drives an ECL line receiver Therefore the collector voltage should s...

Page 78: ...receives the 100 MHz signal from the Oscillator and steers it to the following circuits at 4 dBm H RF Mother Board 2nd and 3rd LOs H Microprocessor Counter Section H CFC Board 1st LO Phase Lock H Port reserved for future option H Amplitude Calibrator on the Reference Oscillator board Amplitude Calibrator The Amplitude Calibrator receives a 100 MHz signal from the distribution circuit The level of ...

Page 79: ... the last bit to reach the microprocessor Bit 0 of the input register enables the calibrator signal when high and disables it when low Bit 7 of the input register allows the microprocessor to read the contents of the output register when set low and it tristates the output buffer when set high Table 3 1 Input and Output Bit Definition Input Register Output Register Bit Function Bit Function 0 Cal ...

Page 80: ...hen operating in narrow spans 20 kHz div and less the 1st LO is phase locked to a harmonic of the strobe frequency Coarse control of the center frequency is effected by choosing which harmonic of the strobe frequency is used by setting an appropriate main coil current before commanding the hardware to lock Sweeping and fine control of center frequency are done by controlling the strobe frequency W...

Page 81: ...used in the inverting configuration to provide 8 5 V from an input of 5 V Note that Q781 provides a phase inversion so the polarities of the operational amplifier IC input pins have to be reversed from the usual practice 15 V Supply U380B and Q880 operate in the same fashion as the corresponding parts in the 8 5 V regulator 8 5 V Supply U282B and Q780 serve as a buffered operational amplifier in t...

Page 82: ...used to steer the 1st LO over the range from 2 11 to 3 91 GHz 2 11 to 4 26 GHz for Option 50 and Option 75 This current is normally a steady state value selected by the microprocessor to coarsely set the center frequency Third if the instrument is set to a span greater than 5 MHz div there is a sawtooth sweep waveform summed into the main coil current through switch U830A This corresponds to the w...

Page 83: ...d to provide a countable signal the LFVCO output whose frequency is not condensed into a very narrow range that would require long times to count to adequate resolution The LFVCO consists of Q426 T430 varactors CR532 and CR540 and associated components Output from the collector of Q422 is made available for external counting through selector switch U240 The LFVCO output frequency is also divided b...

Page 84: ...he pass band of the low pass filter The level control R620 sets the overall signal level so that only the desired beat note is strong enough to overcome the hysteresis designed into the Schmitt trigger The Schmitt trigger output may be routed to the micropro cessor through a selector switch on the VCO module Phase error information from DC through a few hundred kHz is passed through U606 and switc...

Page 85: ...ndred kHz off because of the coarseness of the main coil DAC steps Now the VCO is tuned by trial and error so that the strobe line at a frequency of N X Fstrobe is approximately 100 kHz above the actual 1st LO frequency that is the measured beat frequency is 100 kHz on the correct side of zero beat Then lock is invoked by setting PLLCON high Due to the intention al offset provided by R709 the 1st ...

Page 86: ...e Atten Analog Sweep In Figure 3 12 Phase Lock Center Frequency Control Configuration for Wide Spans Unlocked Sweep Main Coil The VCO is not used except intermittently for frequency corrections and it is tuned by a fixed bias summed with VCFCU arising from DAC U950B Moderate Span Operation 50 kHz div through 5 MHz div Span The Main coil is driven by a fixed bias plus a DAC output U950A The FM coil...

Page 87: ...d Scaling Main Coil Driver Summing and Fixed Scaling DIG 1st LO VOFS DIG Decade Atten Analog Sweep In Figure 3 13 Phase Lock Center Frequency Control Configuration for Moderate Spans Unlocked Sweep FM Coil The VCO is not used except intermittently for frequency corrections and is tuned by a fixed bias summed with VCFCU arising from DAC U950B Narrow Span Operation 20 kHz div and Smaller Spans The i...

Page 88: ...uted through U757D and sweep voltage VSWP PLL routed through U757B The PLCFC board has four 12 bit DACs in two IC packages U850 and U950 On the digital side each package has four data lines three address lines and two control lines The DACs contain internal registers for the 12 bit words associated with each analog output and therefore the microprocessor must write multiple 4 bit words to a packag...

Page 89: ...te spans it sweeps the 1st LO FM coil In phase locked spans it is used to sweep the VCO frequency This circuitry links the phase lock hardware with the microprocessor The link is bidirectional Commands and DAC setting data are sent to the PLCFC module and lock status information is sent back to the microprocessor In addition there is provision to loop input data back to the microprocessor to verif...

Page 90: ...d providing a forced means for checking the status of the lock lines at any time The microprocessor uses CFCACK to clear U471 of the interrupt in addition to the gating function mentioned above READEXM Low to high transition forces CFC interrupt LOADEXM High level gates CLKO into output shift register clock input DEGAUSS High level forces 1st LO main coil current to zero CNTSELA and CNTSELB These ...

Page 91: ...section contains a detailed description of the Variable Resolution module The input amplifier used is a transformer feedback stage that provides approxi mately 12 dB of gain with 10 dB of reverse isolation See Figure 3 15 The match at each port with the other terminated is better than 15 dB at 10 MHz The noise figure is less than 3 dB and with 12 mA flowing in the device the output intercept is ap...

Page 92: ...iodes used in a tee configuration This configuration maintains the impedance match at each end providing the product of the PIN diode resistances is equal to the square of the end terminations This can be approximated if the sum of the currents in the PIN diodes is equal to a constant The DAC has complementary current outputs whose total is set by an adjustment The attenuation range is approximate...

Page 93: ...itching tree The amplifier is composed of a class AB three stage feedback amplifier The gain is adjusted in 2 dB steps for a total of 10 dB The 1 dB steps are done by shunting part of the signal to ground This is controlled by Q246 located at the input of this amplifier This configuration allows the entire 10 dB gain sequence to be contained within one step gain stage The routing switches are used...

Page 94: ...2715 Spectrum Analyzer Service Manual 10 MHz IF from VR 10 MHz IF to VR 300 Hz Filter 11 5 dB 11 5 dB 1 kHz Filter 11 5 dB 10 kHz Filter 11 5 dB 100 kHz Filter 11 5 dB 11 5 dB 1 MHz Filter 11 5 dB Figure 3 16 RF Options Diagram ...

Page 95: ...in In the case of the 100 kHz and 300 Hz filters two gain stages are used The impedance match at one port of the Gain Stage is highly sensitive to a proper termination being presented to the other port The routing switches are used to route RF signals to the selected bandwidth filter They are composed of a transistor in heavy saturation that has relatively large charge storage characteristics The ...

Page 96: ...rformed on this board The Log Amplifier system is configured by using a 4 5 by 8 75 circuit board mounted in the card cage The Microprocessor interface is through three 8 bit shift registers The signal level at the Log Amplifier board J190 for full screen deflection is 10 dBm The first stage of the Log Amplifier is an amplifier that provides gain between 18 dB and 24 dB depending on the frequency ...

Page 97: ...plied by plus or minus one Since the RF is always in phase with the limited input the product is always positive Thus demodulation is achieved The ripple filter is a six pole elliptic filter with a finite transmission zero at the 10 MHz IF frequency and another at approximately 19 MHz The purpose is to remove any of the remaining 10 MHz component that may still exist Because of the full wave recti...

Page 98: ... the video amplifier and display storage The sweep triggers are also tested by this signal At power on the system reset line SYSRST on pin 4 of J7 goes low until the Microprocessor resets it During this time the control latch s output enable line is held false and the outputs are in a high impedance state This is used only by the mute bit The pull up resistor will force a mute condition during thi...

Page 99: ...2 describes the Mode Control Register Table 3 2 Mode Control Register 1 Bit Number Mnemonic Activity Level Description 7 DSON_L Low Display Storage On 6 DISP A_L Low Enables B C Save A Display 5 MAXHLD_L Low Enables max hold function 4 PEAKDIS_L Low Enables max peak function 3 HLF FLL_L High Selects location of B C Save A display 2 ACQ_ON High Enables the acquisition system 1 RDZEN High Not used 0...

Page 100: ... stored in waveform memory When this bit is low the vertical data will not be stored in waveform memory It is important to understand that the A D converter is still running and the vertical data processing sections are still running All that this bit does is control the ability to store the vertical data after being processed RDZEN This bit is not used in the Display Storage board DS_PROTECT This...

Page 101: ...it along with the PEAKDIS_L bit called ACQM1 on the schematics in Mode Control Register 1 determines the acquisition mode currently being used to update the waveform memory The Normal Mode does not use this bit Table 3 5 gives the acquisition modes that are available when using the PEAKDIS_L and ACQM0 bits Table 3 5 Truth Table for the Acquisition Modes ACQM1 PEAKDIS_L ACQM0 Normal Mode Enhanced M...

Page 102: ...ormal Mode enables both markers to be displayed on the C waveform When the board is in the Enhanced Mode this bit when combined with the MKRWFM3 bit determines on which waveform Marker 2 will be placed as shown in Table 3 7 Table 3 7 Enhanced Mode MKRWFM 3 2 Bit Assignment MKRWFM3 MKRWFM2 Marker 2 on Waveform 0 0 Waveform A 0 1 Waveform B 1 0 Waveform C 1 1 Waveform D MKRWFM1 This bit when low and...

Page 103: ... to be stored in Waveform A When the bit is high the write strobe for Waveform A is disabled Display Control Register The Display Control Register is located at I O memory location 0x0FA02 The Display Control Register is a read write register Table 3 9 Display Control Register Bit Number Mnemonic Activity Level Description 7 TEXT4 High Display Text Page 4 on the CRT 6 TEXT3 High Display Text Page ...

Page 104: ...enables the display of Waveform B on the CRT DISPA This bit when high enables the display of Waveform A on the CRT Scroll Register The Scroll Register is located at I O memory location 0x0FA03 The Scroll Register is write only register Reading from this register will return the vertical data currently stored in the Maximum Storage register This value may be either a maximum peak if the acquisition...

Page 105: ...ing The Address Buffering and Decoding section consists of a 74HCT245 bidirectional bus transceiver U22 and a GAL20V8 PAL U29 The purpose of this section is to decode the incoming address lines into the various enable signals required by the Display Storage board buffer the data lines from the CPU Board and buffer the BCLK signal for distribution around the board U22 the bus transceiver is used to...

Page 106: ...t Page 2 512 bytes 0x3FA000x3FBFF UPREQ Memory Storage Text Page 3 512 bytes 0x3FC000x3FDFF UPREQ Memory Storage Text Page 4 512 bytes 0x3FE000x3FFFF UPREQ Memory The following paragraph describes a typical CPU read or write of the Display Storage board The CPU begins by presenting the read or write address to the Display Storage board on the BA 19 0 lines The upper eleven address lines BA 19 9 ar...

Page 107: ... Table 3 12 Control Register Latch and Tristate Buffer Reference Designators and Microprocessor I O Port Address Location Control Register Name Latch Ref Designator Tristate Ref Designator Port Read Write Address Mode Control Register 1 U18 U20 0x0FA00 Marker Save Register U23 U26 0x0FA01 Display Control Register U21 U25 0x0FA02 Scroll Register U19 N A 0x0FA03 Mode Control Register 2 U24 U27 0x0FA...

Page 108: ...racking A D converter to follow the SWP signal A tracking A D guarantees that the digital output is monotonic A tracking A D operates by taking the input voltage and summing it with the output of a D A converter A summing node the output of the D A converter is then fed into the inputs of two comparators One comparator determines if the summing node is less than a reference point and another compa...

Page 109: ...utput of the top comparator UP signal goes high This signals the state machine inside the Horizontal LCA to increment its internal counter The outputs of this internal counter are fed back to the U11 increasing its sink current bring the summing node back inside the comparator window At the transition of the internal counter to a new value the signal EOB End Of Bin goes high until all data has bee...

Page 110: ...cision Zener reference buffered through U5 one half of an MC34002 operational amplifier and then driven by Q1 a BCX68 npn transistor Power dissipation on the output transistor for VR requires an SOT 89 style package A negative reference supply is generated from VR This negative reference is VR at 5 V The other half of U5 is used to buffer this supply VR is driven by Q7 a BT3906 pnp transistor The ...

Page 111: ...and whether noise was detected or not Noise is defined as both the Min and Max Accumulator being written with a new value sometime during the horizontal bin Table 3 13 shows the algorithm used to write data to the waveform memory at the end of a horizontal bin Table 3 13 Input Conditions Required to Write Either the Max or Min Accumulators to Waveform Memory Horizontal Bin Signal Type Waveform Wri...

Page 112: ...hrough D and four pages of text one for readouts and 3 more for menus U39 and U40 form a state machine called the Readout State Machine which is used to turn the CRT beam on and off load data for display from RAM and determine which pages should be displayed The Readout State Machine begins by determining which page needs to be displayed starting with page 0 By taking the contents of the Display C...

Page 113: ...to be displayed is text then the address for the text data is determined by the lower two bits of the Page Counter the upper four bits of the Character Row Counter inside U46 and the upper eight bits of the Character Column Counter inside U46 This combination of bits is placed on the board s address bus using U50 U51 and U52 The text data is then placed at the inputs of the Character ROM U48 The c...

Page 114: ...ory of Operation 3 56 2715 Spectrum Analyzer Service Manual Row 15 Row 1 Row 0 Col 31 Col 1 Col 0 Figure 3 20 How a Vertical Scan is Performed Figure 3 21 shows the display of a single vector of a waveform ...

Page 115: ...rational amplifier U45 and DG444 analog switches U43 and U34 to generate the DSHOR signal which is in turned used to deflect the CRT beam on the Power Supply board The DAC312 is a twelve bit DAC that has had its lower three bits tied to ground to turn it into a nine bit DAC The DAC receives data from the Readout LCA U46 and converts it into a horizontal position on the screen The output of the DAC...

Page 116: ...and an integrator path for drawing the waveform vectors Both the waveform and readout paths will be described in the following paragraphs The waveform path of the Vertical Output Section uses an integrator to draw the vectors between each point in a waveform A block diagram of the integrator is shown in Figure 3 23 The integrator consists of an Error Amplifier a Sample and Hold and the Integrator ...

Page 117: ...rough a DC641 analog switch and into the output buffer U35 of the Vertical Output Section Finally a potentiometer R174 Vector Offset is provided to compensate for the injection charge of the DC641 into the hold capacitor C94 The signal for drawing the Readouts is taken directly off U4 the DAC current to voltage buffer and fed through an analog switch into the output buffer The gain variations betw...

Page 118: ...CA will go through a valid reset cycle and reprogram correctly Microprocessor The Microprocessor board is the central processing section of the instrument It is used to control all instrument functions including frequency control imple mentation of the human interface and external port communication through the GPIB or RS 232C board The Microprocessor contains the following circuit blocks Figure 3...

Page 119: ...Interface Status Buffers Buffer Bidirectional Clock Generator CLK88 Address Latches 3 Interrupt Controller Memory Select Demultiplexer A8 A19 Demultiplexer 8 A 8 D 16 A 9 A 20 A 2 A 16 A 6 A To Frequency Counter 10 2 6 2 Enables To 50 Pin Connector Digital Port Display Storage Legend N A N Address Lines Buffers Microprocessor 8 RAM ROM Enable N D N Data Lines Figure 3 24 Microprocessor Block Diagr...

Page 120: ... bus configuration the address bits AD0 through AD7 and A8 through A19 are presented to the address latches U440 U450 U465 and the falling edge of ALE pin 28 of U250 latches the address lines Approximately one clock cycle later the data lines AD0 through AD7 become active for either a read or write operation Notice that the AD0 through AD7 lines provide both the low order eight bits of address and...

Page 121: ... any timing problems regarding the generation of wait states The Interrupt Controller U340 is based on the NEC PD71059 Intel 82C59 The purpose of the Interrupt Controller is to synchronize and set up priority for up to eight system interrupts A high level on any of the IR0 through IR7 inputs of the Interrupt Controller causes the INT output pin 17 of U340 to become high After the CPU recognizes th...

Page 122: ...e the audio feedback tones that are heard on the speaker The serial bus is used by the CPU to communicate with several of the modules in the instrument The serial bus is based on either a three wire or seven wire system The three wire system is used for modules that only listen are written to while the seven wire system is used for modules that must talk and listen Writing to a module begins by la...

Page 123: ... read and the data is linked together in a series until all data has been received The CLKI signal is generated the same way as the CLKO signal described earlier The memory on the Microprocessor board consists of two sections 128 kilobytes 16 8 kilobytes of Random Access Memory RAM and up to 524 kilobytes 64 8 kilobytes of Read Only Memory ROM The RAM is used for CPU processing and data space whil...

Page 124: ...s that are used for various functions by the CPU The signal GATE_0 from the I O Subsystem Control Register is used to enable GATE_0 1 or disable GATE_0 0 timers zero and one The signal AUDEN is used to enable AUDEN 1 or disable AUDEN 0 timer two The signal CLK88 7 3728 MHz is fed into timer one The output of timer 1 is then fed into timers zero and two The output of timer zero is then fed into IR0...

Page 125: ... U480 with the data present at the data inputs This allows the counters to be set to any starting point H The RESET signal is used to set the counting flip flops U195 to a known value H The VID_EN IF_EN CFC_EN and OPT_EN enable the detect video IF CFC and optional input buffer amplifiers respectively The Buffer Amplifier section consists of an ECL differential line receiver for each input The noni...

Page 126: ...io Square wave output at frequency of the audio tone Microprocessor CLKI Clock In TTL Microprocessor Serial bus input clock Microprocessor CLKO Clock Out TTL Serial bus output clock Microprocessor DATAI Data In TTL Serial bus data in Rear Connector RF Op tions Front Panel PLCFC DATAO Data Out TTL Microprocessor Serial bus data out Microprocessor ACKI Acknowledge Interrupt TTL Enables priority enco...

Page 127: ...rocessor reset line Microprocessor BWAIT Buffered Wait TTL Line to Microprocessor used to insert wait states Display Storage Digital Options BD0 through BD7 Buffered Data TTL Microprocessor bidirectional data lines Microprocessor Display Storage and Digital Option BA0 through BA19 Buffered Address TTL Microprocessor address lines Microprocessor BMT Boot Memory Test TTL Maps an optional ROM on the ...

Page 128: ...the pinout for each connector on the Micropro cessor board Frequency Counter Connectors There are four SMB connectors that provide the required signals to the Frequency Counter section of the Microprocessor board These four connectors are listed in Figure 3 21 with the associated input name Table 3 21 Connectors and Signal Names for the Frequency Counter Section Connector Signal Name J180 CFC J185...

Page 129: ...ower Supply Interconnect and Serial I O Pin No Pin Name 1 DETVID 2 KEY 3 SWPGATE 4 POK 5 REQI 6 UPAUD 7 CLKI 8 CLKO 9 DATAI 10 DATAO 11 ACKI 12 LOAD 13 5 V 14 5 V 15 GND 16 GND 17 ADI0 18 ADO0 19 ADI1 20 ADO1 21 ADI2 22 ADO2 23 SSTRIG 24 ADO3 Table 3 23 Pinout for the Microprocessor Board Test Connector J150 Pin No Pin Name 1 5 V 2 A15 3 A16 4 A17 ...

Page 130: ...ocessor Board Test Connector J150 Cont Pin No Pin Name 5 A18 6 A19 7 GND 8 GND 9 RD 10 HOLD 11 HOLDA 12 WR 13 IO M 14 DIR 15 DEN 16 GND 17 INTA 18 GND 19 RDY 20 RST 1B GND 2B A14 3B A13 4B A12 5B A11 6B A10 7B A9 8B A8 9B AD7 10B AD6 11B AD5 12B AD4 13B AD3 14B AD2 15B AD1 16B AD0 17B GND 18B INT ...

Page 131: ...r Display Storage and Digital Options Boards Pin No Pin Name Pin No Pin Name 1 GND 26 BA12 2 BPCLK 27 BMT 3 GND 28 BA11 4 BRD 29 BUSDIS 5 5 V 30 BA10 6 BWR 31 ALE 7 5 V 32 BA9 8 BIO M 33 IR4 9 BRST 34 BA8 10 BWAIT 35 IR5 11 BD7 36 BA7 12 BA19 37 IR6 13 BD6 38 BA6 14 BA18 39 VPROG 15 BD5 40 BA5 16 BA17 41 ROMVCC 17 BD4 42 BA4 18 BA16 43 5 V 19 BD3 44 BA3 20 BA15 45 5 V 21 BD2 46 BA2 22 BA14 47 GND ...

Page 132: ...ce The temporary absence of video modulation during these lines means that sidebands are not present provided that the resolution filter being used has a settling time shorter than the horizontal line time This function is performed by the acquisition control facility on the Display Storage board In practical application the settling time of the resolution filter is not entirely predictable The ab...

Page 133: ...25 shows the Real Time Clock functions Table 3 25 Real Time Clock Functions Register Name Address Access Type Seconds 0x00300 R W Seconds x 10 0x00301 R W Minutes 0x00302 R W Minutes x 10 0x00303 R W Hours 0x00304 R W Hours x 10 0x00305 R W Days 0x00306 R W Days x 10 0x00307 R W Months 0x00308 R W Months x 10 0x00309 R W Years 0x0030a R W Years x 10 0x0030b R W Day of week 0x0030c R W Control Regi...

Page 134: ...IB section is composed of the 9914A GPIB Controller IC U18 a 75160 GPIB octal bus transceiver U19 and a 75162 GPIB eight channel transceiver U20 In addition there is circuitry included to drive two LEDs These two LEDs display the status of the Not Ready For Data NRFD and Not Data Accepted NDAC handshaking lines The 9914A as well as the 75160 and 75162 meet the IEEE 488 1 standards Access to the 99...

Page 135: ...ansition times and shapes In operation 10 MHz IF signals entering J2 are converted to differential currents at the collectors of Q3 and Q4 Note that the asymmetric arrangement of the network in the emitters of Q3 and Q4 allows use of resistors instead of current sources with little degradation of balance taking advantage of the fact that the base of Q4 is not driven with signal The overall differe...

Page 136: ...y about 13 dB in U3 then applied to a splitter one output of which relays most of the signal to the satellite TV demodulator The signal from the other output is loosely bandpass filtered by L2 C5 and C8 then sent through a 2nd gain stage U5 whose function is primarily to provide reverse isolation to a highpass filter with a cut on frequency of about 104 MHz Output from this filter is then applied ...

Page 137: ...o test pad is provided at the output terminal of the demodulator IC The control line SECAM_EN is provided to reconfigure the demodulator for positive modulated signals When SECAM_EN is taken high two actions occur First Q9 turns on which changes the operating mode of the demodulator IC Secondly part of U8 selects AGC sense gate timing control from the back porch output of the sync separator becaus...

Page 138: ...ncy setting and that channel s visual carrier frequency For example if the instrument is to measure the CSO component at 1 25 MHz above the visual carrier the correct dac_val is 139 Sweep A Miller integrator U270 is the core of the sweep generator With a logic low at pin 16 of the analog switch U260B the switch is closed All of the timing current from pin 3 of U170 then flows through the switch an...

Page 139: ...op Q351 is turned on and pin 3 of U460 goes to a logic 0 This is the slope input that is EXCLUSIVE ORed with the trigger input at pin 2 Thus the opposite slope is selected When TLVL is not being used to set the trigger level of the sweep it can be used for the manual scan as these two functions are entirely mutually exclusive During a manual scan pin 7 of sweep logic IC U460 is set low This sets t...

Page 140: ...ier U760 which provides approximately 16 dB of gain The input to the board to U760 is picked off just prior to the 110 MHz bandpass filter located on the RF Mother board The output of the FM demodulator is then fed to operational amplifier U690 which inverts the signal and adds an offset Analog switches U260A and U260C are used to select between broadcast AM video and satellite FM video The select...

Page 141: ...9 Total Switch Debounce And Wire Or Service Request and Acknowledge Circuit Gray Code Knob Output Shift Registers Vcc 17 LEDs Total Vcc FPLATCH DATAO CLKO FPREQ TLVL FPACK 2 DATAI CLKI CRTINTS VLVL 2 Front Panel Potentiometers 6 11 Figure 3 26 Front Panel Block Diagram The Input Shift Registers consist of three serial input parallel output shift registers cascaded together The outputs of the shift...

Page 142: ...esistor divider on the base of the transistor The row and column lines are fed to inputs of three parallel to serial shift registers In addition to the shift registers the row lines are wired to form a phantom OR gate whose output triggers a debounce circuit Switch Matrix Debounce Circuit The debounce circuitry for the switch matrix consists of three retriggerable single shots Two of these single ...

Page 143: ...tive and POS output inactive the POS is held in the reset state by a NAND gate 10 The ROS is retriggered by each falling edge of the bouncing switch until the switch has stabilized in the open state 11 After approximately 50 ms the ROS times out and its output becomes inactive 12 The POS and the ROS are ready for another key press Figure 3 27 shows the three possible scenarios of key presses and h...

Page 144: ...se to the Service Request Acknowledge circuit as the knob leaves the position of both bits high The direction of the knob can be determined by loading the status of the knob just after the both bits high position Two open collector transistors on the knob outputs are used to set the correct TTL levels In addition two Schmitt trigger inverters are used to buffer the transistor outputs and speed up ...

Page 145: ... be pressed are displayed If the incorrect key is pressed the speaker beeps and the same key press is prompted again Up to four incorrect key presses are allowed before the firmware continues on to the next key LED Test The LED test is also located in the extended diagnostics menu of the instrument and uses the knob to light each LED one at a time in a known sequence By rotating the knob each LED ...

Page 146: ...e coefficient limits current surge at power up The surge current drops within several cycles of line input as the storage capacitor charges When power is applied the thermistor limits the line current until it has had time to warm up As the line input current heats the thermistor the increase in temperature decreases the resistance value of the thermistor reducing power loss across the thermistor ...

Page 147: ...roxi mately 70 V before loss of regulation occurs Three components carry high current These are MOSFET Q270 commutating diode CR270 and coupled winding energy storage inductor transformer T190 Capacitor C280 between the storage inductor windings compensates for leakage inductance The transformer has two auxiliary windings One winding pins 6 and 7 has a positive peak of 20 V and provides current fo...

Page 148: ...t to the PWM will reduce its frequency and increase the frequency when low This lock prevents low frequency IM between the two frequencies that could be audible The lock can occur at various ratios with 3 1 chosen so the predominant harmonic of the inverter coincides with the PWM fundamental The 5 V potentiometer R937 is used to adjust 5 V1 the reference voltage This reference voltage is compared ...

Page 149: ...isplay circuit H Horizontal Display circuit H Z Axis circuit Figure 3 29 is a block diagram of the Display Amplifier CRTINTS VIDZ VIDVERT DSHOR SWP DSVER LOGVIDEO Log Amplifier Display Storage Sweep Part of Power Supply Board To Z Axis Front Panel To Vertical Deflection Plates To Horizontal Deflection Plates Figure 3 29 Display Amplifiers Block Diagram ...

Page 150: ...eak to peak voltage seen at the input of the high voltage multiplier is the peak to peak voltage at the transformer secondary minus the DC charge on C130 The high voltage outputs are changed by varying the impedance of Q130 which discharges C130 VR530 and VR630 provide a 300 V clamp that protects C130 Q130 CR530 and CR531 from overvoltage The cathode has almost 300 V of regulation range NOTE In in...

Page 151: ...live video is routed to the Z Axis circuit The Z Axis circuits receive signals from the Display Storage and Sweep boards and accept control levels from the front panel INTENSITY control These signals are then used to control the CRT beam brightness by modifying the CRT control grid voltage VIDZ from the sweep board and CRTINTS from the Front Panel are summed into the Z Axis drive amplifier Two gat...

Page 152: ...Theory of Operation 3 94 2715 Spectrum Analyzer Service Manual ...

Page 153: ...zer This check is recommended for incoming inspections because it requires no external equipment or special experience and is a reliable indication that the instrument is performing properly Verification of Tolerance Values Tests shall be performed only after the normalizations have occurred If a test should fail normalize the instrument by pressing UTIL 3 0 The normalization will correct for any ...

Page 154: ...a TV channel assignment accessible to the 2715 under test modulated negative modulation polarity with video conforming to NTSC or PAL format Sound carrier output not essential Standard Communications Model TVM450 CATV Modulator PAL NTSC Signal Generator Tektronix TSG 95 Generator VSWR Bridge 50 Ω 10 MHz to 1 GHz Wiltron VSWR Bridge 60NF50 VSWR Bridge 75 Ω 10 MHz to 1 GHz Wiltron VSWR Bridge 62B75 ...

Page 155: ...r source 2 Push the front panel power switch ON 3 The instrument will initialize itself according to the configuration stored in the USER DEFINED POWER UP register If this register is empty the instrument will initialize according to the configuration stored in the FACTORY DE FAULT POWER UP register 4 Allow the instrument to warm up for at least 30 minutes before continuing this procedure 5 The in...

Page 156: ...nput connector of the 2715 Performance requirement is 5 10 7 Center Frequency 10 Hz 1 Least Significant Digit H Test equipment required 100 MHz Frequency Standard 1 Recall default power up settings by pressing UTIL 1 1 2 Select the following settings on the Spectrum Analyzer FREQUENCY 100 MHz REFERENCE LEVEL 20 dBm SPAN DIV 100 kHz RESOLUTION BW AUTO 3 Set the counter resolution to 1 Hz by pressin...

Page 157: ... APPL 9 0 and enter 6 dBc Press BKSP and 0 to activate bandwidth mode exits the menu 6 The marker readout displays the bandwidth of the filter 6 dB down from peak amplitude Make a note of this value 7 Check that the ratio of the 60 dB bandwidth to the 6 dB bandwidth is 7 1 or less 8 Using Table 4 2 verify that the 60 dBc readings for the other resolution bandwidth filters are no more than 7X the 6...

Page 158: ...ivisions from center screen Performance requirement is 70 dBc at 30 X Resolution Bandwidth for Bandwidths 100 kHz 1 Recall default power up settings by pressing UTIL 1 1 2 Enable the calibrator by pressing INPUT 9 3 Select the following settings on the Spectrum Analyzer FREQUENCY 100 MHz REFERENCE LEVEL 30 dBm SPAN DIV 1 MHz RESOLUTION BW 100 kHz VID FLTR On VERTICAL SCALE 10 dB SWEEP AUTO 4 Enabl...

Page 159: ...ettings on the Spectrum Analyzer FREQUENCY 500 MHz REFERENCE LEVEL Set for Visible Marks SPAN DIV 100 MHz RESOLUTION BW 300 kHz VID FLTR Off 4 Enable peak detection mode by DSPL MENU 4 5 Press MKR OFF to enable the marker system and tune the marker to the time mark signal at the 2nd graticule line from the left 6 Press MKR OFF again to enable the delta marker and tune the second marker to the time...

Page 160: ...z 3 kHz 77 6 82 4 kHz 0 2 ms 25 kHz 5 kHz 300 Hz 38 8 41 2 kHz 0 5 ms 25 kHz 2 kHz 300 Hz 15 52 16 48 kHz 1 0 ms 25 kHz 1 kHz 300 Hz 7 76 8 24 kHz Performance requirement is 2 0 dB with 10 dB of RF ATTENUATION referenced to 100 MHz 1 Select the following settings on the Spectrum Analyzer FREQUENCY 100 MHz REFERENCE LEVEL 20 dBm SPAN DIV MAX VERTICAL SCALE 1 dB 2 Connect the output of the sweep osc...

Page 161: ... VERTICAL SCALE 10 dB 3 Enable the calibrator by pressing INPUT 9 The instrument should display a series of 100 MHz marks of varying amplitudes 4 Press PEAK FIND The marker should go to the highest signal and the readout should display that signal s frequency and amplitude Frequency and amplitude readouts are preceded by the letter M 5 Press MKR and note that the marker moves to the next signal to...

Page 162: ...n of 1 Hz by pressing MKR FREQ 9 1 1 Press CTR MEAS TRKG e Check that the signal is moved to center screen frequency and amplitude readouts are preceded by the letter C and the frequency readout is displayed to six decimal places f Select a readout resolution of 1 kHz and press CTR MEAS TRKG g Check that the signal frequency readout is displayed to three decimal places Performance requirements are...

Page 163: ...5 Continue to increase the attenuation in 10 dB steps to a total attenuation of 80 dB See Note below while checking that the Marker readout changes 10 dB 1 dB for each 10 dB change in attenuation Check also that the cumulative error does not exceed 2 dB over the 70 dB range and the total error 80 dB does not exceed 4 dB NOTE In 10 dB Div the noise floor limits the signal range that can be resolved...

Page 164: ...e attenuators for 0 dB and adjust the signal generator amplitude for full screen display 12 Increase the attenuation 1 dB and check that the Marker readout changes 1 dB 1 dB 13 Continue to increase the attenuation in 1 dB steps to a total attenuation of 8 dB while checking the Marker readout for a change of 1 dB 1 dB at each step The specification is 1 dB per step over the 8 dB range 14 Set the Re...

Page 165: ... the delta marker and position the delta marker on the signal peak It may be necessary to reposition the delta marker if the signal is drifting 6 Check that the indicated delta amplitude is 2 1 dB Table 4 7 Sensitivity Settings at 110 MHz Span Res BW Ref Level RF INPUT Level Preamp OFF RF INPUT Level Preamp ON 5 MHz 5 MHz 50 dBm 85 dBm 97 dBm 1 MHz 1 MHz 50 dBm 92 dBm 104 dBm 200 kHz 300 kHz 50 dB...

Page 166: ...z REFERENCE LEVEL 30 dBm SPAN DIV ZERO SPAN RESOLUTION BW 5 MHz VERTICAL SCALE 10 dB 3 Set the VIDEO FILTER to 10 Hz by pressing UTIL 2 5 1 4 Make sure that the preamplifier is disabled INPUT 1 5 Check that the noise floor is 77 dBm 6 Check sensitivity as specified in Table 4 8 for the remaining bandpass filters Table 4 8 Sensitivity Settings at 1800 MHz Res BW Ref Level Sensitivity 5 MHz 30 dBm 7...

Page 167: ...ier is disabled INPUT 1 5 Check that the noise floor is 77 dBm 6 Check sensitivity as specified in Table 4 9 for the remaining bandpass filters Table 4 9 Sensitivity Settings at 2 15 GHz Res BW Ref Level Sensitivity 5 MHz 30 dBm 75 dBm 1 MHz 30 dBm 82 dBm 300 kHz 30 dBm 87 dBm 100 kHz 40 dBm 92 dBm 30 kHz 50 dBm 97 dBm 10 kHz 50 dBm 102 dBm 3 kHz 60 dBm 107 dBm 1 kHz 60 dBm 112 dBm 300 Hz 70 dBm 1...

Page 168: ...button to exit the menu 5 Start the spur search routine as follows H Option 50 and Option 75 instruments press APPL 3 1 Set the stop freq to 2 15 Ghz H All instruments except Option 50 and Option 75 press APPL 3 2 6 When the spur search routine is done display the results by pressing APPL 3 3 Make a note of the listed spur frequencies 7 Manually check that the amplitude of any listed spur is as fo...

Page 169: ... 1 3rd Order IM Test Setup 25 MHz Separation 3 Select the following settings on the Spectrum Analyzer FREQUENCY 200 MHz REFERENCE LEVEL 30 dBm SPAN DIV 10 MHz RESOLUTION BW 30 kHz VERTICAL SCALE 1 dB 4 Set the VIDEO FILTER to 3 kHz by pressing UTIL 2 5 1 5 Set the first generator for a 200 MHz full screen signal 6 Set the second generator for a 225 MHz full screen signal 7 Reset the VERTICAL SCALE...

Page 170: ...715 Spectrum Analyzer Bandpass Filter Use min loss pad for 75 Ω input Figure 4 2 Harmonic Distortion Test Equipment Setup 3 Select the following settings on the Spectrum Analyzer REFERENCE LEVEL 40 dBm SPAN DIV 100 kHz RESOLUTION BW AUTO VID FLTR On VERTICAL SCALE 10 dB 4 Set the signal generator output frequency and the Spectrum Analyzer center frequency to the frequency of the bandpass filter 5 ...

Page 171: ...an those of the stored signal 7 Disconnect the test equipment from the RF INPUT Performance requirement is 70 dBm H Test equipment required Test Spectrum Analyzer 1 Recall default power up settings by pressing UTIL 1 1 2 Select the following settings on the Spectrum Analyzer REFERENCE LEVEL 30 dBm SPAN DIV MAX 3 Enable manual scan by pressing SWP TRIG 7 4 Monitor the RF INPUT with the test spectru...

Page 172: ...put Figure 4 3 1 dB Compression Point Test Setup 3 Select the following settings on the Spectrum Analyzer FREQUENCY 200 MHz REFERENCE LEVEL 30 dBm SPAN DIV 10 kHz RESOLUTION BW 30 kHz VID FLTR On VERTICAL SCALE 1 dB 4 Enable PEAK ACQUISITION mode by pressing DSPL 4 5 Set one signal generator s controls for a full screen 200 MHz signal 6 Set the second signal generator s controls for a full screen ...

Page 173: ...1 1 2 Select the following settings on the Spectrum Analyzer FREQUENCY 100 MHz REFERENCE LEVEL 30 dBm SPAN DIV 1 MHz RESOLUTION BW AUTO VID FLTR Off VERTICAL SCALE 10 dB DISPLAY STORAGE OFF 3 Enable the calibrator by pressing INPUT 9 4 Disable frequency corrections by pressing UTIL 4 3 5 5 Monitor Pin 5 of J103 Figure 4 4 with the test oscilloscope Set the test oscilloscope sweep rate to 10 ms div...

Page 174: ... 1 ms div and Volts div to 2 8 Press ZERO SPAN then press SWEEP until the readout reads 1MS 9 Check for an 5 V square wave Sweep Gate 10 Monitor pin 4 of J103 Figure 4 4 with the test oscilloscope Set the test oscilloscope Volts div to 0 5 11 Check for a negative going ramp approximately 1 3 V to 1 3 V 12 Recall default power up settings by pressing UTIL 1 1 13 Connect a 15 Hz 2 Vp p and 0 VDC squ...

Page 175: ...CE LEVEL 30 dBm SPAN DIV ZERO RESOLUTION BW 300 kHz 7 It may be necessary to set the Horizontal position potentiometer on the rear panel to align the marks with the graticule Be sure to return the potentiome ter to its original position when done 8 Check the accuracy of the 2 s to 1 ms sweep timing range by applying appropriate markers for each sweep setting The error should not exceed 4 minor div...

Page 176: ...nother cable and T Adapter connect the same square wave source to the EXT TRIG input J102 on the Spectrum Analyzer rear panel 9 Set the generator controls for a 15 Hz 2 Vp p signal 10 Enable external triggering by pressing SWP TRIG 2 11 Press SWEEP until the readout reads 10MS 12 Check that the trigger LEVEL control can be set for a triggered display 13 Remove the cable from the EXT TRIG input 14 ...

Page 177: ...he signal generator b Set the generator to 100 MHz and set the amplitude to 30 2 dBm on the power meter c Connect the 100 MHz 30 2 dBm external signal to the RF INPUT of the 2715 Do not remove the min loss pad 8 Option 50 instruments a Connect the power meter with high sensitivity sensor to the output of the signal generator b Set the generator to 100 MHZ and set the amplitude to 30 0 dBm on the p...

Page 178: ...et the LEVEL control for a comfortable listening volume 9 Plug the headphones into the external speaker jack on the right front side of the Spectrum Analyzer 10 Check that the speaker shuts off and audio is redirected to the headphones 11 Tune the Spectrum Analyzer FREQUENCY to an AM station 12 Select the AM DEMODULATOR by pressing DEMOD 1 13 Check that the LEVEL control does in fact control the A...

Page 179: ... slope of the calibrator signal 8 Divide the Delta Frequency readout upper right readout by 2 The ratio of the frequency delta to 2 divisions then is the vertical scale factor for this measurement in ZERO SPAN 9 Disable the markers by pressing MKR OFF then press AUTO SWEEP 10 Tune the center frequency control to position the trace 2 divisions down from the top of the screen 11 Activate ZERO SPAN a...

Page 180: ...tor 1 Recall default power up settings by pressing UTIL 1 1 2 Connect the test equipment as shown in Figure 4 5 Do not connect the VSWR Bridge to the Spectrum Analyzer 2715 Spectrum Analyzer 1st LO 50Ω or 75Ω VSWR Bridge 2nd LO Test Spectrum Analyzer Tracking Generator RF Input 50 75 Ω Pad 75 Ω bridge only 50 75 Ω Pad 75 Ω bridge only RF INPUT OUT RF out RF in Figure 4 5 Test Equipment Setup for C...

Page 181: ... the reference trace across the entire band Use the following procedure to verify operation of the Signal Track feature 1 Recall default power up settings by pressing UTIL 1 1 2 Select the following settings on the Spectrum Analyzer FREQUENCY 100 MHZ REFERENCE LEVEL 20 dBm SPAN DIV 100 kHz RESOLUTION BW AUTO VID FLTR Off VERTICAL SCALE 5 dB 3 Enable the calibrator by pressing INPUT 9 4 Press CTR M...

Page 182: ...tion of the GPIB Interface Included in the manual are several program listings that can be used to exercise the instrument If applicable to your 2715 use the following procedure to verify operation of the RS 232 port H Test equipment required IBM PC AT or Compatible GPIB Interconnect Cable Tektronix PN 012 0991 01 1 Connect the computer to J104 on the Spectrum Analyzer rear panel and run the termi...

Page 183: ...l can be set for a full screen picture 8 Disconnect the satellite feed from the RF INPUT and connect a broadcast antenna feed in its place 9 Select the following settings on the Spectrum Analyzer FREQUENCY Visual Carrier REFERENCE LEVEL 30 dBm SPAN DIV 100 kHz RESOLUTION BW 5 MHz VID FLTR Off VERTICAL SCALE LIN 10 Turn off SATELLITE VIDEO by pressing DEMOD 3 11 Enable BROADCAST VIDEO DETECT MODE b...

Page 184: ... readout indicates VID LINE 17 18 Check that the Spectrum Analyzer displays the test waveform shown in Figure 4 6 The test signal amplitude may be different f 100 75 50 25 REF 10 30 20 40 50 60 70 L O G dB 55 2MHZ 28 2DBM 10US ZSPAN 5MHZ RBW ATTN 2DB VF WIDE 1 09MV VID LINE 17 LOCK L I N Figure 4 6 Test Signal on Video Line 17 ...

Page 185: ...the VIDEO MODULATION and VIDEO AUDIO RATIO controls on the TVM450 are both set to midrange detent and that the AUDIO DEVIATION control is set full counterclockwise 6 Select the following settings on the 2715 FREQUENCY 67 25 MHz RESOLUTION BW 300 kHz VID FLTR OFF DISPLAY STORAGE D only REFERENCE LEVEL 30 dBmV 7 Press PEAK FIND CTR MEAS TRKG and manually reset the center frequency to the actual coun...

Page 186: ...line 10 dB DIV 100 US DIV Digital Display Figure 4 7 Video Gating Check Waveform NTSC Illustrated 13 Turn off DISPLAY STORAGE D 14 Check that the display is similar to that illustrated in Figure 4 8 Check for the presence of the tiny pips at the top of the first peaks first three for NTSC or first two for PAL Check for the presence of a noisy baseline before and after the peaks Check that that the...

Page 187: ...equirement is 0 dBm NOTE This check applies only to Spectrum Analyzers equipped with Option 15 H Test equipment required Power Meter 1 Remove the 50 Ω terminator from J101 at the Spectrum Analyzer rear panel 2 Monitor J101 with the Power Meter 3 Select the following settings on the Spectrum Analyzer SPAN DIV MAX SPAN RESOLUTION BW AUTO 4 Enable MANUAL SCAN by pressing SWP TRIG 7 1st LO Output Leve...

Page 188: ...Manual 5 Manually sweep the Spectrum Analyzer Tracking Generator system slowly from 100 kHz to 1 8 GHz 6 Check that the Power Meter indicates a power level of at least 0 dBm over the full span 7 Disconnect the Power Meter from J101 and replace the 50 Ω terminator ...

Page 189: ...acteristics Devices that are particularly susceptible are MOS CMOS JFETs and high impedance operational amplifiers FET input stages The damaged parts may operate within acceptable limits over a short period but their reliability will have been severely impaired Damage can be significantly reduced by observing the following precautions H Handle static sensitive components or circuit assemblies at o...

Page 190: ... Series Power module Test Oscilloscope Deflection Factor 2 mV Div to 5 V Div Bandwidth DC to 100 MHz and X Y display capability Tektronix TAS485 Oscilloscope and P6138 X10 Probes Test Spectrum Analyzer Range 35 MHz to 150 MHz Frequency error 10 kHz Resolution Bandwidth 100 kHz Compatible with tracking genera tor Tektronix 2712 or Option 04 combination Tracking Generator Compatible with test spectr...

Page 191: ...Interconnecting cables Tektronix Part No 012 0630 01 Two Attenuators with BNC Connectors 6 dB 2X DC to 2 GHz 50 Ω Tektronix Part No 011 0069 02 Terminators 75 Ω BNC female termination Tektronix Part No 011 0102 00 50 75 Ω Min Loss Pad DC 1 GHz frequency range Trilithlic ZM 57 N female BNC male Weinschel Model 1506A Power Divider DC 1 GHz frequency range SMA Female to Female Adapter Tektronix Part ...

Page 192: ...s 6 Press CATV APPL 8 CATV MEASUREMENT SETUP and 0 EXIT CATV MEASUREMENT MODE 7 Next press UTIL 5 INSTR DIAGNOSTIC ADJUSTMENTS and 8 CALIBRATION MODE NOTE Step 7 exits the CATV mode and places the Spectrum Analyzer in a calibration mode Calibration mode must be used for all steps in this section CAUTION Do not attach 50 Ω connectors to the 2715 input unless you have Option 50 Using 50 Ω connectors...

Page 193: ...nt sections TP250 R639 HV R669 DTC Available on serial number B030000 and up instruments TP190 TP120 20V GND 11 V 5 V 10 V 50 V R703 Z Axis Power Supply Board Microprocessor Board Phase Lock CFC Assembly Log Amplifier Board Display Storage Board R704 ASTIG R680 LOCK R705 GEO Sweep Board R110 FOCUS R937 5 V ADJ R910 VERT GAIN R900 HOR GAIN R280 R290 R740 R640 TP2 TP1 6 5 V TP293 2 75KV TP270 Digita...

Page 194: ... WARNING Use an isolation transformer when working on the Power Supply The transformer must have a three wire input and output connector with ground through the input and output Stancor GIS21000 is an example of a suitable transformer Hazardous line potential exists on the Power Supply board at all times the instrument power cord is connected If it becomes necessary to remove the shield on the bot...

Page 195: ...st or the potentiometer is fully counterclockwise Make a note of the range through which the signal stays locked Center R680 in the noted range NOTE The waveform at TP270 has phase jitter due to pulse width modulation 7 Vary the line voltage from 90 VAC to 240 VAC while checking for no loss of lock Readjust R680 if lock is lost Reset the line voltage to nominal line voltage 8 Enable the checkerboa...

Page 196: ...nal by pressing UTIL 5 2 1 Press any menu button to exit the menu 19 Disable DISPLAY STORAGE and READOUT and enable ZERO SPAN 20 Press SWEEP six times 21 Adjust VERT POS R6 at the rear panel to position the top of the square wave to the top edge of the screen 22 Adjust TRACE ROT R7 at the rear panel for a level trace 23 Adjust R705 GEO on the Power Supply board and VERT POS R6 at the rear panel fo...

Page 197: ...ower cord is connected If it becomes necessary to remove the shield on the bottom of the Power Supply board use extreme caution when handling the instrument Refer to Figure 5 1 for the location of most adjustments and test points 1 Connect an Isolation Transformer in line with the Spectrum Analyzer power input and the AC line voltage source of 90 to 250 VAC 2 Set R669 DTC on the Power Supply board...

Page 198: ... to 240 VAC while checking for no loss of lock Readjust R680 if lock is lost Reset the line voltage to nominal line voltage 9 Check the power supplies as per Table 5 3 Table 5 3 Power Supply Tolerances Power Supply Voltage Range 11 V 10 2 V to 11 V 5 V Adjusted with R937 10 V 10 0 V to 10 8 V 20 V 21 V to 24 V 50 V 47 V to 51 V 115 V 109 V to 117 V 10 Turn off the graticule lights DSPL 6 11 Enable...

Page 199: ...r a voltage measurement of 45 Vdc 1 V 19 Adjust R110 FOCUS on the Power Supply board for best overall focus 20 Adjust R704 ASTIG on the Power Supply board to improve the overall focus 21 Readjust R110 on the Power Supply board for the sharpest overall display NOTE Steps 22 through 24 only apply to instruments with serial numbers B03XXXX or below For instruments with serial numbers B04XXXX or above...

Page 200: ...djust R290 and R280 on the Sweep board HORIZ POS R5 on the rear panel R901 on the Power Supply board H Test equipment required Multimeter DMM 1 Recall default power up settings by pressing UTIL 1 1 2 Disable the DISPLAY STORAGE and center the beam by pressing UTIL 5 2 3 Press any menu button to exit the menu 3 Monitor TP2 with the Multimeter See Figure 5 1 for the location of TP2 4 Adjust R290 on ...

Page 201: ...red to in this procedure R107 R39 R40 R20 R24 R63 R42 R98 R174 R181 Figure 5 2 Display Storage Board Adjustment Locations Gain and Offset Adjustment 1 Recall factory default power up settings by pressing UTIL 1 1 2 Enable the checkerboard pattern by pressing UTIL 5 2 2 3 Refer to Figure 5 2 and adjust R98 HOO to position the center of the checkerboard pattern at center screen Display Storage ...

Page 202: ...l be centered when properly adjusted 6 Set R174 Vector Offset to midrange 7 Adjust R63 VOO and R42 VOG for proper spacing of the pattern at the top and bottom of the screen respectively 8 Adjust R63 VOO to center the top intensified horizontal checkerboard line on the top graticule line Refer to Figure 5 3 Intensified Segments Figure 5 3 Properly Adjusted Checkerboard Pattern 9 Adjust R42 VOG to c...

Page 203: ...he top and bottom graticule lines 12 Enable the checkerboard by pressing UTIL 5 2 2 13 Adjust R174 Vector Offset to align the top intensified line of the checker board with the top graticule line 14 Press any MENUS key five times to return to the spectral display 15 Initialize instrument settings by pressing UTlL 0 ...

Page 204: ...ge See Figure 5 4 RF Mother Board Converter 5 MHz Bandpass Filter Adjustments R200 Level R535 C204 TP300 RF Attenuator Figure 5 4 Locked 2nd LO and 5 MHz Bandpass Filter Adjustments 4 Monitor TP300 Figure 5 4 on the RF Mother board with the Multimeter 5 Adjust C204 Figure 5 4 until the oscillator locks The calibrator signal should appear on screen at this time NOTE C204 is a loop of wire on later ...

Page 205: ...enerator Refer to Figure 5 5 for adjustment and test point locations excluding TP168 on the Sweep board J130 YIG BEAT FREQUENCY J1 J240 Count PHASE LOCK CFC Board Phase Lock Assembly LFVCO HFVCO Feedthrough Test Point J100 STROBE C611 R918 R920 R827 R931 Bottom View R746 R620 Top View J1 J1 Center of R620 Figure 5 5 Phase Lock CFC Module Adjustment and Test Point Locations Phase Lock CFC Assembly ...

Page 206: ...to center the 0 Hz signal 6 Repeat step 5 until the 0 Hz signal remains within 2 minor divisions of center screen 7 Select the following settings on the Spectrum Analyzer FREQUENCY 500 MHz REF LEVEL 30 dBm SPAN DIV 100 MHz RES BW 300 kHz VID FLTR OFF VERT SCALE 10 dB div 8 Enable the calibrator signal by pressing INPUT 9 9 Disable DISPLAY STORAGE analog display mode on and the READOUT 10 Set the F...

Page 207: ... menu button to exit the menu c Enable continuous strobes by pressing UTIL 5 1 6 6 Press any menu button to exit the menu d Set SPAN DIV to MAX SPAN and press SWEEP twice e Use a X10 probe to connect the Channel 1 input X channel input for an X Y display of the test oscilloscope to TP2 on the Sweep board See Figure 5 1 Ground the test oscilloscope at the Spectrum Analyzer chassis f Use a X1 probe ...

Page 208: ...REFERENCE LEVEL 30 dBm SPAN DIV 2 MHz VERT SCALE 10 dB div 3 Connect a 100 MHz 30 dBm signal to the RF INPUT Center the display by pressing CTR MEAS TRKG 4 Enable bandwidth mode by pressing APPL 9 0 entering 6 dB and pressing BKSP 0 5 Change the resolution bandwidth to 5 MHz The bandwidth readout will continuously update as the adjustments are made 6 Starting with the capacitor towards the top of ...

Page 209: ...nt Locations 1 Adjust 10 dB div 5 dB div and 1 dB div Log Match R622 on the Log board a Recall factory default power up settings by pressing UTlL 1 1 Recall default amplitude normalizations by pressing UTIL 5 5 2 9 Y Press any menu button to exit the menu b Set R160 and R172 on the Log board fully counterclockwise NOTE Changing the adjustment of either R160 or R172 requires that you complete the A...

Page 210: ...Storage adjustment pattern by pressing UTIL 5 2 2 b Adjust R63 VOO to align the top intensified edge of the checkerboard pattern with the top graticule line c Adjust R42 VOG to align the bottom intensified edge of the checker board pattern with bottom graticule line d Adjust R98 HOO to position the center of the checkerboard pattern at the center of the screen e Adjust R107 HOG for optimum one che...

Page 211: ...SPAN to 100 MHz FREQUENCY to 500 MHZ REF LEVEL 30 dBm RBW 300 kHz and enable the calibrator by pressing INPUT 9 Turn display storage off by pressing DISPLAY STORAGE D and press VID FLTR to turn the video filter off s Turn the readout off and position the center mark at center screen t Adjust R39 HIO to align the stored display to the nonstored display at center screen Pressing DISPLAY STORAGE D re...

Page 212: ...ven divisions as each 10 dB of attenuation is added and within two minor divisions of the bottom graticule line for the 70 dB to 80 dB step d Reset the external attenuators to 0 dB e Reset the VERTICAL SCALE to 5 dB div f Insert a total of 40 dB of attenuation in the input signal path in 10 dB steps g Check that the signal level falls within one minor division of the 40 dB 50 dB 60 dB and 70 dB gr...

Page 213: ... the input signal l Check that the trace is within 2 minor divisions of the sixth graticule line from top of screen m Add another 6 dB of attenuation to the input signal n Check that the trace is within 2 minor divisions of the seventh graticule line from top of screen 5 Adjust RF Gain R200 on the RF Mother board R170 on the Reference Oscillator board as follows a Recall factory default power up s...

Page 214: ...scillator Board 6 Adjust the FM Detector C357 and R153 on the Log board as follows a Disable the internal calibrator by pressing INPUT 9 b Apply a 100 MHz 30 dBm signal with 80 kHz FM deviation at a 1 kHz rate to the RF INPUT c Reset the VERT SCALE to 10 dB div and center the display by pressing CTR MEAS TRKG Enable ZERO SPAN select the internal trigger by pressing SWP TRIG 1 enable FM Deviation M...

Page 215: ... C561 C544 C522 and C416 on the RF Options board as follows a Recall factory default power up settings by pressing UTIL 1 1 b Connect a 100 MHz signal to the RF INPUT c Recall default amplitude normalizations by pressing UTIL 5 5 2 9 Y Press any menu button to exit the menu d Select the following settings on the Spectrum Analyzer FREQUENCY 100 MHz REFERENCE LEVEL 20 dBm SPAN DIV 1 MHz RESOLUTION B...

Page 216: ...een display and enable the VID FLTR i Enable bandwidth mode by pressing APPL 9 0 and entering 6 dB then pressing BKSP 0 j Check bandwidth shape factor The bandwidth at the 60 dB down point must not exceed 7X the bandwidth at the 6 dB down point k Check that the filter amplitude is 20 dBm 4 dB l Disconnect the signal from the RF INPUT 2 Adjust 300 kHz Resolution Bandwidth Filter C611 C612 C620 and ...

Page 217: ...z Filter C211 C220 C230 C314 C430 C611 C612 C620 C621 Figure 5 9 Variable Resolution Module Adjustment Locations h Set the reference level for a full screen display and enable the VID FLTR i Enable bandwidth mode by pressing APPL 9 0 and entering 6 dB then pressing BKSP 0 j Check bandwidth shape factor The bandwidth at the 60 dB down point must not exceed 7X the bandwidth at the 6 dB down point k ...

Page 218: ...dth mode by pressing APPL 9 0 and entering 6 dB then pressing BKSP 0 i Check bandwidth shape factor The bandwidth at the 60 dB down point must not exceed 7X the bandwidth at the 6 dB down point j Check that the filter amplitude is 20 dBm 4 dB k Disconnect the signal from the RF INPUT 4 Adjust 30 kHz Resolution Bandwidth Filter C314 and C430 on the VR board as follows a Recall factory default power...

Page 219: ...ations by pressing UTIL 5 5 2 9 Y Press any menu button to exit the menu d Select the following settings on the Spectrum Analyzer FREQUENCY 100 MHz REF LEVEL 30 dBm SPAN DIV 2 kHz RES BW 3 kHz VID FILTER Off VERT SCALE 10 dB Div e Adjust C211 C220 and C230 on the VR Filter board Figure 5 9 on page 5 29 for highest amplitude and best filter shape f Set the reference level for a full screen display ...

Page 220: ... 6 dB then pressing BKSP 0 h Check bandwidth shape factor The bandwidth at the 60 dB down point must not exceed 7X the bandwidth at the 6 dB down point i Check that the filter amplitude is 20 dBm 4 dB j Disconnect the signal from the RF INPUT 7 Adjust 300 Hz Resolution Bandwidth Filter C413 C425 C450 and C451 on the RF Options board as follows a Recall factory default power up settings by pressing...

Page 221: ...INPUT 9 4 Set R535 Figure 5 4 on page 5 16 to midrange 5 Monitor TP300 Figure 5 4 on page 5 16 on the RF Mother board with the Multimeter 6 Adjust C204 Figure 5 4 on page 5 16 for an indication of 8 6 V on the Multimeter NOTE C204 is a loop of wire on later versions of the RF mother board and is adjusted using a nonmetallic tool Move the loop up and down to vary the voltage 7 Check that a signal i...

Page 222: ... the RF INPUT H All instruments except Option 50 Connect the Sweep Generator to the RF INPUT using the HP11852 or equivalent 50 75 Ω min loss pad Refer to Figure 5 10 To 2715 N Female to BNC 75Ω Male HP11852 or Equivalent 50 75 Ω Min loss Pad Signal Generator RF Output Figure 5 10 Flatness adjustment test setup all instruments except Option 50 3 Select the following settings on the Spectrum Analyz...

Page 223: ... the peak to the left of 100 MHz 9 Press DSPL 8 3 to enable a display line through the marker 10 Enable automatic sweep speed by pressing SWEEP AUTO 11 Adjust R160 Slope and R172 Slope Offset on the Log board for flatness 1 5 dB while keeping the marked peak peak that has a marker on it at the display line See Figure 5 11 for adjustment locations Option 50 75 instruments 1 5 dB from 9 kHz to 1 8 G...

Page 224: ...0 dB and 1 dB Step Attenuator Assembly 6 dB Pad 6 dB Pad RF Output N Male to BNC Female Adapter BNC Male to Male Adapter Power Sensor Power Meter 50 75 Ω Min loss Pad Do not use for Option 50 Figure 5 12 Gain Step Reference Test Setup 2 Set the step attenuators to 0 dB and set the generator for a 100 MHz output and a power meter reading of 0 2 dBm for all instruments except Option 50 0 0 dBm for O...

Page 225: ...rt the second measurement by pressing 2 1 and entering the actual value of the 10 dB step attenuator determined in part 3 8 Finish the gain step normalization by adding 10 dB of attenuation in the signal path and pressing 2 W 9 Press BKSP to return to the REFERENCE NORMALIZATIONS menu INTERNAL REF FREQ Use the following procedure to set the Internal Reference Frequency 1 Connect a 100 000 000 0 Hz...

Page 226: ... Adapter Power Sensor Power Meter 50 75 Ω Min loss Pad Do not use for Option 50 Figure 5 13 Internal Ref Ampltd Test Setup 1 Set the Signal Generator for an output of 30 2 dBm for all instruments except Option 50 30 0 dBm for Option 50 instruments Use the power meter to set the output level 2 Initiate reference amplitude normalization by pressing UTIL 5 5 1 2 and following screen prompts Perform A...

Page 227: ...4 2 Where the screen prompt calls for a new value enter the value noted in step 2 and follow thescreen prompts SeeTable5 4 forthecorrection bit values for SW410 See Figure 5 14 for the location of SW410 on the Reference Oscillator board SW410 1 8 OPEN Figure 5 14 SW410 on the Reference Oscillator Board 4 Turn power off and back on Recall last power down settings by pressing UTIL 1 0 Display refere...

Page 228: ...ls Channel Video Carrier 2 55 25 MHz 3 61 25 MHz 4 67 25 MHz 5 77 25 MHz 6 83 25 MHz 7 175 25 MHz 8 181 25 MHz 9 187 25 MHz 10 193 25 MHz 11 199 25 MHz 12 205 25 MHz 13 211 25 MHz NOTE The aural carrier is 4 5 MHz away from the visual carrier Carrier frequencies for Channels A through W and 14 through 83 are omitted from this table 4 Set video signal parameters by pressing DEMOD 9 and selecting BR...

Page 229: ...r as follows a Select the following settings on the test Spectrum Analyzer FREQUENCY 100 MHz REF LEVEL 30 dBm SPAN DIV 10 MHz b Enable the calibrator by pressing INPUT 9 c Center the signal by pressing CTR MEAS TRKG d Disconnect the 110 MHz IF cable from J750 on the Sweep board e Monitor TP8 with a Multimeter and adjust R740 FM Video Offset on the Sweep board Figure 5 15 for 0 7 VDC f Reconnect th...

Page 230: ...ge to locate the midpoint of the waveform between its extremes When it has been determined that C781 is adjusted to this point set C781 for 0 7 VDC Change the oscilloscope to 0 1 V Div to increase the accuracy of the adjustment Set this point for 0 7 VDC with C781 Figure 5 16 Typical FM Adjustment Waveform k Remove the probe from TP8 and press AUTO SWEEP twice to restart the sweep l Connect a FM v...

Page 231: ...set the LEVEL control for minimum flicker in the displayed picture q Adjust R740 on the Sweep board for best contrast in the picture r Initialize instrument settings by pressing UTIL 1 1 If user defined power up settings exist the instrument will recall those settings If no user defined power up settings exist the instrument will recall factory default power up settings ...

Page 232: ...10MHz OUT and 110MHz IN H Connect the output of the tracking generator to the RF Input of the test spectrum analyzer using two cables connected together with an SMB connector These cables will later be connected to the Video Demodulator board next step The test spectrum analyzer display should be a nearly flat line near the top of the screen reference level Adjust the output level fine of the trac...

Page 233: ...the figure NOTE C21 and C22 primarily tune the notch seen at about 93 MHz C23 and C24 primarily affect the area around the knee seen near 103 MHz However there is appreciable interaction between the adjustments 10 dB DIV 5 MHz DIV At least 40 dB insertion loss at 97 0 MHz No more than 14 dB insertion loss in passband 103 5 thru 115 MHz At least 11 dB insertion loss in range 100 thru 115 MHz Figure...

Page 234: ...10 you will be adjusting the operating frequency and tuning range of the Downconverter Local Oscillator While making the adjusts use menu item 5 TOGGLE VD DAC LO HI to toggle the frequency between the two values 41 and 47 MHz as indicated by the 41 SET or 47 SET at the end of the menu line The object of the procedure is to set R63 and R59 so that the frequencies produced in both states are each wi...

Page 235: ... that the AUDIO DEVIATION control is set full counterclockwise 5 Select the following settings on the 2715 CENTER FREQUENCY 67 25 MHz SPAN DIV 2 MHz Calibrator Signal OFF 6 Set the signal visual carrier to the top graticule with the REF LEVEL and controls 7 Set SPAN to ZERO 8 Activate the VD DAC TO VIS CARR function by pressing UTIL 5 2 6 9 Select the following settings on the test oscilloscope Ve...

Page 236: ...position 14 Set the test spectrum analyzer as follows Center Frequency 45 7 MHz Span Div 200 kHz Resolution 100 kHz 15 Adjust L11 to position the visual carrier signal seen on the test spectrum analyzer to center screen 45 7 MHz 50 kHz 16 Toggle the AFC off on and verify that the frequency shift of the signal seen on the test spectrum analyzer is 150 kHz 17 Remove the cable to the 2715 RF INPUT 18...

Page 237: ...NOTE Channel 1 oscilloscope probe is still connected to Video Demodulator boards video test point 3 Check that during one cycle of videos waveform test oscilloscope CH 1 the following occurs a Horizontal output waveform test oscilloscopes CH 2 changes to high state 5 V when video s 1st horizontal sync pulsebegins Referto Figure5 19 b After a period of 40 s to 57 s the horizontal output waveform ch...

Page 238: ...During one cycle of video waveform test oscilloscope CH 1 verify the following a The vertical output waveform test oscilloscope CH 2 appears as a narrow pulse of 0 to 5 V Refer to Figure 5 20 b The vertical output pulse width is approximately the same as video vertical sync pulse width c Vertical output s pulse appears at the same place on screen as video vertical sync pulse CH 1 500 mV DIV VIDEO ...

Page 239: ...the following a E O Output waveform test oscilloscope CH 2 resembles a 0 to 5 V square wave Refer to Figure 5 21 b E O Output changes state with each video vertical sync pulse CH 1 c E O Output is locked to video vertical sync pulse No erratic behavior occurs CH 1 500 mV DIV VIDEO CH 2 5 V DIV E O Figure 5 21 E O Output Waveform 3 Turn the 2715 POWER off Reconnect the cables to the Video Demod boa...

Page 240: ...onse H Transfer data to instrument operating system H Check flatness corrections Preliminary Adjustment Procedure and Environment Requirements Before performing this step reinstall the cabinet removed at the start of this procedure and allow the instrument to warm up for at least one hour After a stable temperature is reached run the instrument normalization routine as described in Perform Service...

Page 241: ...is not necessary to run CONFIG or CHAR as long as the system remains intact Install the Flatness Test Software The Flatness Test software is contained on a set of floppy disks 271X Flatness Tests supplied with this manual Use the following procedure to install the software onto the personal computer 1 Install disk 1 in drive A of the personal computer 2 Set the default drive to A by typing A Retur...

Page 242: ...quency range amplitude range and so forth Refer to the next topic User Defined Signal Generator H Power Meter used H Identification code for Power Sensors This is an arbitrary code of your choice Three power sensors are used select HP8482A for your first sensor select HP8484A or HP8481D for the second sensor and select HP8483A for the third sensor H Power Sensor calibration factors in from the dat...

Page 243: ...F Output off For Wiltron 6769A RF0 6 Minimum RF Output Amplitude Enter the minimum amplitude that the signal generator can produce in dBm over the frequency range 10 MHz to 1000 MHz For Wiltron 6769A 92 7 Maximum RF Output Enter the maximum amplitude the signal generator can produce in dBm over the frequency range 10 MHz to 1000 MHz For Wiltron 6769A 10 8 Enter the command to set the RF Output Amp...

Page 244: ...rator to set it to its maximum frequency in Hz then you will be prompted to enter the units for kHz As with Hz enter the string of characters that will cause the signal generator to interpret the frequency number to be kHz If no kHz units are available enter NONE For Wiltron 6769A KH 17 If no Hz or kHz units are available or if an insufficient number of digits has been sent to the signal generator...

Page 245: ...HAR program is designed to measure and record the difference in amplitude between the power meter and the instrument s RF Input 1 If a dual channel meter is used then both outputs are characterized at the same time using the setup in Figure 5 22 If a single channel power meter is used test setups for characterizing the power divider output ports are shown in Figures 5 23 and 5 24 The power meter o...

Page 246: ...23 if you are using a single channel power meter If you are using a single channel power meter midway through the test you will be prompted to make the connections shown in Figure 5 24 The test will then run to completion H For split50 select 2 then press Return Follow the on screen instructions You will be prompted to make the connections shown in Figure 5 25 if you are using a dual channel power...

Page 247: ...eter 50 Ω Cable Min Loss Pad 50 Ω Power Sensor 75 Ω Termination Power Divider 75 Ω BNC F to BNC F Adapter 6 dB Pad N 20 dB Pad N Figure 5 23 Test Equipment Characterization Using a Single Channel Power Meter to Characterize the Power Meter Output for split75 Signal Generator Power Meter 50 Ω Cable Min Loss Pad N F to BNC M 50 Ω Termination 75 Ω Power Sensor Power Divider 75 Ω BNC F to BNC F Adapte...

Page 248: ...nal Generator Power Meter 50 Ω Cable 50 Ω Power Sensor 50 Ω Termination Power Divider 6 dB Pad N 20 dB Pad N Figure 5 26 Test Equipment Characterization Using a Single Channel Power Meter to Characterize the Power Meter Output for split50 Signal Generator Power Meter 50 Ω Cable 50 Ω Termination 50 Ω Power Sensor Power Divider 6 dB Pad N 20 dB Pad N Figure 5 27 Test Equipment Characterization Using...

Page 249: ...is menu driven and requires entry of test conditions You will be prompted to enter the following during the test sequence 1 Enter your name or your calibration lab s name 2 Verify the date and time 3 Select the CAL sequence from the Select Sequence menu 4 Select the type of communication interface used by the 2715 RS 232 or GPIB 5 Select y if the 2715 has Option 15 installed EXT LO output on the r...

Page 250: ...e Min Loss Pad 50 Ω Power Sensor Power Divider 6 dB Pad N 20 dB Pad N Connects Directly to RF INPUT of Instrument Being Tested 2715 Spectrum Analyzer Signal Generator Figure 5 28 Flatness Test Setup 75 Ω Power Meter 50 Ω Cable Min Loss Pad 50 Ω Power Sensor Power Divider 6 dB Pad N 20 dB Pad N Connects Directly to RF INPUT of Instrument Being Tested 2715 Spectrum Analyzer Signal Generator Figure 5...

Page 251: ... 5 28 CAUTION Provide adequate support for the power divider and related equip ment The RF INPUT connector of the 2715 can be damaged if adequate support is not provided The test requires approximately 3 4 hour to complete and will record the flatness as corrected by the data down loaded in the CAL measurement Evaluating the Flatness Verification Test The Report Generator RPT program generates a p...

Page 252: ...5 To enter this troubleshooting TS sequence after the Cal Lab Name and Data Prompts select TS sequence After selecting the flatness test to run you will be prompted to either Run Flatness or Download Existing Data Choose the former if you wish to run the flatness test and the latter if you wish to download data from a previous Flatness CAL run If you choose Download Existing Data the software will...

Page 253: ...cally downloaded to the 2715 as with the CAL sequence If you wish to do this you will need to copy the file tekcats flatness 2715 sn ts to tekcats flatness 2715 sn unc Be aware that if you download a file that does not cover the full frequency or attenuator range of the CAL sequence tests the 2715 will not be calibrated for CATV measurements at some frequency attenuators Choose Verify Flatness Cal...

Page 254: ...Adjustment Procedures 5 66 2715 Spectrum Analyzer Service Manual ...

Page 255: ...or assemblies in their original containers on metallized or conductive foam Label packages that contain static sensitive assemblies or components H Discharge body static voltage by wearing a grounded wrist strap while handling these components Static sensitive assemblies or components should be handled and serviced only at static free work stations by qualified service personnel H Nothing capable ...

Page 256: ... dirt from accumulating in or on it Accumulation of dirt and grease acts as a thermal insulating blanket prevents efficient heat dissipation and provides high resistance leakage paths between conductors or components in a humid environment Do not use any cleaning method that would subject the internal components to moisture wet wash Exterior Clean the dust from the outside of the instrument by wip...

Page 257: ...anic cleaning solvents such as benzene toluene xylene acetone or similar compounds because they may damage the plastic The following is a list of tools and fixtures that are needed to service the Spectrum Analyzer H Screwdriver flat with 1 4 to 3 8 inch bit H Screwdriver Posidriv 440 2 H Screwdrivers Torx T15 and T20 H Wrench 5 16 inch open end H Hex drive wrenches 3 32 5 64 7 64 inch H Torque Wre...

Page 258: ...der are completed by a set of two pin jumpers excluding two ground lines and the 50 conductor microproces sor bus cable Thus except for the two ground lines all signal and power supply lines are interruptible via these two pin jumpers Signal lines are brought to square pins where they can be steered to one of two BNC connectors on the Main Extender See Figure 6 2 There are 20 rows of 3 pin sets nu...

Page 259: ...ections and damaged parts The remedy for most visible defects is obvious If heat damaged parts are discovered try to determine the cause of overheating before the damaged part is replaced otherwise the damage may be repeated Transistor and Integrated Circuit Checks All transistors and integrated circuits are soldered on the boards to prevent pin contact problems Periodic checks of the transistors ...

Page 260: ... provided on the diagram or adjacent to it Refer to the Replaceable Electrical Parts list for a description of all assemblies and components Replaceable Electrical Parts This list indicates changes to components with serial numbers showing the first serial number when usage of the part occurred and the last serial number when usage of the part stopped Absence of serial numbers indicates the parts ...

Page 261: ...s H Always turn the power off before removing an assembly or circuit board H Use a hot air repair terminal to remove surface mounted components and a 15 W or less soldering iron to remove components with leads H Use only good components for substitution Be sure the new component is inserted into the board properly before soldering Refer to the manufacturer s data sheet for integrated circuit and t...

Page 262: ... applicable check the calibration adjustments however before changing an adjustment note its position so it can be returned to its original setting This will facilitate recalibration after the trouble has been located and repaired 5 Determine the extent of the repair needed if complex we recommend contacting your local Tektronix Field Office or representative If minor such as a component replaceme...

Page 263: ...vision from full screen using VR gain steps RF attenuators and the VR fine gain DAC ERROR in REF AMPLITUDE No amplitude change when 10 dB step changes The 10 dB reference step was removed to calculate the lin mode sensitivity The amplitude did not change ERROR in REF AMPLITUDE Lin mode sensitivity of range The calculations for lin mode sensitivity were outside reasonable limits ERROR in REF AMPLIT...

Page 264: ...nnot count beat frequency 3 The beat frequency should have been around 10 MHz but was not countable This count was done at approximately 900 MHz CF ERROR in MAIN DAC SENS YIG cannot be counted at 100 of CF range The 1st LO frequency could not be determined after a series of LF VCO and beat frequency counts This was tried at approximately 0 MHz 2110 MHz 1st LO frequency ERROR in MAIN DAC SENS YIG c...

Page 265: ... this test was outside reasonable limits ERROR in GAIN AND ATTEN Cannot span down on 1 On the first attempt the calibrator could not be centered calibrator sufficiently to go to zero span without losing the signal ERROR in GAIN AND ATTEN Cannot span down on calibrator 2 On the second attempt the calibrator could not be centered sufficiently to go to zero span without losing the signal ERROR in GAI...

Page 266: ...g signal on with attenuators Once the preamp was turned on the signal could not be brought down below full screen with the RF attenuators ERROR in PREAMP GAIN Result out of range The calculated result for this test was outside reasonable limits ERROR in LOGGING ERROR Lost signal while spanning down On the second attempt the calibrator could not be centered sufficiently to go to zero span without l...

Page 267: ...ffice or representative will contact you concerning the change After repair the circuits may need recalibra tion Parts Repair and Return Program Assemblies containing hybrid circuits or substrates in a semisealed module and complex assemblies such as the 1st LO can be returned to Tektronix for repair under the repair and return program Tektronix repair centers provide replacement or repair service...

Page 268: ...ounted Components Lead Configuration The positive end of an electrolytic capacitor is identified by a band Other capacitors and resistors have no visible identification Surface mounted semiconductor devices are sensitive to static electricity discharges and should be treated as outlined in the beginning of this section A hot air machine such as Hart Model 200A manufactured by Nu Concept Systems In...

Page 269: ...art No Hot Air Repair Terminal Nu Concepts Systems HART200A N A Tempilaq Nu Concepts Systems N A Tempilaq Thinner Nu Concepts Systems TLTH N A Flux Dispenser Nu Concepts Systems FD2 N A Soldering Iron Hexacon Model SMD10 003 1401 00 Soldering Iron SMD Tips Semi Chisel 1 16I Hexacon Model Z780X 003 1402 00 Conical 1 32I Hexacon Model Z783X 003 1403 00 Sharp Conical Hexacon Model Z784X 003 1404 00 B...

Page 270: ...each glass encased diode is indicated by a stripe a series of stripes or a dot Some diodes have a diode symbol printed on one side Resistor Values Surface mounted resistors have no visible identification However the value can be measured with a meter Other types of resistors such as composition metal film tapped thick film resistor network package and plate are also used The value is either color ...

Page 271: ...dures for replacing those assemblies that require special attention Top and bottom views are shown in Figure 6 4 and Figure 6 5 respectively These illustrations show the locations of most assemblies The Microprocessor Display Storage Digital Options and Video Demod boards must be placed on an extender to access test points or adjustments A second extender card is added to the main extender for use...

Page 272: ... in its cabinet by reversing the removal procedure Digital Options Board Log Amplifier Board Display Storage Board Microprocessor Board Center Frequency Control Board Reference Oscillator Board Variable Resolution Module CRT RF Deck RF Options Video Demod Board Figure 6 4 Top View of Assemblies and RF Deck ...

Page 273: ...alyzer Use the following procedure to replace the CRT WARNING Breaking the CRT may result in an implosion Protective clothing and safety glasses should be worn Avoid hitting the CRT against any object that may cause the CRT to crack Place the CRT in a protective carton or place it face down on a smooth surface in a protected location with a soft mat under the face plate 1 Remove the instrument fro...

Page 274: ... and soldered to the lead wire Rewind and retape If the start black lead is broken and the lead is too short to resplice attempt to fish out the broken end so one or two turns can be unwound resplice and solder to the lead then rewind and retape In all three instances the CRT must be removed from the instrument Performance of the instrument is easily degraded if coaxial connectors are loose dirty ...

Page 275: ...move four screws from the bottom front of the instrument as shown in Figure 6 6 to gain access to the two bottom retaining nuts 4 Remove the bottom two Front Panel retaining nuts Figure 6 6 5 Remove the top two Front Panel retaining nuts Figure 6 6 6 Gently pull the front panel assembly out of the instrument to gain access to a ribbon cable P6 attached to the back of the Front Panel Disconnect P6 ...

Page 276: ...nt Remove these two nuts at the top front Sweep Board Sweep Board Remove this support plate by removing the 4 screws shown Part of Power Supply Board Remove these two nuts at the bottom front Bottom View Bottom View Top View Figure 6 6 Removing the Front Panel ...

Page 277: ...re 6 7 from the Phase Lock assembly Bottom View of Phase Lock Assembly J510 J550 Figure 6 7 Locations of J510 and J550 on the Phase Lock Assembly 6 Disconnect P100 and P200 Figure 6 8 from the Attenuator assembly 7 Disconnect P400 P410 P565 P670 Figure 6 8 from the RF Mother board assembly 8 Disconnect P430 and P460 and P300 if Option 04 or Option 15 is installed from the 1st LO Buffer Amp assembl...

Page 278: ...J410 RF Mother Board J670 RF Mother Board J400 RF Mother Board J565 RF Mother Board J300 1st LO Buffer Amplifier J100 Step Attenuator J380 1st LO Buffer Amplifier J430 J460 J130 1st Converter J300 1st Converter J350 1st Converter J100 RF Mother Board J250 Step Attenuator A Right side of instrument 1st Converter Assembly RF Mother Board STEP ATTENUATOR ASSEMBLY Figure 6 8 Connector Locations on the...

Page 279: ... Analyzer Service Manual 6 25 Power Supply Board Loosen these nuts and unthread them approximately halfway out RF Deck Nuts 2 Bottom Side Top Side Flat Head Screws 5 Variable Resolution Module Figure 6 9 RF Deck Screws and Nuts ...

Page 280: ...y from the RF deck Replace the 1st LO assembly by reversing the removal procedure Use the following procedure to replace the Step Attenuator NOTE Replacement of this assembly requires completion of the Amplitude Flatness Adjustment Procedure on Page 5 52 1 Remove the instrument from its cabinet see Removing the Instrument from its Cabinet on Page 6 17 2 Disconnect P210 from the Step Attenuator Thi...

Page 281: ...r Amplifier in place The screw is located in the corner of the 1st Converter assembly 6 Remove the 1st LO Buffer Amplifier assembly from the RF deck Replace the assembly by reversing the removal procedure Refer to Figure 6 10 for the following removal procedure for the fan 1 Remove the instrument from its cabinet see Removing the Instrument from its Cabinet on Page 6 17 2 Position the instrument w...

Page 282: ... fan connector 3 Install the fan and mounting springs into the rear chassis using the four 4 40 Pozidriv screws Tighten each screw to 4 to 5 inch lbs torque 4 Apply 8 inch lbs torque to the two 6 32 mounting screws NOTE Make sure that the fan floats freely inside the rear chassis fan cutout If the fan housing touches any edge of the rear chassis loosen the four 4 4 40 mounting screws recenter the ...

Page 283: ...rear panel cutout so that it floats freely Screw is located next to fan connector Top of instrument 4 40 0 250 2 6 32 Nuts 2 Chassis Fan 4 40 0 250 Poz Fan mounting springs Fan mounting springs 4 40 0 250 Poz 6 32 1 025 2 Fan shroud Fan connector Figure 6 10 Fan and Fan Mounting Springs Detail ...

Page 284: ...ng the removal procedure Use the following procedure to replace the Power Supply Assembly 1 Remove the instrument from its cabinet 2 Remove the plugin circuit board retainer 3 Remove all the plugin circuit boards 4 Remove the Variable Resolution module 5 Remove the connector from J480 on the Sweep board 6 Disconnect P400 from the RF Mother board Figure 6 8 on Page 6 24 7 Remove the CRT see Replaci...

Page 285: ...vice Manual 6 31 Sweep Board RF Deck Power Supply Board Remove These Two Screws J6 J480 Figure 6 11 Power Supply Assembly Removal Bottom View 11 Remove the two nuts that fasten the rear plug in circuit board guide to the RF Deck Figure 6 12 ...

Page 286: ...rd guide plate to left side chassis screws Variable Resolution Module Figure 6 12 Removing Power Supply Attaching Nuts 12 Remove the two nuts that fasten the front plug in circuit board guide to the rear plug in circuit board guide 13 Undo the cables threaded through the rear plug in circuit board guide 14 Remove the Power Supply assembly Replace the Power Supply assembly by reversing the removal ...

Page 287: ... incinerate or expose the contents to water Maintenance Adjustments Maintenance procedures are those required when an assembly is replaced Normal adjustment does not require completion of this procedure After replacing the Phase Lock CFC Board use this procedure to select R602 on the Phase Lock CFC board 1 Remove the small shield over part of the Phase Lock CFC board 2 Disable frequency correction...

Page 288: ...eater than 60 mV pick a lower value for R602 If the amplitude is lower than 40 mV pick a higher value See Figure 6 13 for the location of R602 The following formula helps in picking a resistor value R602 5620 60 mV Vp p Ω 7 Replace the shield on the Phase Lock CFC board 8 Enable frequency normalizations by pressing UTIL 3 1 9 After frequency normalizations are complete set the FREQUENCY to 100 MHz...

Page 289: ... This option adds a reference manual a user manual a programmer manual and a service manual for the Spectrum Analyzer There are three extended service and warranty options offered for the Spectrum Analyzer that go beyond the basic one year coverage Contact your local Tektronix Field Office or representative for additional information about your specific requirements Option M1 Two routine calibrati...

Page 290: ...ration of the Spectrum Analyzer in locations where AC power is not available The Inverter and Battery Pack combination is capable of operating the Spectrum Analyzer for a minimum of one hour Moreover the Inverter contains a charger and an 18 VDC output to power external devices such as Low Noise Block LNB Down Converters used in satellite down link applications The Inverter also includes an additi...

Page 291: ... option provides a Travel Line package including a rain cover accessory pouch gray CRT filter and carrying strap This option provides a rack mount adapter that enables mounting of the Spectrum Analyzer in a standard 19 inch 483 mm rack The adapter consists of a 19 inch 6 97 inch cradle shelf with slide out assemblies and a mask to fit over the regular instrument panel This option provides a 50Ω in...

Page 292: ...Options 7 4 2715 Spectrum Analyzer Service Manual ...

Page 293: ...s it is important to include the following information in your order H Part number H Instrument type or model number H Instrument serial number H Instrument modification number if applicable If you order a part that has been replaced with a different or improved part your local Tektronix field office or representative will contact you concerning any change in part number Using the Replaceable Elec...

Page 294: ...er at which the part was discontinued No entry indicates the part is good for all serial numbers 5 Name Description An item name is separated from the description by a colon Because of space limitations an item name may sometimes appear as incomplete Use the U S Federal Catalog handbook H6 1 for further item name identification 6 Mfr Code This indicates the code number of the actual manufacturer o...

Page 295: ...ON HEIGHTS IL 60005 TK2096 KELVIN ASSOCIATES 14724 VENTURA BLVD SUITE 1003 SHERMAN OAKS CA 91403 3501 TK2319 COLLMER 14368 PROTON RD DALLAS TX 75244 TK2469 UNITREK CORPORATION 3000 LEWIS CLARK WAY SUITE 2 VANCOUVER WA 98601 TK2540 SONY ELECTRONICS INC BUSINESS PROFESSIONAL GROUP 10833 VALLEY VIEW STREET CYPRESS CA 90630 0016 TK2611 STACKPOLE CORPORATION PO BOX 14466 RALEIGH NC 27610 0B0A9 DALLAS S...

Page 296: ... 17540 ALPHA INDUSTRIES INC HQ SEMICONDUCTOR DIV 20 SYLVAN RD PO BOX 1044 WOBURN MA 01801 1854 17554 AVX KYOCERA CORP 69 LANDRY ST AIRPORT INDUSTRIAL PARK BIDDEFORD ME 04005 4319 17856 SILICONIX INC 2201 LAURELWOOD RD SANTA CLARA CA 95054 1516 18612 VISHAY INTERTECHNOLOGY INC VISHAY RESISTOR PRODUCTS GROUP 63 LINCOLN HWY MALVERN PA 19355 2120 18796 MURATA ELECTRONICS NORTH AMERICA INC STATE COLLEG...

Page 297: ...S INC 1500 GREEN HILLS RD PO BOX 660017 SCOTTS VALLEY CA 95067 0017 54893 HEWLETT PACKARD MICROWAVE SEMICONDUCTOR DIVISION 350 TRIMBLE SAN JOSE CA 95131 1008 54937 DEYOUNG MANUFACTURING INC 12920 NE 125TH WAY KIRKLAND WA 98034 7716 55680 NICHICON AMERICA CORP 927 E STATE PKY SCHAUMBURG IL 60195 4526 56708 ZILOG INC 1315 DELL AVE CAMPBELL CA 95008 6609 57027 INTERNATIONAL RESISTIVE PRODUCTS INC 422...

Page 298: ...ICH IL 60548 1846 75498 MULTICOMP INC 3005 SW 154TH TERRACE 3 BEAVERTON OR 97006 8X345 NORTHWEST SPRING MFG CO 5858 SW WILLOW LANE LAKE OSWEGO OR 97035 80009 TEKTRONIX INC 14150 SW KARL BRAUN DR PO BOX 500 BEAVERTON OR 97077 0001 81073 GRAYHILL INC 561 HILLGROVE AVE PO BOX 10373 LA GRANGE IL 60525 5914 82389 SWITCHCRAFT INC SUB OF RAYTHEON CO 5555 N ELSTRON AVE CHICAGO IL 60630 1314 84411 AMERICAN...

Page 299: ...SSY DIGITAL OPT IF GATE 671 3275 01 W 163 1276 01 2715 OPT 50 2715 OPT 75 80009 672 1544 01 A11 672 1545 00 CIRCUIT BD ASSY DIGITAL OPT IF GATE W 163 1299 00 2715 OPT 75 80009 672 1545 00 A12 672 1284 05 B010166 CIRCUIT BD ASSY PHASELOCK CFC MODULE 80009 672 1284 05 A12 672 1284 06 B010167 B010181 CKT BD ASSY PHASELOCK CFC MODULE 80009 672 1284 06 A12 672 1284 07 B010182 CKT BD ASSY PHASELOCK CFC ...

Page 300: ...ONVERTER PART OF A16 A16A2 CIRCUIT BD ASSY 1ST MIXER INPUT PART OF A16 A17 119 2301 06 YIG BUFFER ASSY 80009 119230106 A17A1 PART OF A17 A18 672 1297 01 CIRCUIT BD ASSY RF ATTN 80009 672129701 A18A1 PART OF A18 DIGITAL CONTROL A18A2 PART OF A18 RF A19 119 2206 00 OSCILLATOR RF 1 9 TO 4 0 GHZ ALL EXCEPT OPTION 50 75 80009 119220600 A19 119 5101 00 OSCILLATOR RF YIG 1 9 TO 4 4 GHZ 2712FE OPTION 50 7...

Page 301: ...90 5039 00 CAP FXD ALUM 10UF 20 50V 6 3MM SMD 16MM T R 62643 MVK50VC10RMF60T A5C262 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A5C310 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A5C311 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A5C322 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X...

Page 302: ...500ER169 A5C782 283 5008 00 CAP FXD CERAMIC MLC 12PF 5 50V NPO 1206 TK2058 C3216C0G1H120J A5C790 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A5C840 295 0199 00 B030924 CAP SET MATCHED 1 10UF 1 5 25V 1 0 1UF 1 5 100V MATCHED MATCHED SET WITH A5C845 75498 295 0199 00 A5C840 295 0199 01 B040925 CAP SET MATCHED 1 10UF 1 5 25V 1 0 1UF 1 5 100V CAPACITOR SET 84411 TEK 392...

Page 303: ...9TRL A5DS200 150 0097 00 LAMP INCAND 6 3V 0 2A 7381 WIRE LEADS SAFETY CONTROLLED S3774 0L381BP A5DS500 150 0097 00 LAMP INCAND 6 3V 0 2A 7381 WIRE LEADS SAFETY CONTROLLED S3774 0L381BP A5DS700 150 0097 00 LAMP INCAND 6 3V 0 2A 7381 WIRE LEADS SAFETY CONTROLLED S3774 0L381BP A5J480 131 2514 00 CONN HDR PCB MALE RTANG 2 X 10 0 1CTR 0 318 MLG X 0 110 TAIL 0 238 H 30 GOLD SHRD BETWEEN REAR TAILS 00779...

Page 304: ...D THICK FILM 100K OHM 1 0 125W TC 100 PPM 50139 BCK1003FT A5R185 321 5047 00 RES FXD THICK FILM 100K OHM 1 0 125W TC 100 PPM 50139 BCK1003FT A5R186 321 5048 00 RES FXD THICK FILM 332K OHM 1 0 125W TC 100 PPM 57668 MCR18FXEA332K A5R190 321 5048 00 RES FXD THICK FILM 332K OHM 1 0 125W TC 100 PPM 57668 MCR18FXEA332K A5R200 321 5018 00 RES FXD THICK FILM 1 0K OHM 1 0 125W TC 100 PPM 50139 BCK1001FT A5...

Page 305: ...002FT A5R374 321 5017 00 RES FXD THICK FILM 825 OHM 1 0 125W TC 100 PPM 50139 BCK8250FT A5R380 321 5030 00 RES FXD THICK FILM 10 0K OHM 1 0 125W TC 100 PPM 50139 BCK1002FT A5R381 321 5030 00 RES FXD THICK FILM 10 0K OHM 1 0 125W TC 100 PPM 50139 BCK1002FT A5R382 321 5030 00 RES FXD THICK FILM 10 0K OHM 1 0 125W TC 100 PPM 50139 BCK1002FT A5R430 321 5048 00 RES FXD THICK FILM 332K OHM 1 0 125W TC 1...

Page 306: ... FXD THICK FILM 18 2K OHM 1 0 125W TC 100 PPM 50139 BCK1822FT A5R652 321 5030 00 RES FXD THICK FILM 10 0K OHM 1 0 125W TC 100 PPM 50139 BCK1002FT A5R653 321 5027 00 RES FXD THICK FILM 5 62K OHM 1 0 125W TC 100 PPM 50139 BCK5621FT A5R654 321 5024 00 RES FXD THICK FILM 3 32K OHM 1 0 125W TC 100 PPM 50139 BCK3321FT A5R660 321 5038 00 RES FXD THICK FILM 47 5K OHM 1 0 125W TC 100 PPM 50139 BCK4752FT A5...

Page 307: ...00 IC LINEAR BIFET OP AMP LOW OFFSET 64155 LT1056S8 A5U312 156 5021 01 IC DIGITAL CMOS REGISTER 8 STAGE SHIFT STORAGE 3 STATE 1CH66 HEF4094BTDT A5U320 156 5265 00 IC DIGITAL CMOS MULTIVIBRATOR DUAL PRECISION RETRIG RESETTABLE MONOSTABLE 1CH66 HEF4538BTD A5U343 156 5095 01 IC LINEAR BIPOLAR OP AMP LOW NOISE HIGH OUTPUT DRIVE 01295 NE5534DR A5U374 156 5018 00 IC LINEAR BIPOLAR OP AMP DUAL SINGLE SUP...

Page 308: ...RAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A6C240 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A6C250 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A6C280 283 5003 00 CAP FXD CERAMIC MLC 0 01UF 10 50V X7R 1206 TK2058 C3216X7R1H103K A6C310 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A6C330 283 03...

Page 309: ... 5008 00 DIODE OPTO LED GRN 569NM 4 2MCD AT 10MA 50434 HLMP 6505 021 A6DS940 150 5009 00 DIODE OPTO LED HI EFFIC RED 626NM 3 4MCD AT IF 10MA 50434 HLMP 6305 021 A6DS941 150 5008 00 DIODE OPTO LED GRN 569NM 4 2MCD AT 10MA 50434 HLMP 6505 021 A6DS950 150 5009 00 DIODE OPTO LED HI EFFIC RED 626NM 3 4MCD AT IF 10MA 50434 HLMP 6305 021 A6DS951 150 5009 00 DIODE OPTO LED HI EFFIC RED 626NM 3 4MCD AT IF ...

Page 310: ... 100 PPM 50139 BCK1003FT A6R220 321 5047 00 RES FXD THICK FILM 100K OHM 1 0 125W TC 100 PPM 50139 BCK1003FT A6R230 321 5047 00 RES FXD THICK FILM 100K OHM 1 0 125W TC 100 PPM 50139 BCK1003FT A6R240 321 5047 00 RES FXD THICK FILM 100K OHM 1 0 125W TC 100 PPM 50139 BCK1003FT A6R250 321 5047 00 RES FXD THICK FILM 100K OHM 1 0 125W TC 100 PPM 50139 BCK1003FT A6R280 321 5047 00 RES FXD THICK FILM 100K ...

Page 311: ...510 321 5034 00 RES FXD THICK FILM 22 1K OHM 1 0 125W TC 100 PPM 50139 BCK2212FT A6R511 321 5034 00 RES FXD THICK FILM 22 1K OHM 1 0 125W TC 100 PPM 50139 BCK2212FT A6R620 321 5011 00 RES FXD THICK FILM 274 OHM 1 0 125W TC 100 50139 BCK2740FT A6R621 321 5011 00 RES FXD THICK FILM 274 OHM 1 0 125W TC 100 PPM 50139 BCK2740FT A6R622 321 5011 00 RES FXD THICK FILM 274 OHM 1 0 125W TC 100 PPM 50139 BCK...

Page 312: ...Y LOG AMP 80009 671 1674 05 A7C152 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A7C170 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A7C171 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A7C190 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A7C191 283 5004 00 CAP FXD CERAMIC MLC 0...

Page 313: ...1H101J A7C357 281 0298 00 CAP VAR CER DI 6 50PF 51406 TZ03Z500YR169 A7C360 290 0943 00 CAP FXD ALUM 47UF 50 20 25V 6 X 11MM 0H1N5 CEUSM1E470 Q A7C361 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A7C362 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A7C363 290 0944 00 CAP FXD ELCTLT 220UF 50 20 10V 0H1N5 CEUSM1A221 A7C370 283 5004 00 CAP F...

Page 314: ...TK2058 C3216X7R1E104K A7C531 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A7C540 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A7C560 290 0804 00 CAP FXD ELCTLT 10UF 50 20 25V 0H1N5 CEUSM1E100 A7C570 290 0804 00 CAP FXD ELCTLT 10UF 50 20 25V 0H1N5 CEUSM1E100 A7C572 283 5003 00 CAP FXD CERAMIC MLC 0 01UF 10 50V X7R 1206 TK2058 C3216X7R1H1...

Page 315: ...R 1206 TK2058 C3216X7R1E104K A7C741 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A7C742 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A7C750 283 5027 00 CAP FXD CERAMIC MLC 470PF 5 50V NPO 1206 TK2058 C3216C0G1H471J A7C751 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A7C752 283 5004 00 CAP FXD CERAMIC MLC 0...

Page 316: ... 1 2UH 5 I 0 43A RDC 0 55 OHM Q 50 SRF 130MHZ 80009 108504600 A7L440 108 5037 00 INDUCTOR FXD POWER 22UH 5 I 0 18 A RDC 3 2 TK2058 NL453232T 220J A7L441 108 5037 00 INDUCTOR FXD POWER 22UH 5 I 0 18 A RDC 3 2 TK2058 NL453232T 220J A7L610 108 5018 00 INDUCTOR FXD POWER 4 7UH 20 I 0 315 A RDC 1 OHM Q 50 SRF 45 MHZ TK2058 NL453232T 4R7M A7L611 108 5051 00 INDUCTOR FXD SIGNAL 10UH 10 I 0 25A RDC 1 6 OH...

Page 317: ...1 5030 00 RES FXD THICK FILM 10 0K OHM 1 0 125W TC 100 PPM 50139 BCK1002FT A7R150 321 5015 00 RES FXD THICK FILM 562 OHM 1 0 125W TC 100 PPM 50139 BCK5620FT A7R151 321 5030 00 RES FXD THICK FILM 10 0K OHM 1 0 125W TC 100 PPM 50139 BCK1002FT A7R153 311 1239 00 RES VAR TRMR CERMET 2 5K OHM 10 0 5W 0 375 32997 3386X 1 252 A7R160 311 1245 00 RES VAR NONWW TRMR 10K OHM 0 5W 32997 3386X DY6 103 A7R170 3...

Page 318: ...T A7R312 321 5034 00 RES FXD THICK FILM 22 1K OHM 1 0 125W TC 100 PPM 50139 BCK2212FT A7R313 321 5030 00 RES FXD THICK FILM 10 0K OHM 1 0 125W TC 100 PPM 50139 BCK1002FT A7R314 321 5033 00 RES FXD THICK FILM 18 2K OHM 1 0 125W TC 100 PPM 50139 BCK1822FT A7R315 321 5020 00 RES FXD THICK FILM 1 5K OHM 1 0 125W TC 100 PPM 50139 BCK1501FT A7R316 321 5033 00 RES FXD THICK FILM 18 2K OHM 1 0 125W TC 100...

Page 319: ...00 RES FXD THICK FILM 15 0K OHM 1 0 125W TC 100 PPM 50139 BCK1502FT A7R412 321 5032 00 RES FXD THICK FILM 15 0K OHM 1 0 125W TC 100 PPM 50139 BCK1502FT A7R413 321 5023 00 RES FXD THICK FILM 2 74K OHM 1 0 125W TC 100 PPM 50139 BCK2741FT A7R414 321 5032 00 RES FXD THICK FILM 15 0K OHM 1 0 125W TC 100 PPM 50139 BCK1502FT A7R415 321 5026 00 RES FXD THICK FILM 4 75K OHM 1 0 125W TC 100 PPM 50139 BCK475...

Page 320: ...PM 50139 BCK1502FT A7R481 321 5040 00 RES FXD THICK FILM 68 1K OHM 1 0 125W TC 100 PPM 50139 BCK6812FT A7R482 321 5030 00 RES FXD THICK FILM 10 0K OHM 1 0 125W TC 100 PPM 50139 BCK1002FT A7R483 321 5030 00 RES FXD THICK FILM 10 0K OHM 1 0 125W TC 100 PPM 50139 BCK1002FT A7R490 321 5010 00 RES FXD THICK FILM 221 OHM 1 0 125W TC 100 PPM 50139 BCK221FT A7R500 311 1237 00 RES VAR NONWW 1K OHM 10 0 50W...

Page 321: ...39 BCK4752FT A7R594 321 5010 00 RES FXD THICK FILM 221 OHM 1 0 125W TC 100 PPM 50139 BCK221FT A7R595 321 5030 00 RES FXD THICK FILM 10 0K OHM 1 0 125W TC 100 PPM 50139 BCK1002FT A7R600 321 5014 00 RES FXD THICK FILM 475 OHM 1 0 125W TC 100 PPM 50139 BCK4750FT A7R601 321 5026 00 RES FXD THICK FILM 4 75K OHM 1 0 125W TC 100 PPM 50139 BCK4751FT A7R602 321 5011 00 RES FXD THICK FILM 274 OHM 1 0 125W T...

Page 322: ...FILM 1 0K OHM 1 0 125W TC 100 PPM 50139 BCK1001FT A7R672 321 5013 00 RES FXD THICK FILM 392 OHM 1 0 125W TC 100 PPM 50139 BCK3920FT A7R673 321 5013 00 RES FXD THICK FILM 392 OHM 1 0 125W TC 100 PPM 50139 BCK3920FT A7R690 321 5006 00 RES FXD THICK FILM 100 OHM 1 0 125W TC 100 PPM 50139 BCK1000FT A7R710 321 5011 00 RES FXD THICK FILM 274 OHM 1 0 125W TC 100 PPM 50139 BCK2740FT A7R720 321 5004 00 RES...

Page 323: ...BCK8250FT A7R965 321 5022 00 RES FXD THICK FILM 2 21K OHM 1 0 125W TC 100 PPM 50139 BCK2211FT A7R970 321 5027 00 RES FXD THICK FILM 5 62K OHM 1 0 125W TC 100 PPM 50139 BCK5621FT A7T180 120 1721 00 TRANSFORMER RF AUTO 6 6 6 RATIO 0JR03 120 1721 00 A7T660 120 1721 00 TRANSFORMER RF AUTO 6 6 6 RATIO 0JR03 120 1721 00 A7U170 151 5001 00 TRANSISTOR SIG BIPOLAR NPN 40V 200MA 300MHZ AMPLIFIER 0LUA3 PMBT3...

Page 324: ...TAL ECL RECEIVER TRIPLE LINE 04713 MC10H116FN A7U650 156 6250 00 IC MISC CMOS ANALOG MUX 8 CHANNEL RF VIDEO 1ES66 MAX310CWN 2 C30 A7U651 156 6073 00 IC LINEAR BIPOLAR OP AMP CURRENT FEEDBACK 200MHZ 1 TO 8 GAIN RANGE 62839 CLC400AJE A7U660 156 6090 00 IC LINEAR BIPOLAR AMPLIFIER LOGARITHMIC DC COUPLED 350 MHZ 24355 AD640BP A7U670 156 5119 00 IC LINEAR BIPOLAR COMPARATOR DUAL OPEN COLLECTOR 80NS 1CH...

Page 325: ...XD CERAMIC MLC 0 1UF 10 50V X7R 1206 04222 12065C104KAT 1A A9C22 283 5114 00 CAP FXD CERAMIC MLC 0 1UF 10 50V X7R 1206 04222 12065C104KAT 1A A9C23 283 5114 00 CAP FXD CERAMIC MLC 0 1UF 10 50V X7R 1206 04222 12065C104KAT 1A A9C24 283 5114 00 CAP FXD CERAMIC MLC 0 1UF 10 50V X7R 1206 04222 12065C104KAT 1A A9C25 283 5114 00 CAP FXD CERAMIC MLC 0 1UF 10 50V X7R 1206 04222 12065C104KAT 1A A9C26 283 511...

Page 326: ...65C104KAT 1A A9C59 283 5114 00 CAP FXD CERAMIC MLC 0 1UF 10 50V X7R 1206 04222 12065C104KAT 1A A9C60 283 5114 00 CAP FXD CERAMIC MLC 0 1UF 10 50V X7R 1206 04222 12065C104KAT 1A A9C61 283 5114 00 CAP FXD CERAMIC MLC 0 1UF 10 50V X7R 1206 04222 12065C104KAT 1A A9C62 283 5114 00 CAP FXD CERAMIC MLC 0 1UF 10 50V X7R 1206 04222 12065C104KAT 1A A9C63 283 5114 00 CAP FXD CERAMIC MLC 0 1UF 10 50V X7R 1206...

Page 327: ...FXD CERAMIC MLC 0 1UF 10 50V X7R 1206 04222 12065C104KAT 1A A9C86 283 5114 00 CAP FXD CERAMIC MLC 0 1UF 10 50V X7R 1206 04222 12065C104KAT 1A A9C87 283 5114 00 CAP FXD CERAMIC MLC 0 1UF 10 50V X7R 1206 04222 12065C104KAT 1A A9C88 283 5114 00 CAP FXD CERAMIC MLC 0 1UF 10 50V X7R 1206 04222 12065C104KAT 1A A9C89 283 5114 00 CAP FXD CERAMIC MLC 0 1UF 10 50V X7R 1206 04222 12065C104KAT 1A A9C90 283 51...

Page 328: ...9CR2 152 5000 00 DIODE SIG ULTRA FAST 70V 0 15A 6NS COM CATH 0LUA3 BAV70TRL A9CR3 152 5018 00 DIODE SIG ULTRA FAST 100V 0 74VF 4NS 2 0PF SER PAIR 27014 MMBD1203 A9CR4 152 5000 00 DIODE SIG ULTRA FAST 70V 0 15A 6NS COM CATH 0LUA3 BAV70TRL A9CR5 152 5000 00 DIODE SIG ULTRA FAST 70V 0 15A 6NS COM CATH 0LUA3 BAV70TRL A9CR6 152 5062 00 DIODE SIG ULTRA FAST 100V 0 74VF 4NS 2 0PF COM ANODE 27014 MMBD1205...

Page 329: ...M 47 5 OHM 1 0 125W TC 100 PPM 57668 MCR18FWEA47E5 A9R18 321 5043 00 RES FXD THICK FILM 47 5 OHM 1 0 125W TC 100 PPM 57668 MCR18FWEA47E5 A9R19 321 5025 00 RES FXD THICK FILM 3 92K OHM 1 0 125W TC 100 PPM 50139 BCK3921FT A9R20 311 5052 00 RES VAR 10K OHM 20 0 25W SIDE ADJ SMD 16MM T R TK2073 G4S103M A9R21 321 5000 00 RES FXD THICK FILM 10 OHM 1 0 125W TC 100 PPM 59124 RK73H2B10R0FT A9R22 321 5043 0...

Page 330: ... A9R55 321 5018 00 RES FXD THICK FILM 1 0K OHM 1 0 125W TC 100 PPM 50139 BCK1001FT A9R56 321 5026 00 RES FXD THICK FILM 4 75K OHM 1 0 125W TC 100 PPM 50139 BCK4751FT A9R57 321 5026 00 RES FXD THICK FILM 4 75K OHM 1 0 125W TC 100 PPM 50139 BCK4751FT A9R58 321 5026 00 RES FXD THICK FILM 4 75K OHM 1 0 125W TC 100 PPM 50139 BCK4751FT A9R59 321 5026 00 RES FXD THICK FILM 4 75K OHM 1 0 125W TC 100 PPM 5...

Page 331: ...EA47E5 A9R91 321 5026 00 B010100 B020495 RES FXD THICK FILM 4 75K OHM 1 0 125W TC 100 PPM 50139 BCK4751FT A9R91 321 5030 00 B020496 RES FXD THICK FILM 10 0K OHM 1 0 125W TC 100 PPM 1206 T R 50139 BCK1002FT A9R92 321 5017 00 RES FXD THICK FILM 825 OHM 1 0 125W TC 100 PPM 50139 BCK8250FT A9R93 321 5023 00 B010100 B020495 RES FXD THICK FILM 2 74K OHM 1 0 125W TC 100 PPM 50139 BCK2741FT A9R93 321 5020...

Page 332: ...0 00 RES FXD THICK FILM 221 OHM 1 0 125W TC 100 PPM 50139 BCK221FT A9R123 321 5010 00 RES FXD THICK FILM 221 OHM 1 0 125W TC 100 PPM 50139 BCK221FT A9R124 321 5010 00 RES FXD THICK FILM 221 OHM 1 0 125W TC 100 PPM 50139 BCK221FT A9R125 321 5010 00 RES FXD THICK FILM 221 OHM 1 0 125W TC 100 PPM 50139 BCK221FT A9R126 321 5010 00 RES FXD THICK FILM 221 OHM 1 0 125W TC 100 PPM 50139 BCK221FT A9R127 32...

Page 333: ...139 BCK221FT A9R160 321 5010 00 RES FXD THICK FILM 221 OHM 1 0 125W TC 100 PPM 50139 BCK221FT A9R161 321 5010 00 RES FXD THICK FILM 221 OHM 1 0 125W TC 100 PPM 50139 BCK221FT A9R162 321 5010 00 RES FXD THICK FILM 221 OHM 1 0 125W TC 100 PPM 50139 BCK221FT A9R163 321 5010 00 RES FXD THICK FILM 221 OHM 1 0 125W TC 100 PPM 50139 BCK221FT A9R164 321 5010 00 RES FXD THICK FILM 221 OHM 1 0 125W TC 100 P...

Page 334: ...MOS PWR SUPPLY SUPERVISOR NONVOLATILE CMOS RAM BATTERY BACKUP CONTROLLER 0B0A9 DS1210S A9U7 156 5146 01 IC DIGITAL HCTCMOS GATE QUAD 2 INPUT AND 01295 SN74HCT08DR A9U8 156 5220 01 IC DIGITAL HCTCMOS BUFFER OCTAL BUFFER DRIVER 3 STATE 0JR04 TC74HCT541AFW E A9U9 156 5119 00 IC LINEAR BIPOLAR COMPARATOR DUAL OPEN COLLECTOR 80NS 1CH66 LM319D A9U10 156 5220 01 IC DIGITAL HCTCMOS BUFFER OCTAL BUFFER DRI...

Page 335: ... 01 IC DIGITAL HCTCMOS BUFFER OCTAL BUFFER DRIVER 3 STATE 0JR04 TC74HCT541AFW E A9U34 156 6620 00 IC MISC D CMOS ANALOG SWITCH QUAD SPST 20 OHM VIDEO 17856 DG641DY A9U35 156 5257 00 IC LINEAR BIPOLAR OP AMP HIGH SLEW RATE 01295 LM318D A9U36 156 5023 01 IC LINEAR BIFET OP AMP 01295 TL071ACDR A9U37 156 5489 01 IC MISC BIPOLAR PWR SUPPLY SUPERVISOR MPU RESET GENERATOR 5V SUPPLY SENSING 01295 TL7705AC...

Page 336: ... 10 25V X7R 1206 TK2058 C3216X7R1E104K A10C174 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A10C175 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A10C183 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A10C184 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A10C210 283 5004 00 CAP F...

Page 337: ...58 C3216X7R1H103K A10C580 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A10C595 283 5003 00 CAP FXD CERAMIC MLC 0 01UF 10 50V X7R 1206 TK2058 C3216X7R1H103K A10C715 290 0944 00 CAP FXD ELCTLT 220UF 50 20 10V 0H1N5 CEUSM1A221 A10C760 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A10C830 290 0944 00 CAP FXD ELCTLT 220UF 50 20 10V 0H1N5 CEUS...

Page 338: ...RANSISTOR SIG BIPOLAR PNP 40V 200MA 250MHZ AMPLIFIER 0LUA3 PMBT3906TRL A10Q522 151 5001 00 TRANSISTOR SIG BIPOLAR NPN 40V 200MA 300MHZ AMPLIFIER 0LUA3 PMBT3904TRL A10Q970 151 5000 00 TRANSISTOR SIG BIPOLAR PNP 40V 200MA 250MHZ AMPLIFIER 0LUA3 PMBT3906TRL A10Q973 151 5000 00 TRANSISTOR SIG BIPOLAR PNP 40V 200MA 250MHZ AMPLIFIER 0LUA3 PMBT3906TRL A10Q975 151 5000 00 TRANSISTOR SIG BIPOLAR PNP 40V 20...

Page 339: ...1 A10R292 321 5018 00 RES FXD THICK FILM 1 0K OHM 1 0 125W TC 100 PPM 50139 BCK1001FT A10R340 321 5026 00 RES FXD THICK FILM 4 75K OHM 1 0 125W TC 100 PPM 50139 BCK4751FT A10R342 321 5026 00 RES FXD THICK FILM 4 75K OHM 1 0 125W TC 100 PPM 50139 BCK4751FT A10R344 321 5026 00 RES FXD THICK FILM 4 75K OHM 1 0 125W TC 100 PPM 50139 BCK4751FT A10R345 321 5026 00 RES FXD THICK FILM 4 75K OHM 1 0 125W T...

Page 340: ...40FT A10R986 321 5011 00 RES FXD THICK FILM 274 OHM 1 0 125W TC 100 PPM 50139 BCK2740FT A10R987 321 5018 00 RES FXD THICK FILM 1 0K OHM 1 0 125W TC 100 PPM 50139 BCK1001FT A10R990 321 5018 00 RES FXD THICK FILM 1 0K OHM 1 0 125W TC 100 PPM 50139 BCK1001FT A10R991 321 5018 00 RES FXD THICK FILM 1 0K OHM 1 0 125W TC 100 PPM 50139 BCK1001FT A10R992 321 5015 00 RES FXD THICK FILM 562 OHM 1 0 125W TC 1...

Page 341: ... DIP32 6 OPT 50 AND OPT 75 ONLY TK0198 163 1273 00 A10U320 163 1273 01 B041845 IC MEMORY PRGM 156 3644 00 CMOS EPROM 128K C 8 150NS 27C010 DIP32 6 V12 03 99 TK0198 163 1273 01 A10U330 156 5286 00 IC MEMORY CMOS SRAM 32K X 8 120NS 50UA OE TK2540 CXK58257M 12L A10U340 156 5093 00 IC PROCESSOR CMOS PERIPHERAL PROGRAMMABLE INTERRUPT CONTROLLER 5MHZ 34371 CS82C59A 5 A10U360 156 5302 00 IC PROCESSOR CMO...

Page 342: ...8MHZ 4T165 UPD71054L A10U585 156 5123 00 IC DIGITAL HCTCMOS DEMUX DECODER 4 TO 16 DECODER 1CH66 74HCT154D A10U595 156 5220 01 IC DIGITAL HCTCMOS BUFFER OCTAL BUFFER DRIVER 3 STATE 0JR04 TC74HCT541AFW E A10W518 321 5051 00 RES FXD THICK FILM 0 OHM 1 0 125W 09969 CRCW1206 JUMPER A10W525 321 5051 00 RES FXD THICK FILM 0 OHM 1 0 125W 09969 CRCW1206 JUMPER A10W526 321 5051 00 RES FXD THICK FILM 0 OHM 1...

Page 343: ...D CERAMIC MLC 0 01UF 10 50V X7R 1206 TK2058 C3216X7R1H103K A11C24 283 5003 00 CAP FXD CERAMIC MLC 0 01UF 10 50V X7R 1206 TK2058 C3216X7R1H103K A11C25 283 5109 00 CAP FXD CERAMIC MLC 680PF 5 100V NPO 1206 04222 12061A681JAT1A A11C26 283 5114 00 CAP FXD CERAMIC MLC 0 1UF 10 50V X7R 1206 04222 12065C104KAT 1A A11C27 283 5114 00 CAP FXD CERAMIC MLC 0 1UF 10 50V X7R 1206 04222 12065C104KAT 1A A11C28 28...

Page 344: ... 22526 65626 150 A11J8 131 3556 00 CONN BOX PCB FEMALE RTANG 2 X 12 0 1 CTR 0 24 H X 0 115 TAIL 22526 66527 012 A11J140 131 2920 00 CONN HDR PCB MALE RTANG 2 X 5 0 1 CTR 0 318 MLG X 0 110 TAIL 0 238 H 30 GOLD 00779 86479 3 A11J550 131 2221 00 CONN HDR PCB MALE RTANG 2 X 25 0 1CTR 0 318 MLG X 0 110 TAIL 30 GOLD 22526 65626 150 A11Q1 151 5001 00 TRANSISTOR SIG BIPOLAR NPN 40V 200MA 300MHZ AMPLIFIER ...

Page 345: ...5622FT A11R18 321 5006 00 RES FXD THICK FILM 100 OHM 1 0 125W 50139 BCK1000FT A11R19 321 5006 00 RES FXD THICK FILM 100 OHM 1 0 125W 50139 BCK1000FT A11R20 321 5019 00 RES FXD THICK FILM 1 21K OHM 1 0 125W 50139 BCK1211FT A11R21 321 5020 00 RES FXD THICK FILM 1 5K OHM 1 0 125W 50139 BCK1501FT A11R22 321 5000 00 RES FXD THICK FILM 10 OHM 1 0 125W 91637 CRCW120610R0FT A11R23 321 5011 00 RES FXD THIC...

Page 346: ...5W 50139 BCD68R1FT A11R55 321 5030 00 RES FXD THICK FILM 10 0K OHM 1 0 125W 50139 BCK1002FT A11R56 321 5035 00 RES FXD THICK FILM 27 4K OHM 1 0 125W 50139 BCK2742FT A11R57 321 5035 00 RES FXD THICK FILM 27 4K OHM 1 0 125W 50139 BCK2742FT A11T1 120 1627 00 TRANSFORMER SIG IF GATE OUTPUT PRI 34T CT SEC 6T 54937 500 6018 A11U1 156 5820 00 IC DIGITAL ACTCMOS TRANSCEIVER OCTAL 3 STATE 04713 MC74ACT245D...

Page 347: ...SERIAL COMMUNICATION CONTROLLER 8MHZ 56708 Z85C3008VSC A11U23 156 3629 00 IC PROCESSOR CMOS PERIPHERAL RTC CLOCKCALENDA R 0N2P9 MSM62X42BRS B A11U24 156 5220 01 IC DIGITAL HCTCMOS BUFFER OCTAL BUFFER DRIVER 3 STATE 0JR04 TC74HCT541AFW E A11U25 156 5220 01 IC DIGITAL HCTCMOS BUFFER OCTAL BUFFER DRIVER 3 STATE 0JR04 TC74HCT541AFW E A11U26 156 5220 01 IC DIGITAL HCTCMOS BUFFER OCTAL BUFFER DRIVER 3 S...

Page 348: ... 20 20V TANT OXIDE 0 287 X 0 170 7343 SMD T R 0H1N5 20MC106MDTER A12A1C120 290 5002 00 CAP FXD TANT DRY 10UF 20 20V TANT OXIDE 0 287 X 0 170 7343 SMD T R 0H1N5 20MC106MDTER A12A1C141 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A12A1C150 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A12A1C163 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V ...

Page 349: ...70 7343 SMD T R 0H1N5 20MC106MDTER A12A1C310 290 5002 00 CAP FXD TANT DRY 10UF 20 20V TANT OXIDE 0 287 X 0 170 7343 SMD T R 0H1N5 20MC106MDTER A12A1C312 290 5002 00 CAP FXD TANT DRY 10UF 20 20V TANT OXIDE 0 287 X 0 170 7343 SMD T R 0H1N5 20MC106MDTER A12A1C314 290 5002 00 CAP FXD TANT DRY 10UF 20 20V TANT OXIDE 0 287 X 0 170 7343 SMD T R 0H1N5 20MC106MDTER A12A1C321 290 5002 00 CAP FXD TANT DRY 10...

Page 350: ...IDE 0 287 X 0 170 7343 SMD T R 0H1N5 20MC106MDTER A12A1C452 290 5002 00 CAP FXD TANT DRY 10UF 20 20V TANT OXIDE 0 287 X 0 170 7343 SMD T R 0H1N5 20MC106MDTER A12A1C480 290 0944 00 CAP FXD ELCTLT 220UF 50 20 10V 0H1N5 CEUSM1A221 A12A1C483 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A12A1C520 290 5002 00 CAP FXD TANT DRY 10UF 20 20V TANT OXIDE 0 287 X 0 170 7343 SMD T...

Page 351: ...0 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A12A1C738 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A12A1C741 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A12A1C742 283 5004 00 B010181 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A12A1C742 283 0339 00 B010182 CAP FXD CERAMICMLC 0 22UF 10 50V X7R 0...

Page 352: ...0 5002 00 CAP FXD TANT DRY 10UF 20 20V TANT OXIDE 0 287 X 0 170 7343 SMD T R 0H1N5 20MC106MDTER A12A1C963 290 5002 00 CAP FXD TANT DRY 10UF 20 20V TANT OXIDE 0 287 X 0 170 7343 SMD T R 0H1N5 20MC106MDTER A12A1C971 283 5014 00 CAP FXD CERAMIC MLC 330PF 5 50V NPO 1206 TK2058 C3216C0G1H331J A12A1C973 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A12A1C974 290 0963 00 CAP...

Page 353: ...1 0A 60MHZ AMPLIFIER 0LUA3 BC869 A12A1Q521 151 1127 00 TRANSISTOR PWR MOS N CH 60V 4 0A 0 6 OHM 34371 IRF510R A12A1Q630 151 5000 00 TRANSISTOR SIG BIPOLAR PNP 40V 200MA 250MHZ AMPLIFIER 04713 MMBT3906LT1 A12A1Q631 151 5001 00 TRANSISTOR SIG BIPOLAR NPN 40V 200MA 300MHZ AMPLIFIER 04713 MMBT3904LT1 A12A1Q632 151 5000 00 TRANSISTOR SIG BIPOLAR PNP 40V 200MA 250MHZ AMPLIFIER 04713 MMBT3906LT1 A12A1Q63...

Page 354: ...K FILM 1 0K OHM 1 0 125W 50139 BCK1001FT A12A1R236 321 0239 07 RES FXD FILM 3 01K OHM 0 1 0 125W TC T9MI 19701 5033RE3K010B A12A1R237 321 0272 07 RES FXD FILM 6 65K OHM 0 1 0 125W TC T9 19701 5033RD6K650B A12A1R238 321 0228 09 RES FXD FILM 2 32K OHM 1 0 125W TC T9MI 19701 5033RE2K320F A12A1R239 321 0753 06 RES FXD FILM 9K OHM 0 25 0 125W TC T9MI 19701 5033RE9K000C A12A1R241 325 0410 00 RES FXD FIL...

Page 355: ...0 00 RES FXD THICK FILM 10 0K OHM 1 0 125W 50139 BCK1002FT A12A1R375 321 5030 00 RES FXD THICK FILM 10 0K OHM 1 0 125W 50139 BCK1002FT A12A1R380 321 5006 00 RES FXD THICK FILM 100 OHM 1 0 125W 50139 BCK1000FT A12A1R381 321 5018 00 RES FXD THICK FILM 1 0K OHM 1 0 125W 50139 BCK1001FT A12A1R382 321 5029 00 RES FXD THICK FILM 8 25K OHM 1 0 125W 50139 BCK8251FT A12A1R383 321 5023 00 RES FXD THICK FILM...

Page 356: ...1 5032 00 RES FXD THICK FILM 15 0K OHM 1 0 125W 50139 BCK1502FT A12A1R545 321 5274 00 RES FXD FILM THIN FILM 24 9K OHM 0 1 0 125W TC 25PPM 1206 T R OPT 50 OPT 75 ONLY 91637 TNPW1206 2492B R7 5 A12A1R546 321 5041 00 RES FXD THICK FILM 82 5K OHM 1 0 125W 50139 BCK8252FT A12A1R546 NOT USED FOR OPT 50 OPT 75 A12A1R547 321 5027 00 RES FXD THICK FILM 5 62K OHM 1 0 125W 50139 BCK5621FT A12A1R547 321 5030...

Page 357: ...21 5022 00 RES FXD THICK FILM 2 21K OHM 1 0 125W 50139 BCK2211FT A12A1R638 321 5004 00 RES FXD THICK FILM 22 1 OHM 1 0 125W 57668 MCR18FWEA22E1 A12A1R640 321 5018 00 RES FXD THICK FILM 1 0K OHM 1 0 125W 50139 BCK1001FT A12A1R641 321 5018 00 RES FXD THICK FILM 1 0K OHM 1 0 125W 50139 BCK1001FT A12A1R642 321 5021 00 RES FXD THICK FILM 1 82K OHM 1 0 125W 50139 BCK1821FT A12A1R643 321 5026 00 RES FXD ...

Page 358: ... 0K OHM 1 0 125W 50139 BCK1002FT A12A1R755 321 5015 00 RES FXD THICK FILM 562 OHM 1 0 125W 50139 BCK5620FT A12A1R756 321 5047 00 RES FXD THICK FILM 100K OHM 1 0 125W 50139 BCK1003FT A12A1R772 321 5030 00 RES FXD THICK FILM 10 0K OHM 1 0 125W 50139 BCK1002FT A12A1R801 321 5030 00 RES FXD THICK FILM 10 0K OHM 1 0 125W 50139 BCK1002FT A12A1R812 321 5037 00 RES FXD THICK FILM 39 2K OHM 1 0 125W 50139 ...

Page 359: ...S FXD THICK FILM 100K OHM 1 0 125W 50139 BCK1003FT A12A1R904 321 5047 00 RES FXD THICK FILM 100K OHM 1 0 125W 50139 BCK1003FT A12A1R905 308 0142 00 RES FXD WW 30 OHM 5 3W TK2096 KM300 30 OHM 1 A12A1R912 321 0926 07 RES FXD FILM 4K OHM 0 1 0 125W TK1727 MPR24 2322 141 A12A1R913 321 0222 09 RES FXD FILM 2 00K OHM 1 0 125W 19701 5033RE2K000F A12A1R915 321 5006 00 RES FXD THICK FILM 100 OHM 1 0 125W 5...

Page 360: ...RES FXD THICK FILM 100K OHM 1 0 125W 50139 BCK1003FT A12A1R945 321 5049 00 RES FXD THICK FILM 1M OHM 1 0 125W 57668 MCR18FXEA1M A12A1R946 321 5014 00 RES FXD THICK FILM 475 OHM 1 0 125W 50139 BCK4750FT A12A1R947 321 5009 00 RES FXD THICK FILM 182 OHM 1 0 125W 50139 BCK1820FT A12A1R948 321 5014 00 RES FXD THICK FILM 475 OHM 1 0 125W 50139 BCK4750FT A12A1R970 321 5030 00 RES FXD THICK FILM 10 0K OHM...

Page 361: ... 1CH66 NE5205AD A12A1U723 156 5280 00 IC LINEAR BIPOLAR AMPLIFIER RF AMP 20DB GAIN 600MHZ 1CH66 NE5205AD A12A1U740 156 5082 01 IC LINEAR BIPOLAR OP AMP LOW OFFSET 01295 OP07CDR A12A1U743 156 5082 01 IC LINEAR BIPOLAR OP AMP LOW OFFSET 01295 OP07CDR A12A1U757 156 5274 01 IC MISC CMOS ANALOG SWITCH QUAD 17856 DG211DY T1 A12A1U810 156 2848 00 IC LINEAR BIPOLAR AMPLIFIER BUFFER 1300V US 34371 HA7 5002...

Page 362: ... 0 287 X 0 169 7343 SMD 13MM T R TK0875 267M1002 476 MR A12A2C133 283 5011 00 CAP FXD CERAMIC MLC 33PF 5 50V NPO 1206 TK2058 C3216C0G1H330J A12A2C200 283 5003 00 CAP FXD CERAMIC MLC 0 01UF 10 50V X7R 1206 TK2058 C3216X7R1H103K A12A2C204 283 5003 00 CAP FXD CERAMIC MLC 0 01UF 10 50V X7R 1206 TK2058 C3216X7R1H103K A12A2C212 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K ...

Page 363: ...O 1206 TK2058 C3216C0G1H101J A12A2L230 108 5030 00 INDUCTOR FXD SIGNAL 100NH 10 IDC 800 MA RDC 0 56 OHM Q 25 SRF 950MHZ 02113 1008CS 101XKBA A12A2L232 108 5004 00 INDUCTOR FXD SIGNAL 1 8UH 10 IDC 400 MA RDC 2 4 OHM Q 20 SRF 150 MHZ 02113 1008CS 182XKBA A12A2L415 108 5000 00 INDUCTOR FXD POWER 1 0UH 5 I 0 45A RDC 0 5 TK2058 NL453232T 1R0J A12A2L610 108 1325 00 COIL RF 100NH 6 75 TURNS 16 WIRE 0 5 I...

Page 364: ...D THICK FILM 1 21K OHM 1 0 125W 50139 BCK1211FT A12A2R402 321 5028 00 RES FXD THICK FILM 6 81K OHM 1 0 125W 50139 BCK6811FT A12A2R403 321 5043 00 RES FXD THICK FILM 47 5 OHM 1 0 125W 57668 MCR18FWEA47E5 A12A2R405 321 5043 00 RES FXD THICK FILM 47 5 OHM 1 0 125W 57668 MCR18FWEA47E5 A12A2R406 321 5000 00 RES FXD THICK FILM 10 OHM 1 0 125W 91637 CRCW120610R0FT A12A2R411 321 5018 00 RES FXD THICK FILM...

Page 365: ...X7R 1206 TK2058 C3216X7R1E104K A12A3C311 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A12A3C316 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A12A3C400 283 5001 00 CAP FXD CERAMIC MLC 100PF 5 50V NPO 1206 TK2058 C3216C0G1H101J A12A3C412 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A12A3C420 290 5003 00 CAP ...

Page 366: ...5K OHM 0 25 0 125W 19701 5033RC2K500C A12A3R121 321 5004 00 RES FXD THICK FILM 22 1 OHM 1 0 125W 57668 MCR18FWEA22E1 A12A3R125 321 0168 02 RES FXD FILM 549 OHM 0 5 0 125W 19701 5033RC549R0D A12A3R126 321 5030 00 RES FXD THICK FILM 10 0K OHM 1 0 125W 50139 BCK1002FT A12A3R201 321 5008 00 RES FXD THICK FILM 150 OHM 1 0 125W 50139 BCK1500FT A12A3R210 321 5043 00 RES FXD THICK FILM 47 5 OHM 1 0 125W 5...

Page 367: ...UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A13A1C104 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A13A1C105 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A13A1C106 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A13A1C110 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A13A1C133 283 5...

Page 368: ...3 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A13A1C254 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A13A1C255 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A13A1C261 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A13A1C262 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK20...

Page 369: ...058 C3216X7R1E104K A13A1C354 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A13A1C360 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A13A1C361 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A13A1C362 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A13A1C370 283 5004 00 CAP FXD CERAMIC...

Page 370: ...C500 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A13A1C513 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A13A1C514 283 5011 00 CAP FXD CERAMIC MLC 33PF 5 50V NPO 1206 TK2058 C3216C0G1H330J A13A1C515 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A13A1C516 283 5022 00 CAP FXD CER DI 47PF 5 50V TK2058 C3216C0G...

Page 371: ...O 1206 TK2058 C3216COG1H100J A13A1C614 283 5041 00 CAP FXD CERAMIC MLC 7PF 0 5PF 50V NPO 1206 TK2058 C3216C0G1H070D A13A1C615 283 5000 00 CAP FXD CERAMIC MLC 10PF 5 50V NPO 1206 TK2058 C3216COG1H100J A13A1C620 281 0267 00 CAP VAR CERAMIC 6 50PF 50V 51406 TZ03Z500ER169 A13A1C621 281 0267 00 CAP VAR CERAMIC 6 50PF 50V 51406 TZ03Z500ER169 A13A1C631 290 0944 00 CAP FXD ELCTLT 220UF 50 20 10V 0H1N5 CEU...

Page 372: ...RF 25MHZ TK2058 NL453232T 120K A13A1L592 108 1262 00 INDUCTOR FXD POWER 100UH 10 I 0 75A RDC 0 23 OHM Q 15 SRF 5 4MHZ BOBBIN CORE TK2058 TSL0807 101KR75 A13A1L593 108 1262 00 INDUCTOR FXD POWER 100UH 10 I 0 75A RDC 0 23 OHM Q 15 SRF 5 4MHZ BOBBIN CORE TK2058 TSL0807 101KR75 A13A1L687 108 5003 00 INDUCTOR FXD POWER 12UH 10 I 0 225A RDC 2 0 OHM Q 50 SRF 25MHZ TK2058 NL453232T 120K A13A1L710 108 1326...

Page 373: ...151 5005 00 TRANSISTOR SIG BIPOLAR PNP 20V 1 0A 60MHZ AMPLIFIER 0LUA3 BC869 A13A1Q340 151 5004 00 TRANSISTOR SIG BIPOLAR NPN 20V 1 0A 65MHZ AMPLIFIER 0LUA3 BC868 A13A1Q341 151 5016 00 TRANSISTOR SIG BIPOLAR PNP 20V 30MA 600MHZ AMPLIFIER 04713 MMBTH81LT1 A13A1Q350 151 5001 00 TRANSISTOR SIG BIPOLAR NPN 40V 200MA 300MHZ AMPLIFIER 04713 MMBT3904LT1 A13A1Q351 151 5016 00 TRANSISTOR SIG BIPOLAR PNP 20V...

Page 374: ...PNP 40V 200MA 250MHZ AMPLIFIER 04713 MMBT3906LT1 A13A1R100 321 5014 00 RES FXD THICK FILM 475 OHM 1 0 125W 50139 BCK4750FT A13A1R101 321 5014 00 RES FXD THICK FILM 475 OHM 1 0 125W 50139 BCK4750FT A13A1R102 321 5000 00 RES FXD THICK FILM 10 OHM 1 0 125W 91637 CRCW120610R0FT A13A1R107 321 5018 00 RES FXD THICK FILM 1 0K OHM 1 0 125W 50139 BCK1001FT A13A1R113 321 5018 00 RES FXD THICK FILM 1 0K OHM ...

Page 375: ...21 5018 00 RES FXD THICK FILM 1 0K OHM 1 0 125W 50139 BCK1001FT A13A1R204 321 5000 00 RES FXD THICK FILM 10 OHM 1 0 125W 91637 CRCW120610R0FT A13A1R207 321 5050 00 RES FXD THICK FILM 33 2 OHM 1 0 125W 57668 MCR18FWEA33E2 A13A1R213 321 5018 00 RES FXD THICK FILM 1 0K OHM 1 0 125W 50139 BCK1001FT A13A1R235 321 5018 00 RES FXD THICK FILM 1 0K OHM 1 0 125W 50139 BCK1001FT A13A1R237 321 5018 00 RES FXD...

Page 376: ...OHM 1 0 125W 50139 BCK1001FT A13A1R347 321 5018 00 RES FXD THICK FILM 1 0K OHM 1 0 125W 50139 BCK1001FT A13A1R348 321 5000 00 RES FXD THICK FILM 10 OHM 1 0 125W 91637 CRCW120610R0FT A13A1R349 321 5014 00 RES FXD THICK FILM 475 OHM 1 0 125W 50139 BCK4750FT A13A1R350 321 5043 00 RES FXD THICK FILM 47 5 OHM 1 0 125W 57668 MCR18FWEA47E5 A13A1R351 321 5000 00 RES FXD THICK FILM 10 OHM 1 0 125W 91637 CR...

Page 377: ... 5015 00 RES FXD THICK FILM 562 OHM 1 0 125W 50139 BCK5620FT A13A1R392 321 5047 00 RES FXD THICK FILM 100K OHM 1 0 125W 50139 BCK1003FT A13A1R393 321 5000 00 RES FXD THICK FILM 10 OHM 1 0 125W 91637 CRCW120610R0FT A13A1R394 321 5045 00 RES FXD THICK FILM 68 1 OHM 1 0 125W 50139 BCD68R1FT A13A1R395 321 5018 00 RES FXD THICK FILM 1 0K OHM 1 0 125W 50139 BCK1001FT A13A1R398 321 5000 00 RES FXD THICK ...

Page 378: ...540 321 5018 00 RES FXD THICK FILM 1 0K OHM 1 0 125W 50139 BCK1001FT A13A1R541 321 5045 00 RES FXD THICK FILM 68 1 OHM 1 0 125W 50139 BCD68R1FT A13A1R544 321 5007 00 RES FXD THICK FILM 121 OHM 1 0 125W 50139 BCK1210FT A13A1R545 321 5016 00 RES FXD THICK FILM 681 OHM 1 0 125W 50139 BCK6810FT A13A1R548 321 5018 00 RES FXD THICK FILM 1 0K OHM 1 0 125W 50139 BCK1001FT A13A1R550 321 5047 00 RES FXD THI...

Page 379: ...S FXD THICK FILM 10 0K OHM 1 0 125W 50139 BCK1002FT A13A1R685 321 5017 00 RES FXD THICK FILM 825 OHM 1 0 125W 50139 BCK8250FT A13A1R686 321 5019 00 RES FXD THICK FILM 1 21K OHM 1 0 125W 50139 BCK1211FT A13A1T256 120 1721 00 TRANSFORMER RF AUTO 6 6 6 RATIO 0JR03 120 1721 00 A13A1T700 120 1720 00 TRANSFORMER RF BALUN 1 11 RATIO TAPPED AT 4 TURNS W HOLDER CORE 276 0712 00 0JR03 120 1720 00 A13A1T750 ...

Page 380: ... A13A1Y811 158 0324 00 XTAL UNIT QTZ SET OF 3 3 POLE MONOLITHIC CRYSTAL FILTERS CENTERFREQ 10 0 MHZ PASSBAND 30KHZ BETWEEN 6 DB FREQ 5W664 158 0324 00 A13A1Y820 158 0324 00 XTAL UNIT QTZ SET OF 3 3 POLE MONOLITHIC CRYSTAL FILTERS CENTERFREQ 10 0 MHZ PASSBAND 30KHZ BETWEEN 6 DB FREQ 5W664 158 0324 00 A13A1Y821 158 0324 00 XTAL UNIT QTZ SET OF 3 3 POLE MONOLITHIC CRYSTAL FILTERS CENTERFREQ 10 0 MHZ ...

Page 381: ...C 3300PF 10 50V X7R 1206 TK2058 C3216X7R1H332K A14A1C144 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A14A1C150 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A14A1C151 283 5015 00 CAP FXD CERAMIC MLC 3300PF 10 50V X7R 1206 TK2058 C3216X7R1H332K A14A1C152 283 5015 00 CAP FXD CERAMIC MLC 3300PF 10 50V X7R 1206 TK2058 C3216X7R1H332K A14A1C1...

Page 382: ...LC 5PF 0 25PF 50V NPO 1206 TK2058 C3216C0G1H050C A14A1C290 283 5007 00 CAP FXD CERAMIC MLC 8PF 0 5PF 50V NPO 1206 TK2058 C3216C0G1H080D A14A1C291 283 5007 00 CAP FXD CERAMIC MLC 8PF 0 5PF 50V NPO 1206 TK2058 C3216C0G1H080D A14A1C292 283 5007 00 CAP FXD CERAMIC MLC 8PF 0 5PF 50V NPO 1206 TK2058 C3216C0G1H080D A14A1C300 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A14A...

Page 383: ...4 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A14A1C445 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A14A1C500 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A14A1C501 283 5002 00 CAP FXD CERAMIC MLC 1000PF 10 50V NPO 1206 TK2058 C3216COG1H102K A14A1C502 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C...

Page 384: ...0 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A14A1C672 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A14A1C673 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A14A1C674 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A14A1C701 283 5002 00 CAP FXD CERAMIC MLC 1000PF 10 50V NPO 1206 TK2058 C321...

Page 385: ... SRF 55 MHZ 02113 1812LS 222 XKBA A14A1L511 108 5000 00 INDUCTOR FXD POWER 1 0UH 5 I 0 45A RDC 0 5 TK2058 NL453232T 1R0J A14A1L525 108 5001 00 INDUCTOR FXD SIGNAL 70NH 5 IDC 860 MA RDC 0 55 OHM Q 35 SRF 900 MHZ 02113 1008CT 700XJBA A14A1L622 108 5001 00 INDUCTOR FXD SIGNAL 70NH 5 IDC 860 MA RDC 0 55 OHM Q 35 SRF 900 MHZ 02113 1008CT 700XJBA A14A1L652 108 5000 00 INDUCTOR FXD POWER 1 0UH 5 I 0 45A ...

Page 386: ...A14A1R135 321 5022 00 RES FXD THICK FILM 2 21K OHM 1 0 125W 50139 BCK2211FT A14A1R140 321 5000 00 RES FXD THICK FILM 10 OHM 1 0 125W 91637 CRCW120610R0FT A14A1R141 321 5009 00 RES FXD THICK FILM 182 OHM 1 0 125W 50139 BCK1820FT A14A1R142 321 5000 00 RES FXD THICK FILM 10 OHM 1 0 125W 91637 CRCW120610R0FT A14A1R143 321 5010 00 RES FXD THICK FILM 221 OHM 1 0 125W 50139 BCK221FT A14A1R144 321 5027 00...

Page 387: ... 5047 00 RES FXD THICK FILM 100K OHM 1 0 125W 50139 BCK1003FT A14A1R331 321 5047 00 RES FXD THICK FILM 100K OHM 1 0 125W 50139 BCK1003FT A14A1R332 321 5030 00 RES FXD THICK FILM 10 0K OHM 1 0 125W 50139 BCK1002FT A14A1R333 321 5034 00 RES FXD THICK FILM 22 1K OHM 1 0 125W 50139 BCK2212FT A14A1R341 321 5006 00 RES FXD THICK FILM 100 OHM 1 0 125W 50139 BCK1000FT A14A1R342 321 5022 00 RES FXD THICK F...

Page 388: ... 0 125W 50139 BCD56R2FT A14A1R570 321 5014 00 RES FXD THICK FILM 475 OHM 1 0 125W 50139 BCK4750FT A14A1R601 321 5006 00 RES FXD THICK FILM 100 OHM 1 0 125W 50139 BCK1000FT A14A1R602 321 5006 00 RES FXD THICK FILM 100 OHM 1 0 125W 50139 BCK1000FT A14A1R633 321 5010 00 RES FXD THICK FILM 221 OHM 1 0 125W 50139 BCK221FT A14A1R634 321 5030 00 RES FXD THICK FILM 10 0K OHM 1 0 125W 50139 BCK1002FT A14A1...

Page 389: ...I 90 MHZ ISO 50 02113 1812WBT 2 A14A1T130 120 5011 00 TRANSFORMER SIG WIDEBAND 1 1 BW 11 480MHZ IDC 0 7 A RDC 0 3 OHM SRF PRI 435 MHZ ISO 50 02113 1812WBT 4 A14A1T140 120 5011 00 TRANSFORMER SIG WIDEBAND 1 1 BW 11 480MHZ IDC 0 7 A RDC 0 3 OHM SRF PRI 435 MHZ ISO 50 02113 1812WBT 4 A14A1T150 120 5011 00 TRANSFORMER SIG WIDEBAND 1 1 BW 11 480MHZ IDC 0 7 A RDC 0 3 OHM SRF PRI 435 MHZ ISO 50 02113 181...

Page 390: ... PART OF A15 A15A1C100 285 1255 00 CAP FXD PLASTIC 0 01UF 20 3KV 84411 TEK266 01 20 3 A15A1C101 285 1255 00 CAP FXD PLASTIC 0 01UF 20 3KV 84411 TEK266 01 20 3 A15A1C102 285 1255 00 CAP FXD PLASTIC 0 01UF 20 3KV 84411 TEK266 01 20 3 A15A1C103 290 0947 00 CAP FXD ELCTLT 33UF 50 10 160V 0H1N5 CEUSM2C330 Q A15A1C105 285 1255 00 CAP FXD PLASTIC 0 01UF 20 3KV 84411 TEK266 01 20 3 A15A1C110 283 0279 00 C...

Page 391: ...M2C330 Q A15A1C201 290 1248 00 CAP FXD ALUM 220UF 20 63V 2N936 517D227M063CG6A A15A1C202 290 1248 00 CAP FXD ALUM 220UF 20 63V 2N936 517D227M063CG6A A15A1C203 290 0963 00 CAP FXD ALUM 220UF 50 20 25WVDC 10 X12MM 55680 UVX1V221MPA A15A1C204 290 0963 00 CAP FXD ALUM 220UF 50 20 25WVDC 10 X12MM 55680 UVX1V221MPA A15A1C205 283 0057 00 CAP FXD CER DI 0 1UF 80 20 200V 04222 SR302E104ZAA A15A1C212 290 09...

Page 392: ...E104K A15A1C401 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A15A1C424 283 0486 00 CAP FXD CER DI 1 0UF 10 50V 04222 SR305C105KAA A15A1C425 283 0486 00 CAP FXD CER DI 1 0UF 10 50V 04222 SR305C105KAA A15A1C610 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A15A1C620 283 5070 00 CAP FXD CERAMIC MLC 0 01UF 10 200V X7R 1210 04222 12102C103KAT...

Page 393: ...104K A15A1C815 283 5185 00 CAP FXD CERAMIC MLC 1000PF 5 50V NPO 1206 04222 12065A102JAT1A A15A1C820 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A15A1C822 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A15A1C830 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A15A1C834 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 2...

Page 394: ...AIR 0LUA3 BAV99TRL A15A1CR520 152 5008 00 DIODE RECT 400V 1A MONOLITHIC COM CATH 25088 BAW79D E6327 A15A1CR521 152 5008 00 DIODE RECT 400V 1A MONOLITHIC COM CATH 25088 BAW79D E6327 A15A1CR530 152 5008 00 B030799 DIODE RECT 400V 1A MONOLITHIC COM CATH 25088 BAW79D E6327 A15A1CR530 152 5086 00 B030800 DIODE RECTDIODE RECT ULTRA FAST 600V 1A 50NS 04713 MURS160T3 A15A1CR531 152 5008 00 B030799 DIODE R...

Page 395: ... 131 3557 00 CONN HDR PCB MALE STR 2 X 12 0 1 CTR 0 555 H X 0 177 TAIL SHRD 4 SIDES W CARD SLOT 22526 67273 012 A15A1J11 131 3557 00 CONN HDR PCB MALE STR 2 X 12 0 1 CTR 0 555 H X 0 177 TAIL SHRD 4 SIDES W CARD SLOT 22526 67273 012 A15A1J12 131 3557 00 CONN HDR PCB MALE STR 2 X 12 0 1 CTR 0 555 H X 0 177 TAIL SHRD 4 SIDES W CARD SLOT 22526 67273 012 A15A1J930 131 1425 00 CONN HDR PCB MALE RTANG 1 ...

Page 396: ...51 1088 00 B030800 TRANSISTOR PWR MOS N CH 600V 1 0A 12 OHM A15A1Q250 151 1137 00 TRANSISTOR PWR MOS N CH 200V 9 0A 0 4 OHM IRF630 TO 220 W FORMED LEADS 04713 STP4064LFCF A15A1Q251 151 1137 00 TRANSISTOR PWR MOS N CH 200V 9 0A 0 4 OHM IRF630 TO 220 W FORMED LEADS 04713 STP4064LFCF A15A1Q250 A15A1Q251 A15A1Q400 151 0619 00 TRANSISTOR SIG BIPOLAR NPN 35V 20MA SUPERMATCHED DUAL 27014 LM394H A15A1Q410...

Page 397: ...A 300MHZ AMPLIFIER 04713 MMBT3904LT1 A15A1Q930 151 5000 00 TRANSISTOR SIG BIPOLAR PNP 40V 200MA 250MHZ AMPLIFIER 04713 MMBT3906LT1 A15A1R110 311 1968 00 RES VAR NONWW PNL 5M OHM 20 0 5W 12697 72M4N048S505M A15A1R120 315 0625 00 RES FXD FILM 6 2M OHM 5 0 25W TK1727 SFR25 2322 181 A15A1R151 308 0236 00 RES FXD WW 85 OHM 5 3W 00213 1240S 85 OHM 5 A15A1R152 301 0273 00 RES FXD FILM 27K OHM 5 0 5W TK17...

Page 398: ...ICK FILM 1 0K OHM 1 0 125W 50139 BCK1001FT A15A1R426 321 5018 00 RES FXD THICK FILM 1 0K OHM 1 0 125W 50139 BCK1001FT A15A1R427 321 5018 00 RES FXD THICK FILM 1 0K OHM 1 0 125W 50139 BCK1001FT A15A1R428 321 5018 00 RES FXD THICK FILM 1 0K OHM 1 0 125W 50139 BCK1001FT A15A1R429 321 5000 00 RES FXD THICK FILM 10 OHM 1 0 125W 91637 CRCW120610R0FT A15A1R430 321 5000 00 RES FXD THICK FILM 10 OHM 1 0 12...

Page 399: ...8250FT A15A1R601 321 5017 00 RES FXD THICK FILM 825 OHM 1 0 125W 50139 BCK8250FT A15A1R602 321 5017 00 RES FXD THICK FILM 825 OHM 1 0 125W 50139 BCK8250FT A15A1R603 321 5017 00 RES FXD THICK FILM 825 OHM 1 0 125W 50139 BCK8250FT A15A1R604 321 5026 00 RES FXD THICK FILM 4 75K OHM 1 0 125W 50139 BCK4751FT A15A1R605 321 5044 00 RES FXD THICK FILM 56 2 OHM 1 0 125W 50139 BCD56R2FT A15A1R606 321 5022 0...

Page 400: ...666 321 5037 00 B020605 RES FXD THICK FILM 39 2K OHM 1 0 125W 50139 BCK3922FT A15A1R666 321 5031 00 B020606 B030799 RES FXD THICK FILM 12 1K OHM 1 0 125W 50139 BCK3922FT A15A1R666 321 5034 00 B030800 RES FXD THICK FILM 22 1K OHM 1 0 125W TC 100 PPM 1206 T R 50139 BCK2212FT A15A1R667 321 5028 00 RES FXD THICK FILM 6 81K OHM 1 0 125W 50139 BCK6811FT A15A1R668 321 5017 00 B030800 RES FXD THICK FILM 8...

Page 401: ...WW 100K OHM 0 5W 32997 3386F 1 104 A15A1R706 321 5037 00 B030924 RES FXD THICK FILM 39 2K OHM 1 0 125W 50139 BCK3922FT A15A1R706 321 5035 00 B040925 RES FXD THICK FILM 27 4K OHM 1 0 125W TC 100 PPM 1206 T R 50139 BCK2742FT A15A1R707 321 5018 00 RES FXD THICK FILM 1 0K OHM 1 0 125W 50139 BCK1001FT A15A1R709 321 5022 00 RES FXD THICK FILM 2 21K OHM 1 0 125W 50139 BCK2211FT A15A1R710 321 5014 00 RES ...

Page 402: ... 3 92K OHM 1 0 125W 50139 BCK3921FT A15A1R802 321 5020 00 RES FXD THICK FILM 1 5K OHM 1 0 125W 50139 BCK1501FT A15A1R803 321 5020 00 RES FXD THICK FILM 1 5K OHM 1 0 125W 50139 BCK1501FT A15A1R804 321 5020 00 RES FXD THICK FILM 1 5K OHM 1 0 125W 50139 BCK1501FT A15A1R805 321 5020 00 RES FXD THICK FILM 1 5K OHM 1 0 125W 50139 BCK1501FT A15A1R806 321 5020 00 RES FXD THICK FILM 1 5K OHM 1 0 125W 50139...

Page 403: ...A15A1R870 321 5030 00 RES FXD THICK FILM 10 0K OHM 1 0 125W 50139 BCK1002FT A15A1R871 321 5030 00 RES FXD THICK FILM 10 0K OHM 1 0 125W 50139 BCK1002FT A15A1R872 321 5026 00 RES FXD THICK FILM 4 75K OHM 1 0 125W 50139 BCK4751FT A15A1R873 321 5030 00 RES FXD THICK FILM 10 0K OHM 1 0 125W 50139 BCK1002FT A15A1R874 321 5030 00 RES FXD THICK FILM 10 0K OHM 1 0 125W 50139 BCK1002FT A15A1R875 321 5030 0...

Page 404: ...BCD68R1FT A15A1R927 321 5007 00 RES FXD THICK FILM 121 OHM 1 0 125W 50139 BCK1210FT A15A1R933 321 5006 00 RES FXD THICK FILM 100 OHM 1 0 125W 50139 BCK1000FT A15A1R934 321 5032 00 RES FXD THICK FILM 15 0K OHM 1 0 125W 50139 BCK1502FT A15A1R937 311 1223 00 RES VAR NONWW TRMR 250 OHM 0 5W 32997 3386F 1 251 A15A1R938 321 5012 00 RES FXD THICK FILM 332 OHM 1 0 125W 50139 BCK3320FT A15A1R939 321 5017 0...

Page 405: ...Component Number Mfr Part Number Mfr Code Name Description Serial No Discont d Serial No Effective Tektronix Part Number A15A1U260 156 1627 00 B020605 IC LINEAR BIPOLAR SW REGULATOR CONTROLLER 01295 TL594CN A15A1U260 156 4661 00 B020606 IC LINEAR BIPOLAR SW REGULATOR CONTROLLER PWM PUSH PULL OUTPUTS 04713 TL594CN ...

Page 406: ... 3 PRIORITY ENCODER 01295 SN74LS148D A15A1U900 156 5001 00 IC DIGITAL LSTTL GATES QUAD 2 INPUT NAND 01295 SN74LS00D A15A1U901 156 5257 00 IC LINEAR BIPOLAR OP AMP HIGH SLEW RATE 01295 LM318D A15A1U910 156 5257 00 IC LINEAR BIPOLAR OP AMP HIGH SLEW RATE 01295 LM318D A15A1U920 156 5299 00 IC LINEAR BIPOLAR VOLTAGE REGULATOR NEGATIVE 5V 100MA 5 01295 MC79L05ACD A15A1U930 156 5070 01 B030800 IC DIGITA...

Page 407: ...0 25PF 50V NPO 1206 TK2058 C3216C0G1H040C A16A1C112 283 5005 00 CAP FXD CERAMIC MLC 4PF 0 25PF 50V NPO 1206 TK2058 C3216C0G1H040C A16A1C113 283 5017 00 CAP FXD CERAMIC MLC 1PF 0 25PF 50V NPO 1206 TK2058 C3216C0G1H010C A16A1C114 283 5005 00 CAP FXD CERAMIC MLC 4PF 0 25PF 50V NPO 1206 TK2058 C3216C0G1H040C A16A1C120 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A16A1C20...

Page 408: ...0 RES FXD THICK FILM 10 0K OHM 1 0 125W 50139 BCK1002FT A16A1R314 321 5006 00 RES FXD THICK FILM 100 OHM 1 0 125W 50139 BCK1000FT A16A1R315 321 5006 00 RES FXD THICK FILM 100 OHM 1 0 125W 50139 BCK1000FT A16A1R322 321 5009 00 RES FXD THICK FILM 182 OHM 1 0 125W 50139 BCK1820FT A16A1R324 321 5040 00 RES FXD THICK FILM 68 1K OHM 1 0 125W 50139 BCK6812FT A16A1R325 321 5040 00 RES FXD THICK FILM 68 1K...

Page 409: ...4 00 RES FXD THICK FILM 22 1 OHM 1 0 125W 57668 MCR18FWEA22E1 A16A2R247 321 5004 00 RES FXD THICK FILM 22 1 OHM 1 0 125W 57668 MCR18FWEA22E1 A16A2R250 321 5018 00 RES FXD THICK FILM 1 0K OHM 1 0 125W 50139 BCK1001FT A16A2R251 321 5012 00 RES FXD THICK FILM 332 OHM 1 0 125W 50139 BCK3320FT A16A2R252 321 5002 00 RES FXD THICK FILM 15 OHM 1 0 125W 91637 CRCW120615R0FT A16A2R253 321 5014 00 RES FXD TH...

Page 410: ...C 0 01UF 10 50V X7R 1206 TK2058 C3216X7R1H103K A17A1C194 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A17A1C266 283 5002 00 CAP FXD CERAMIC MLC 1000PF 10 50V NPO 1206 TK2058 C3216COG1H102K A17A1C267 283 5003 00 CAP FXD CERAMIC MLC 0 01UF 10 50V X7R 1206 TK2058 C3216X7R1H103K A17A1C280 283 5001 00 CAP FXD CERAMIC MLC 100PF 5 50V NPO 1206 TK2058 C3216C0G1H101J A17A1C28...

Page 411: ...1 0 125W 50139 BCK3920FT A17A1R186 321 5048 00 RES FXD THICK FILM 332K OHM 1 0 125W 57668 MCR18FXEA332K A17A1R192 321 5000 00 RES FXD THICK FILM 10 OHM 1 0 125W 91637 CRCW120610R0FT A17A1R194 321 5005 00 RES FXD THICK FILM 27 4 OHM 1 0 125W 57668 MCR18EZHFW 27E4 A17A1R224 321 5006 00 RES FXD THICK FILM 100 OHM 1 0 125W 50139 BCK1000FT A17A1R230 321 5016 00 RES FXD THICK FILM 681 OHM 1 0 125W 50139...

Page 412: ...8FWEA47E5 A17A1R564 321 5051 00 RES FXD THICK FILM 0 OHM 1 0 125W 09969 CRCW1206 JUMPER A17A1T450 120 1737 00 TRANSFORMER RF BALUN 5 2 RATIO 34 WIRE 0JR03 120 1737 00 A17A1U290 156 5095 01 IC LINEAR BIPOLAR OP AMP LOW NOISE HIGH OUTPUT DRIVE 01295 NE5534DR A17A1CR178 152 0962 00 SEMICOND DVC DI SCHOTTKY SI CER STRIPLINE CASE 50434 HSCH 6312 F01 A17A1CR290 152 0843 00 DIODE SIG SCHTKY SER PAIR 20V ...

Page 413: ...K FILM 4 75K OHM 1 0 125W 50139 BCK4751FT A18A1R433 321 5026 00 RES FXD THICK FILM 4 75K OHM 1 0 125W 50139 BCK4751FT A18A1R440 321 5026 00 RES FXD THICK FILM 4 75K OHM 1 0 125W 50139 BCK4751FT A18A1R442 321 5026 00 RES FXD THICK FILM 4 75K OHM 1 0 125W 50139 BCK4751FT A18A1R444 321 5026 00 RES FXD THICK FILM 4 75K OHM 1 0 125W 50139 BCK4751FT A18A1U414 156 5021 01 IC DIGITAL CMOS REGISTER 8 STAGE...

Page 414: ...0 RELAY ARMATURE 2 FORM C COIL 6VDC 98 OHM CONTACT 1A 28 VDC PKG TO 5 02289 CAW 6 A18A2K125 148 0198 00 RELAY ARMATURE 2 FORM C COIL 6VDC 98 OHM CONTACT 1A 28 VDC PKG TO 5 02289 CAW 6 A18A2K130 148 0198 00 RELAY ARMATURE 2 FORM C COIL 6VDC 98 OHM CONTACT 1A 28 VDC PKG TO 5 02289 CAW 6 A18A2K135 148 0198 00 RELAY ARMATURE 2 FORM C COIL 6VDC 98 OHM CONTACT 1A 28 VDC PKG TO 5 02289 CAW 6 A18A2K140 14...

Page 415: ...9D227X0010FE3 A19A1C260 290 0804 00 CAP FXD ELCTLT 10UF 50 20 25V 0H1N5 CEUSM1E100 A19A1C320 290 0326 02 CAP FXD ELCTLT 820UF 10 6V 2N936 109D827X9006F2 A19A1C430 290 0726 00 CAP FXD ELCTLT 220UF 20 10V 2N936 199D227X0010FE3 A19A1J230 131 3774 00 CONN HDR PCB MALE STR 2 X 36 0 1 CTR 0 230 22526 67996 172 A19A1K220 148 5000 00 RELAY REED 1 FORM C 30VDC 0 5A 3W COIL 5V 150 OHM 63681 SMG1C05 A19A1Q12...

Page 416: ...19A1R360 321 0289 07 RES FXD FILM 10 0K OHM 0 1 0 125W TC T9 19701 5033RE10K00B A19A1R362 321 0289 07 RES FXD FILM 10 0K OHM 0 1 0 125W TC T9 19701 5033RE10K00B A19A1R364 321 5006 00 RES FXD THICK FILM 100 OHM 1 0 125W 50139 BCK1000FT A19A1U120 156 5082 01 IC LINEAR BIPOLAR OP AMP LOW OFFSET 01295 OP07CDR A19A1U320 156 5082 01 IC LINEAR BIPOLAR OP AMP LOW OFFSET 01295 OP07CDR A19A1U350 156 5297 00...

Page 417: ...CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A21C562 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A21C583 290 5002 00 CAP FXD TANT DRY 10UF 20 20V TANT OXIDE 0 287 X 0 170 7343 SMD T R 0H1N5 20MC106MDTER A21H310 119 2265 00 OVEN CRYSTAL 5W 5VDC 12020 TO5P 15 70 A21J110 131 0938 00 CONN RF JACK SMB PNL MALE STR 50 OHM 0 25 24931 32JR125 1 A21J130 13...

Page 418: ... 5044 00 RES FXD THICK FILM 56 2 OHM 1 0 125W 50139 BCD56R2FT A21R252 321 5008 00 RES FXD THICK FILM 150 OHM 1 0 125W 50139 BCK1500FT A21R253 321 5044 00 RES FXD THICK FILM 56 2 OHM 1 0 125W 50139 BCD56R2FT A21R254 321 5014 00 RES FXD THICK FILM 475 OHM 1 0 125W 50139 BCK4750FT A21R260 321 5025 00 RES FXD THICK FILM 3 92K OHM 1 0 125W 50139 BCK3921FT A21R262 321 5004 00 RES FXD THICK FILM 22 1 OHM...

Page 419: ...1 0 125W 57668 MCR18FWEA39E2 A21R530 321 5018 00 RES FXD THICK FILM 1 0K OHM 1 0 125W 50139 BCK1001FT A21R540 321 5047 00 RES FXD THICK FILM 100K OHM 1 0 125W 50139 BCK1003FT A21R541 321 5018 00 RES FXD THICK FILM 1 0K OHM 1 0 125W 50139 BCK1001FT A21R542 321 5018 00 RES FXD THICK FILM 1 0K OHM 1 0 125W 50139 BCK1001FT A21R543 321 5047 00 RES FXD THICK FILM 100K OHM 1 0 125W 50139 BCK1003FT A21R54...

Page 420: ...E104K A23C111 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A23C120 281 0267 00 CAP VAR CERAMIC 6 50PF 50V 51406 TZ03Z500ER169 A23C142 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A23C150 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A23C180 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X...

Page 421: ...C3216C0G1H470J A23C272 283 5008 00 CAP FXD CERAMIC MLC 12PF 5 50V NPO 1206 TK2058 C3216C0G1H120J A23C273 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A23C274 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A23C283 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A23C290 290 0944 00 CAP FXD ELCTLT 220UF 50 20 10V ...

Page 422: ...408 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A23C412 283 5027 00 CAP FXD CERAMIC MLC 470PF 5 50V NPO 1206 TK2058 C3216C0G1H471J A23C413 281 0267 00 CAP VAR CERAMIC 6 50PF 50V 51406 TZ03Z500ER169 A23C414 283 5001 00 CAP FXD CERAMIC MLC 100PF 5 50V NPO 1206 TK2058 C3216C0G1H101J A23C415 283 5009 00 CAP FXD CERAMIC MLC 15PF 5 50V NPO TK2058 C3216C0G1H150J A23C416 28...

Page 423: ...23C505 283 5004 00 CAP FXD CERAMIC MLC 0 1UF 10 25V X7R 1206 TK2058 C3216X7R1E104K A23C506 283 5011 00 CAP FXD CERAMIC MLC 33PF 5 50V NPO 1206 TK2058 C3216C0G1H330J A23C507 283 5011 00 CAP FXD CERAMIC MLC 33PF 5 50V NPO 1206 TK2058 C3216C0G1H330J A23C510 283 5011 00 CAP FXD CERAMIC MLC 33PF 5 50V NPO 1206 TK2058 C3216C0G1H330J A23C511 283 5002 00 CAP FXD CERAMIC MLC 1000PF 10 50V NPO 1206 TK2058 C...

Page 424: ... A23L354 108 1326 00 INDUCTOR FXD CUSTOM POWER 2 1UH 10 IDC 0 7W 27AWG 0JR03 108 1326 00 A23L370 108 1326 00 INDUCTOR FXD CUSTOM POWER 2 1UH 10 IDC 0 7W 27AWG 0JR03 108 1326 00 A23L386 108 5027 00 INDUCTOR FXD POWER 47UH 10 I 0 14A RDC 5 0 TK2058 NL453232T 470K A23L513 108 1326 00 INDUCTOR FXD CUSTOM POWER 2 1UH 10 IDC 0 7W 27AWG 0JR03 108 1326 00 A23L523 108 1326 00 INDUCTOR FXD CUSTOM POWER 2 1U...

Page 425: ...A 60MHZ AMPLIFIER 0LUA3 BC869 A23Q401 151 5004 00 TRANSISTOR SIG BIPOLAR NPN 20V 1 0A 65MHZ AMPLIFIER 0LUA3 BC868 A23Q405 151 5005 00 TRANSISTOR SIG BIPOLAR PNP 20V 1 0A 60MHZ AMPLIFIER 0LUA3 BC869 A23Q406 151 5004 00 TRANSISTOR SIG BIPOLAR NPN 20V 1 0A 65MHZ AMPLIFIER 0LUA3 BC868 A23Q430 151 5009 00 TRANSISTOR SIG BIPOLAR NPN 25V 300MA 1 2GHZ AMPLIFIER 0LUA3 BFQ17 A23Q460 151 5004 00 TRANSISTOR S...

Page 426: ...LM 1 0K OHM 1 0 125W 50139 BCK1001FT A23R282 321 5018 00 RES FXD THICK FILM 1 0K OHM 1 0 125W 50139 BCK1001FT A23R290 321 5018 00 RES FXD THICK FILM 1 0K OHM 1 0 125W 50139 BCK1001FT A23R291 321 5047 00 RES FXD THICK FILM 100K OHM 1 0 125W 50139 BCK1003FT A23R302 321 5018 00 RES FXD THICK FILM 1 0K OHM 1 0 125W 50139 BCK1001FT A23R303 321 5018 00 RES FXD THICK FILM 1 0K OHM 1 0 125W 50139 BCK1001F...

Page 427: ...00 RES FXD THICK FILM 221 OHM 1 0 125W 50139 BCK221FT A23R430 321 5008 00 B010401 RES FXD THICK FILM 150 OHM 1 0 125W 50139 BCK1500FT A23R431 321 5010 00 B010400 RES FXD THICK FILM 221 OHM 1 0 125W 50139 BCK221FT A23R431 321 5008 00 B010401 RES FXD THICK FILM 150 OHM 1 0 125W 50139 BCK1500FT A23R432 321 5004 00 B010400 RES FXD THICK FILM 22 1 OHM 1 0 125W 57668 MCR18FWEA22E1 A23R432 321 5042 00 B0...

Page 428: ...IO TAPPED AT 4 TURNS W HOLDER CORE 276 0712 00 0JR03 120 1720 00 A23T245 120 1720 00 TRANSFORMER RF BALUN 1 11 RATIO TAPPED AT 4 TURNS W HOLDER CORE 276 0712 00 0JR03 120 1720 00 A23T310 120 0902 00 TRANSFORMER SIG BIFILAR 8 8UH 32 TOROID CORE 276 0581 00 5 TURNS WITH 27 AWG WIRE 176 0010 00 15 0JR03 120 0902 00 A23T320 120 1720 00 TRANSFORMER RF BALUN 1 11 RATIO TAPPED AT 4 TURNS W HOLDER CORE 27...

Page 429: ...FXD CERAMIC MLC 0 1UF 10 50V X7R 1206 04222 12065C104KAT 1A A28C2 283 5114 00 CAP FXD CERAMIC MLC 0 1UF 10 50V X7R 1206 04222 12065C104KAT 1A A28C3 283 5114 00 CAP FXD CERAMIC MLC 0 1UF 10 50V X7R 1206 04222 12065C104KAT 1A A28C4 283 5201 00 CAP FXD CERAMIC MLC 33PF 5 100V NPO 1206 04222 12061A330JAT1A A28C5 283 5196 00 CAP FXD CERAMIC MLC 47PF 5 100V NPO 1206 04222 12061A470JAT1A A28C6 283 5114 0...

Page 430: ...104KAT 1A A28C39 283 5267 00 CAP FXD CERAMIC MLC 1UF 80 20 25V Y5V 1206 04222 12063G105ZAT1A A28C40 283 5265 00 CAP FXD CERAMIC MLC 0 0033UF 5 50V NPO 1206 04222 12065A332JAT1A A28C41 283 5019 00 CAP FXD CERAMIC MLC 2PF 0 25PF 50V NPO 1206 TK2058 C3216C0G1H020C A28C42 283 5346 00 CAP FXD CERAMIC MLC 10PF 0 5PF 50V U2J 1206 18796 GRM42 CU2J100C0 A28C43 283 5114 00 CAP FXD CERAMIC MLC 0 1UF 10 50V X...

Page 431: ...31 32JR141 1 A28J4 131 0391 01 CONN RF JACK SMB 50 OHM 24931 32JR141 1 A28J5 131 3556 00 CONN BOX PCB FEMALE 22526 66527 012 A28L1 108 5119 00 INDUCTOR FXD SIGNAL MAG SHIELDED 1 5UH 10 IDC 360 MA RDC 0 59 OHM Q 60 SRF 130 MHZ TK2058 ACL3225S 1R5K T A28L2 108 5095 00 INDUCTOR FXD SIGNAL 27NH 20 IDC 450 MA RDC 0 22 OHM Q 23 SRF 1 5 GHZ TK2058 NL322522T 027K A28L3 108 5139 00 INDUCTOR FXD SIGNAL AIR ...

Page 432: ...1 0 125W 50139 BCK1212FT A28R10 321 5055 00 RES FXD THICK FILM 681K OHM 1 0 125W 91637 CRCW120668102FT A28R11 321 5007 00 RES FXD THICK FILM 121 OHM 1 0 125W 50139 BCK1210FT A28R12 321 5043 00 RES FXD THICK FILM 47 5 OHM 1 0 125W 57668 MCR18FWEA47E5 A28R13 321 5055 00 RES FXD THICK FILM 681K OHM 1 0 125W 91637 CRCW120668102FT A28R14 321 5031 00 RES FXD THICK FILM 12 1K OHM 1 0 125W 50139 BCK1212FT...

Page 433: ...FT A28R49 321 5000 00 RES FXD THICK FILM 10 OHM 1 0 125W 91637 CRCW120610R0FT A28R50 321 5017 00 RES FXD THICK FILM 825 OHM 1 0 125W 50139 BCK8250FT A28R51 321 5008 00 RES FXD THICK FILM 150 OHM 1 0 125W 50139 BCK1500FT A28R52 321 5027 00 RES FXD THICK FILM 5 62K OHM 1 0 125W 50139 BCK5621FT A28R53 321 5029 00 RES FXD THICK FILM 8 25K OHM 1 0 125W 50139 BCK8251FT A28R54 321 5266 00 RES FXD THICK F...

Page 434: ...NVERTER CMOS D A DUAL 8 BIT 200NS CURRENT OUT MPU COMPATIBLE MULTIPLYING 24355 AD7528JP REEL A28U7 156 5254 00 IC DIGITAL HCTCMOS REGISTER 8 STAGE SHIFT AND STORE BUS REGISTER 1CH66 74HCT4094D A28U8 156 5073 01 IC MISC HCMOS ANALOG MUX TRIPLE SPDT 1CH66 74HC4053DT A28U9 156 2461 00 IC MISC BIPOLAR TEMPERATURE SENSOR CURRENT OUTPUT 24355 AD592AN A28U10 119 4824 00 SAW FILTER TV IF FILTER QUASI SPLI...

Page 435: ...817 00 W37 174 0817 00 CABLE ASSY RF 50 OHM COAX 7 25 L TK2469 174 0817 00 W38 174 0817 00 CABLE ASSY RF 50 OHM COAX 7 25 L TK2469 174 0817 00 W41 174 0820 00 CABLE ASSY RF 50 OHM COAX 11 5 L TK2469 174 0820 00 W42 174 1237 00 CABLE ASSY RF 50 OHM COAX 12 5 L TK2469 174 1237 00 W43 174 1237 00 CABLE ASSY RF 50 OHM COAX 12 5 L TK2469 174 1237 00 W44 174 0819 00 CABLE ASSY RF 50 OHM COAX 8 25 L TK24...

Page 436: ...Replaceable Electrical Parts 8 144 2715 Spectrum Analyzer Service Manual ...

Page 437: ...n the following order INTERCONNECT DIAGRAM A18 ATTENUATOR A16A1 1ST CONVERTER A16A2 RF INPUT A17 1ST LO BUFFER AMP A19A1 1ST LO INTERFACE S3 A12A1 PHASE LOCK CENTER FREQUENCY CONTROL CFC A12A2 HF VCO A12A3 LF VCO A14 RF MOTHER BOARD and 2ND LO A28 VIDEO DEMOD A11 DIGITAL OPTIONS A13 VARIABLE RESOLUTION A23 RF OPTIONS A7 LOG AMPLIFIER A21 REFERENCE OSCILLATOR A10 MICROPROCESSOR A9 DISPLAY STORAGE A...

Page 438: ...Diagrams 9 2 2715 Spectrum Analyzer Service Manual ...

Page 439: ... it is important to include the following information in your order H Part number H Instrument type or model number H Instrument serial number H Instrument modification number if applicable If you order a part that has been replaced with a different or improved part your local Tektronix field office or representative will contact you concerning any change in part number Using the Replaceable Mecha...

Page 440: ... indicates the quantity of parts used 6 Name Description An item name is separated from the description by a colon Because of space limitations an item name may sometimes appear as incomplete Use the U S Federal Catalog handbook H6 1 for further item name identification 7 Mfr Code This indicates the code of the actual manufacturer of the part 8 Mfr Part Number This indicates the actual manufacture...

Page 441: ...MER AMERICA INC 1181 NORTH 4TH ST SAN JOSE CA 95112 TK1935 ACCRA FAB INC 11007 NE 37TH CIRCLE VANCOUVER WA 98682 TK2174 TETON MACHINE CO 1600 VALLEY RD PAYETTE ID 83661 TK2379 FIBERBILT CASES INC 601 W 26TH STREET NEW YORK NY 10001 1199 TK2469 UNITREK CORPORATION 3000 LEWIS CLARK WAY SUITE 2 VANCOUVER WA 98601 TK2548 XEROX BUSINESS SERVICES DIV OF XEROX CORPORATION 14181 SW MILLIKAN WAY BEAVERTON ...

Page 442: ...DR CLEVELAND OH 44125 4632 12360 ALBANY FASTENERS PAWTUCKET FASTERNER DIV 327 PINE ST PO BOX 879 PAWTUCKET RI 02862 12697 CLAROSTAT MFG CO INC 12055 ROJAS DRIVE SUITE K EL PASO TX 79936 13103 THERMALLOY CO INC 2021 W VALLEY VIEW LN PO BOX 810839 DALLAS TX 75381 18565 CHOMERICS INC 77 DRAGON COURT WOBURN MA 01801 1039 2K262 BOYD CORP 6136 NE 87th AVE PO BOX 20038 PORTLAND OR 97220 2W733 BELDEN WIRE...

Page 443: ...SPECIAL MFG CO 111 INDUSTRIAL RD COLD SPRING KY 41076 9749 75498 MULTICOMP INC 3005 SW 154TH TERRACE 3 BEAVERTON OR 97006 78189 ILLINOIS TOOL WORKS INC SHAKEPROOF DIV ST CHARLES ROAD ELGIN IL 60120 8X345 NORTHWEST SPRING MFG CO 5858 SW WILLOW LANE LAKE OSWEGO OR 97035 80009 TEKTRONIX INC 14150 SW KARL BRAUN DR PO BOX 500 BEAVERTON OR 97077 0001 82389 SWITCHCRAFT INC SUB OF RAYTHEON CO 5555 N ELSTR...

Page 444: ...HESIVE 0KB05 334 6639 01 5 348 0990 00 2 FOOT CABINET REAR MOLDED BLACK POLYURETHENE 0JR05 348 0990 00 6 211 0730 00 4 SCR ASSEM WSHR 6 32 X 0 375 PNH STL CDPL T 15 TORX DR MACHINE 0KB01 ORDER BY DESC 7 367 0289 02 367 0356 01 B010100 B010146 B010145 1 1 HANDLE CARRING 13 855 DTT HANDLE CARRYING POLYCARBONATE LEXAN 500R SMOKE TAN CTS710 80009 80009 367028902 367035601 8 212 0144 00 2 SCREW TPG TC ...

Page 445: ...Replaceable Mechanical Parts 2715 Spectrum Analyzer Service Manual 10 7 1 2 3 4 5 6 7 8 9 10 11 12 Figure 10 1 Cabinet ...

Page 446: ...EF CARD CAGE 5Y400 ORDER BY DESC 10 441 2120 00 B040925 1 CHASSIS REF CARD CAGE REFERENCE OSCILLATOR CHASSIS 80009 441 2120 00 11 210 0586 00 2 NUT PL ASSEM WA 4 40 X 0 25 STL CD PL TK0435 ORDER BY DESC 12 407 3723 00 1 BRACKET MTG ALUMINUM TK1935 407 3723 00 13 337 3497 00 1 SHIELD ELEC 2710 100MHZ 80009 337 3497 00 14 211 0711 00 2 SCR ASSEM WSHR 6 32 X 0 250 PNH STL CDPL T 15 TORX DR MACHINE 0K...

Page 447: ...GID 4 504 L ALL EXCEPT OPT 50 TK2469 174 2673 00 174 0199 01 1 CA ASSY SP ELEC SEMI RIGID OPTION 50 ONLY 060D9 174 0199 01 36 015 0638 00 1 TERMN FEEDTHRU MALE F TO FEMALE SMA W 25 OHM SERIES RES 75 OHM INPUT 50 OHM OUT STR FN L D1 FLAT 0 625 2J 1 765 L 52750 255 1544 37 210 1365 00 2 WASHER FLAT 0 141 ID X 0 266 OD X 0 5 AL 0KB01 ORDER BY DESC 38 1 LOUDSPEAKER PM 8 OHM 3W 2 047 DIA SEE LS103 REPL...

Page 448: ...OB GRAY 0 82 ID X 0 588 OD X 0 6 H 80009 366 1696 01 57 366 1708 03 1 KNOB SIL GY 0 127 ID X 0 5 OD X0 531 H 0JR05 ORDER BY DESC 58 210 0590 00 1 NUT PLAIN HEX 0 375 32 X 0 438 BRS CD PL 73743 28269 402 59 210 0046 00 1 WASHER LOCK 0 261 ID INTL 0 018 THK STL 78189 1214 05 00 0541 60 211 0690 01 2 SCREW MACHINE 6 32 X 0 875 PNH SST 0KB01 ORDER BY DESC 61 334 8810 00 1 MARKER IDENT BEZEL LABEL 2715...

Page 449: ...ervice Manual 10 11 1 2 3 4 5 6 7 8 9 A21 A5 A6 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 40 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 49 50 51 36 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 49 Figure 10 2 Front Panel ...

Page 450: ...6 32 X 0 250 PNH STL CDPL T 15 TORX DR MACHINE 0KB01 ORDER BY DESC 10 210 0011 00 2 WASHER LOCK 0 25 ID INTL 0 025 THK STL CD PL 78189 1214 00 00 0541 11 358 0251 00 2 BUSHING VAR RES 0 25 32 X 0 424 L BRS NP 80009 358025100 12 1 CABLE ASSY RF SHLD CMPD CPD 12 28 AWG 12 0L SEE A15W3 REPL 13 200 3506 00 1 COVER CRT REAR 0J9P9 ORDER BY DESC 14 358 0251 00 1 BUSHING VAR RES 0 25 32 X 0 424 L BRS NP 8...

Page 451: ...LUG 0 142 ID LOCKING BRZ TINNED 86928 A373 175 36 210 0586 00 1 NUT PL ASSEM WA 4 40 X 0 25 STL CD PL TK0435 ORDER BY DESC 37 B010181 1 FAN DC TUBEAXIAL 12V 60MM X 60MM X 25 5MM 17 65CFM 42DBA 3 24W 0 27A SEE A15B15 REPL 38 210 0457 00 B010181 2 NUT PL ASSEM WA 6 32 X 0 312 STL CD PL TK0435 ORDER BY DESC 39 214 4129 01 1 BRACKET HEAT SK ALUMINUM 0J260 214 4129 01 40 343 0007 00 1 CLAMP LOOP 0 625 ...

Page 452: ...NH BRS NP POZ 13103 TK0435 7721 7PPS ORDER BY DESC 63 1 TRANSISTOR PWR BIPOLAR NPN 400V 4 0A SWITCHING SEE A15A1Q130 REPL 64 334 4251 00 1 MARKER IDENT MKD CAUTION 07416 ORDER BY DESC 65 211 0121 00 2 SCR ASSEM WSHR 4 40 X 0 438 PNH BRS NP POZ TK0435 ORDER BY DESC 66 342 0563 00 1 INSULATOR PLATE TRANSISTOR FIBERGLASS REINFORCED SILICON RUBBER 18565 69 11 8805 1674 67 214 4467 00 1 HEAT SINK XSTR ...

Page 453: ...l 10 15 A15A1 1 2 32 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 Figure 10 3 Power Supply ...

Page 454: ...08200 13 211 0246 00 2 SCR ASSEM WSHR 4 40 X 0 625 PNH STL CD PL POZ MACHINE TK0435 ORDER BY DESC 14 211 0503 00 3 SCREW MACHINE 6 32 X 0 188 PNH STL TK0435 ORDER BY DESC 15 200 3514 02 1 COVER RF ALUMINUM 0J7N4 200 3514 02 16 211 0622 00 3 SCREW MACHINE 6 32 X 0 188 TRH SST TK0435 MACHINE SCREW 17 1 1ST CONVERTER A 2710 SEE A16 REPL 18 211 0031 00 4 SCREW MACHINE 4 40 X 1 0 FLH 100 DEG STL CDPL P...

Page 455: ...n Qty Serial No Discont d Serial No Effective Tektronix Part Number 31 210 0940 00 4 WASHER FLAT 0 25 ID X 0 375 OD X 0 02 STL 12327 ORDER BY DESC 32 220 0531 02 5 NUT PLAIN HEX 0 25 36 X 0 312 HEX BRS NP 80009 220053102 33 1 1ST IF FILTER TUNED CAVITY SEE FL17 REPL 34 343 0549 00 1 STRAP TIEDOWN E 0 098 W X 4 0 L ZYTEL TK1499 HW 047 35 1 FILTER LOW PASS SEE FL18 REPL ...

Page 456: ...laceable Mechanical Parts 10 18 2715 Spectrum Analyzer Service Manual 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 A17 A14A1 A18 A16 Figure 10 4 Chassis 1 ...

Page 457: ...05 1 SPRING GROUND PLATED TK1326 ORDER BY DESC 12 211 0541 00 2 SCREW MACHINE 6 32 X 0 25 FLH 100 DEG STL TK0435 ORDER BY DESC 13 343 1224 00 B030924 1 RETAINER CKT BD ALUMINUM 0J9P4 343 1224 00 13 343 1599 00 B040925 1 RETAINER PCB RETAINER 0 063 ALUM 271X 80009 343 1599 00 14 1 CIRCUIT BD ASSY PHASELOCK CFC SEE A12A1 REPL 15 361 1487 00 1 SPACER ALUMINUM 80009 361148700 16 210 0202 00 1 TERMINAL...

Page 458: ...PL T 9 TORX DR 0KB01 ORDER BY DESC 37 1 CIRCUIT BD ASSY MICROPROCESSOR SEE A10 REPL 38 1 CKT BD ASSY DISPLAY STORAGE SEE A9 REPL 39 174 0534 00 1 CA ASSY SP ELEC 50 28 AWG 5 0 L RIBBON TK2469 174 0534 00 40 1 CKT BD ASSY DIGITAL OPTIONS IF GATE SEE A11 REPL 41 337 3434 00 1 SHIELD ELEC CIRCUIT BOARD 28681 337 3434 00 42 1 CKT BD ASSY LOG AMP SEE A11 REPL 43 214 4421 01 1 HT SK CKT BD ALUMINUM W SH...

Page 459: ...ER BY DESC 56 210 1178 00 4 WASHER SHLDR U W TO 220 TRANSISTOR 13103 7721 7PPS 57 342 0563 00 4 INSULATOR PLATE TRANSISTOR FIBERGLASS REINFORCED SILICON RUBBER 18565 69 11 8805 1674 58 211 0541 00 2 SCREW MACHINE 6 32 X 0 25 FLH 100 DEG STL TK0435 ORDER BY DESC 59 211 0661 00 2 SCR ASSEM WSHR 4 40 X 0 25 PNH STL CD PL POZ MACHINE TK0435 ORDER BY DESC 60 337 3575 01 1 SHIELD ELEC RF OPTIONS 80009 O...

Page 460: ... Service Manual 1 2 3 4 5 6 7 8 A13A1 A12A1 A12A3 A12A2 A10 A9 A7 A23 A11 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 Figure 10 5 Chassis 2 ...

Page 461: ...RCPT EUROPEAN SAFTEY CONTROLLED EUROPEAN OPTION A1 ONLY S3109 198 010 3 161 0104 07 1 CA ASSY PWR 3 1 0MM SQ 240V 10A 2 5 METER RTANG IEC320 RCPT X 13A FUSED UK PLUG 13A F USE UNITED KINGDOM SAFTEY CONTROL UNITED KINGDOM OPTION A2 ONLY S3109 209010 4 161 0104 05 1 CA ASSY PWR 3 1 0MM SQ 250V 10A 2 5 METER RTANG IEC320 RCPT AUSTRALIA SAFTEY CONTROLLED AUSTRALIAN OPTION A3 ONLY S3109 198 010 5 161 0...

Page 462: ...UAL 2715 OPTIONAL ACCESSORIES CAMERA SCOPE C9 K212 CART PORTABLE INSTRUMENT CA ASSY RF COAXIAL RFD 50 OHM 43 L BNC MALE STR BOTH ENDS W STRAIN RELIEF BOOT BOTH ENDS CA ASSY RF COAXIAL RFD 75 OHM 42 L BNC MALE STR BOTH ENDS W STRAIN RELIEF BOOT BOTH ENDS CA ASSY RF COAXIAL RFD 50 OHM 20 L BNC MALE STR BOTH ENDS W STRAIN RELIEF BOOT BOTH ENDS HOOD CRT PORTABLE SERIES VISOR CRT 465 POUCH ACCESSORY W ...

Page 463: ...Replaceable Mechanical Parts 2715 Spectrum Analyzer Service Manual 10 25 1 2 3 4 5 6 7 8 9 Figure 10 6 Accessories ...

Page 464: ...Replaceable Mechanical Parts 10 26 2715 Spectrum Analyzer Service Manual ...

Page 465: ...orts firmware version 12 01 95 and above Warning The servicing instructions are for use by qualified personnel only To avoid personal injury do not perform any servicing unless you are qualified to do so Refer to all safety summaries prior to performing service www tektronix com ...

Page 466: ... and foreign patents issued and pending Information in this publication supercedes that in all previously published material Specifications and price change privileges reserved Tektronix Inc P O Box 500 Beaverton OR 97077 TEKTRONIX and TEK are registered trademarks of Tektronix Inc ...

Page 467: ...any other locations This warranty shall not apply to any defect failure or damage caused by improper use or improper or inadequate maintenance and care Tektronix shall not be obligated to furnish service under this warranty a to repair damage resulting from attempts by personnel other than Tektronix representatives to install repair or service the product b to repair damage resulting from improper...

Page 468: ......

Page 469: ... A14 RF Mother SN 9 36 A14 RF Mother Component Locator SN 9 37 A14 RF Mother 9 36 A14 RF Mother Component Locator 9 37 A28 Video Demod 9 48 A28 Video Demod Component Locator 9 49 A11 Digital Options 9 56 A11 Digital Options Component Locator 9 57 A13 Variable Resolution 9 70 A13 Variable Resolution Component Locator 9 71 A23 RF Options 9 82 A23 RF Option Component Locator 9 83 A7 Log Amp front 9 9...

Page 470: ...lyzer Service Manual A15A1 Power Supply Front sections C and D 9 183 A15A1 Power Supply Back sections A and B 9 184 A15A1 Power Supply Back sections C and D 9 185 A15A1 Power Supply Component Locator 9 186 A15A1 Power Supply Waveforms 9 187 ...

Page 471: ...tions to the input or output terminals of the product ensure that the product is properly grounded Observe All Terminal Ratings To avoid fire or shock hazard observe all ratings and marking on the product Consult the product manual for further ratings information before making connections to the product The common terminal is at ground potential Do not connect the common terminal to elevated volta...

Page 472: ...f life CAUTION Caution statements identify conditions or practices that could result in damage to this product or other property Terms on the Product These terms may appear on the product DANGER indicates an injury hazard immediately accessible as you read the marking WARNING indicates an injury hazard not immediately accessible as you read the marking CAUTION indicates a hazard to property includ...

Page 473: ...ain hazardous voltages for long periods of time after power is turned off Before attempting any servicing discharge the CRT by shorting the anode to chassis ground When discharging the CRT connect the discharge path to ground and then the anode Rough handling may cause the CRT to implode Do not nick or scratch the glass or subject it to undue pressure when removing or installing it When handling t...

Page 474: ...Service Safety Summary vi 2715 Spectrum Analyzer Service Manual ...

Page 475: ...ms The following manuals are also available for the 2715 Spectrum Analyzer H 2715 User Manual provides information necessary to operate the 2715 Spectrum Analyzer H 2714 2715 Programmer Manual includes all GPIB commands queries and responses for the instrument H The Cable TV RF Measurement Software Manual describes how to use the Cable TV RF Measurements Software a test system that measures cable ...

Page 476: ... com Sales support 1 800 833 9200 select option 1 Service support 1 800 833 9200 select option 2 Technical support Email techsupport tektronix com 1 800 833 9200 select option 3 6 00 a m 5 00 p m Pacific time This phone number is toll free in North America After office hours please leave a voice mail message Outside North America contact a Tektronix sales office or distributor see the Tektronix we...

Page 477: ...example A5 The assembly number appears in the title on the diagram in the lookup table for the schematic diagram and corresponding component locator illustration The Replaceable Electrical Parts list is arranged by assembly in numerical sequence the components are listed by component number Component Locator Diagrams The schematic diagram and circuit board component location illustrations have gri...

Page 478: ... V1 CRT A15 Power Supply W42 W36 W37 W58 P430 P100 P100 P380 P100 P130 P540 P140 P240 P460 P140 P130 P110 P180 P180 P110 J3 J2 J750 Sweep A5 P3 W29 P110 P130 P140 J550 Phase Lock Assembly Phase Lock Assembly P480 FL17 FL18 A19 A17 A16 Future Option 9KHz 1 8GHz FL16 W24 2 11GHZ J14 P450 P565 RF Mother Board Assembly J13 Future Option W48 W47 W14 W13 10 W26 P550 P185 50 P O A11 IF Gate Count W45 100...

Page 479: ...ND 11V 11V CFCLATCH CFCACK GND 11V 11V JP790 A15 CFCACK 21 22 23 24 25 EXTVID AUDIO DETVID VLVL VSYNC E O_L HSYNC DSSEL DSVER DSHOR ADI2 ADO2 SSTRIG AD03 CFCREQ CFCREQ VSYNC E O_L HSYNC REAR PANEL J550 S9 S10 S11 Power Supply J103 AUX SIGNALS J104 RS232 OIE MALE J104 GPIB Pin Pin Pin 50 49 FRONT Power Supply EXTVID SWPGATE GND SWP LOGVID CD AXD TXD DTR SIGNAL GND DI01 DI02 DI03 DI04 E0I 1 2 3 4 5 ...

Page 480: ...1D2 R132 C 1 1D2 R133 C 1 1D3 R134 C 1 1D3 R135 C 1 1D3 R140 C 1 1D4 R141 C 1 1D4 R142 C 1 1D4 R150 D 1 1A4 R250 D 2 1D6 R251 D 2 1D6 R301 A 5 1A1 R312 A 4 1A2 R321 B 4 1A3 R400 A 6 1A1 R401 A 6 1B1 R410 A 6 1A1 R411 A 6 1A2 R413 B 6 1A1 R420 B 6 1A3 R422 B 6 1A4 R431 C 6 1A5 R433 C 6 1C1 R440 C 6 1C2 R442 D 6 1C3 R444 D 6 1C4 U155 D 1 1D5 U414 B 6 1A2 A18 RF Attenuator Component Locator CIRCUIT N...

Page 481: ...9 5 2715 Spectrum Analyzer Service Manual 2715 1 RF ATTENUATOR A18 ...

Page 482: ...4 Q324 C 3 1B3 Q326 C 3 1B5 Q335 C 2 1A4 Q338 C 2 1B4 R102 A 4 1D2 R104 A 4 1D3 R106 A 4 1C5 R113 A 4 1C3 R114 A 3 1C3 R204 B 4 1B5 R214 B 3 1B4 R224 B 3 1B3 R234 B 2 1A2 R236 B 2 1B2 R314 C 3 1D6 R315 C 3 1D6 R322 C 3 1B3 R324 C 3 1B3 R325 C 3 1B4 R326 C 3 1B5 R328 C 3 1B4 R330 C 2 1B2 R332 C 2 1B3 R334 C 2 1A3 R335 C 2 1B3 R336 C 2 1B4 R338 C 2 1A4 U230 B 2 1A2 A16A1 1ST Converter Component Loca...

Page 483: ...9 7 2715 Spectrum Analyzer Service Manual 1 1ST CONVERTER A16A1 2715 ...

Page 484: ...B 1 1C5 Q244 B 1 1B5 R150 A 1 1B5 R340 C 1 1B5 R341 C 1 1B4 R342 C 1 1B4 R343 C 1 1B3 R245 B 1 1C5 R246 B 1 1D5 R247 B 1 1B5 R250 B 1 1B5 R251 B 1 1C3 R252 B 1 1C4 R253 B 1 1C5 R254 B 1 1C4 R349 C 1 1B3 R355 C 1 1C4 R356 C 1 1A5 R357 C 1 1B3 U348 C 1 1B4 VR354 C 1 1C4 VR347 C 1 1B3 A16A2 RF Input Component Locator CIRCUIT NUMBER SCHEM LOCATION BOARD LOCATION CIRCUIT NUMBER SCHEM LOCATION BOARD LOC...

Page 485: ...2715 Spectrum Analyzer Service Manual 9 9 1 RF INPUT A16A2 2715 ...

Page 486: ...R158 C 1 1B4 R160 C 1 1B3 R161 C 1 1B4 R164 C 1 1B3 R166 C 1 1B3 R168 C 1 1B3 R178 C 1 1C2 R179 D 1 1A5 R184 D 1 1B2 R186 D 1 1B3 R192 D 1 1A3 R194 D 1 1A3 R224 A 1 1C2 R230 A 1 1C3 R232 A 1 1C3 R264 C 1 1B3 R266 C 1 1B4 R278 D 1 1A5 R280 D 1 1A2 R281 D 2 1B6 R282 D 2 1B6 R284 D 1 1B2 R286 D 1 1B2 R288 D 2 1B2 R294 D 2 1A2 R296 D 2 1A2 R310 A 2 1C2 R322 A 2 1C3 R324 A 2 1C3 R326 A 2 1C4 R332 A 2 1...

Page 487: ...9 11 2715 Spectrum Analyzer Service Manual 1 YIG BUFFER AMPLIFIER A17 2715 ...

Page 488: ...6 A 1 1C5 R218 A 2 1B3 R219 A 4 1B3 R230 B 1 1C3 R232 B 1 1D4 R234 B 1 1D2 R236 B 1 1D2 R240 B 1 1D4 R318 A 2 1C4 R320 A 2 1C4 R322 A 2 1A3 R324 A 2 1C4 R326 B 2 1B4 R327 B 2 1D2 R328 B 2 1D2 R330 B 2 1C5 R340 B 2 1D5 R360 A 2 1C2 R362 A 2 1C2 R364 A 4 1C2 U120 A 1 1D3 U320 A 2 1B3 U350 A 4 1C3 VR120 A 1 1A4 VR218 A 1 1A4 A19A1 1ST LO Component Locator CIRCUIT NUMBER SCHEM LOCATION BOARD LOCATION ...

Page 489: ...9 13 2715 Spectrum Analyzer Service Manual 2715 1 1ST LO INTERFACE A19A1 ...

Page 490: ...2715 Spectrum Analyzer Service Manual 9 14 ...

Page 491: ...9 15 2715 Spectrum Analyzer Service Manual 2715 2 1ST LO A19 ...

Page 492: ... A23 A2 R1234 Chassis mounted components have no Assembly Number prefix see end of Replaceable Electrical Parts List COMPONENT NUMBER EXAMPLE Assembly Number Subassembly Number if used STATIC SENSITIVE DEVICES Circuit Number Figure 1 8 A12A1 Phaselock CFC front ...

Page 493: ...9 17 2715 Spectrum Analyzer Service Manual Figure 1 9 A12A1 Phaselock CFC back ...

Page 494: ...443 C 3 4C4 C445 C 4 4D3 C452 C 3 4D2 C480 E 3 6C3 C483 E 3 6A6 C520 B 4 5C3 C540 C 4 4D3 C562 D 4 4B2 C567 D 4 4B3 C660 D 5 6B4 C671 D 5 6C4 C672 D 5 6C4 C812 A 6 5A3 C824 B 7 5A2 C825 B 7 5B2 C826 B 6 5C2 C840 C 6 4A4 C851 C 6 4A3 C853 C 7 4B3 C914 A 8 5B5 C919 A 8 6D6 C920 B 7 4C5 C929 B 8 5C4 C930 B 7 5D2 C940 C 7 4C5 C941 C 8 4C4 C942 C 8 5C4 C943 C 8 5D4 C951 C 7 4C4 C953 C 7 4D3 C962 D 8 4B...

Page 495: ...9 19 2715 Spectrum Analyzer Service Manual PHASELOCK CFC BOARD SIGNAL INTERCONNECT A12A1 2715 0 ...

Page 496: ...2715 Spectrum Analyzer Service Manual 9 20 ...

Page 497: ...9 21 2715 Spectrum Analyzer Service Manual 2715 PHASELOCK CFC A12A1 1 ...

Page 498: ...2715 Spectrum Analyzer Service Manual 9 22 ...

Page 499: ...9 23 2715 Spectrum Analyzer Service Manual 2715 2 PHASELOCK CFC A12A1 ...

Page 500: ...2715 Spectrum Analyzer Service Manual 9 24 ...

Page 501: ...9 25 2715 Spectrum Analyzer Service Manual PHASELOCK CFC A12A1 2715 3 ...

Page 502: ...2715 Spectrum Analyzer Service Manual 9 26 ...

Page 503: ...2 R845 8 5V 39 2 R844 8 5V IOA IOB RFBA VREFA VREFB RFBB UPD CLR WR CS A0 A1 A2 DB0 DB1 DB2 DB3 U850 AD7549 IOA IOB RFBA VREFA VREFB RFBB UPD CLR WR CS A0 A1 A2 DB0 DB1 DB2 DB3 U950 AD7549 8 5V 8 5V R564 3 92k R561 3 92k C562 3300 15 0k R563 10 0k R576 C567 3300 R566 15 0k U565 OP07 100 R569 10uF C962 100 R568 C963 10uF Option 50 75 Values For Option Resistors 4K STD R924 LOC 7 8 16 20 12 16 A 0 A...

Page 504: ...2715 Spectrum Analyzer Service Manual 9 28 ...

Page 505: ...RF511 Q521 R947 182 332k R929 475 R946 R547 R546 R542 10 0k R541 8 5V 100 R942 8 5V 332k R530 30 R905 1 76k R815 R545 7 68k R925 R335 100 R332 100 C334 0 1 C333 0 1 C943 0 1 C942 0 1 R930 10 0k U544B MC1458 15V R543 1 5k C929 0 1 5VREF 5VREF 5VREF 7 2V 7 2V 5VREF Q930 3904 Q703 3904 Q931 3906 Q800 3906 R899 10K 10K 10K 10K D C B A 2 1 3 4 6 5 Option Resistor Values STD LOC R923 R899 Empty 3 2K 3 7...

Page 506: ...2715 Spectrum Analyzer Service Manual 9 30 ...

Page 507: ...9 31 2715 Spectrum Analyzer Service Manual 2715 6 PHASELOCK CFC POWER SUPPLY A12A1 ...

Page 508: ... A 3 1B5 R311 B 3 1A4 R312 B 3 1A4 R313 A 3 1B5 R314 A 3 1B3 R315 A 3 1B3 R322 B 3 1A4 R330 C 3 1A5 R401 A 3 1B5 R402 A 3 1B3 R403 A 4 1B4 R405 A 4 1B3 R406 A 4 1B2 R411 B 3 1B3 R416 B 3 1C2 R420 B 3 1C3 R421 B 3 1D2 R423 B 4 1D3 R424 B 4 1D2 R430 C 4 1D2 R432 C 4 1C1 R433 C 4 1C1 R434 C 4 1C1 R524 B 4 1D3 R530 C 4 1C2 R531 C 4 1C2 T200 A 1 1C6 U122 C 1 1B2 U300 A 2 1B5 U320 B 2 1B4 U435 C 4 1C2 A...

Page 509: ...9 33 2715 Spectrum Analyzer Service Manual 2715 1 HF VCO A12A2 ...

Page 510: ... Q213 A 2 1A3 Q215 A 2 1A3 Q223 B 2 1D3 Q310 A 2 1B2 Q312 A 2 1B3 Q422 B 4 1C3 Q426 B 4 1C3 R111 A 1 1C2 R121 B 1 1D3 R125 B 1 1C2 R126 B 1 1D2 R201 A 2 1B3 R210 A 2 1A3 R212 B 1 1A3 R214 B 2 1A3 R221 B 2 1D3 R222 B 2 1C3 R230 B 1 1D3 R241 C 2 1D6 R301 A 2 1B2 R302 A 2 1C6 R313 A 2 1B3 R315 A 2 1B3 R423 B 4 1C3 R424 B 4 1C3 R425 B 3 1C2 R501 A 4 1A5 R502 A 4 1B5 R516 B 4 1C3 R517 B 4 1B3 R541 C 4 ...

Page 511: ...9 35 2715 Spectrum Analyzer Service Manual LF VCO A12A3 1 2715 ...

Page 512: ...J700 C423 C421 C134 R135 R131 C132 C131 R130 C130 C374 R373 C165 R132 R133 C133 R280 R368 C370 R141 C142 R282 R365 L375 R134 R272 R274 C274 R270 C261 L364 C362 C366 R443 C444 C210 C534 R641 R143 C143 R145 C141 C140 R286 C278 R142 R144 R140 C445 R634 C144 R532 R543 C542 C276 C640 R545 R531 R284 R552 C564 C101 C100 R111 R110 C280 C390 C284 C391 C285 C286 C283 C282 C281 C392 C287 C288 C289 C292 C394 ...

Page 513: ...1 2C5 L622 A 1 3A2 L652 B 2 3D4 L655 B 2 3D4 Q112 A 2 4C3 Q130 A 2 1D5 Q140 A 2 2B4 Q150 A 2 3C6 Q322 A 1 1B5 Q223 B 1 4D2 Q280 A 2 1D6 Q443 B 1 4B5 Q446 A 1 1A4 Q670 B 2 3D5 Q530 A 2 2C3 Q540 A 2 2C2 Q541 A 2 2C3 Q740 B 2 3C1 Q741 B 2 3C2 R110 A 2 4C4 R111 A 2 4C4 R130 A 2 1C5 R131 A 2 1D5 R132 A 2 1D5 R133 A 2 1D5 R135 A 2 1D5 R134 A 1 1D5 R140 A 2 2A4 R141 A 2 2B4 R142 A 2 2B4 R143 A 2 2B4 R144...

Page 514: ...2715 Spectrum Analyzer Service Manual 9 38 ...

Page 515: ...9 39 2715 Spectrum Analyzer Service Manual SIGNAL INTERCONNECT RF MOTHER BOARD A14 0 2715 ...

Page 516: ...2715 Spectrum Analyzer Service Manual 9 40 ...

Page 517: ...9 41 2715 Spectrum Analyzer Service Manual RF MOTHER A14 1 2715 ...

Page 518: ...2715 Spectrum Analyzer Service Manual 9 42 ...

Page 519: ...9 43 2715 Spectrum Analyzer Service Manual 2 RF MOTHER A14 2715 ...

Page 520: ...2715 Spectrum Analyzer Service Manual 9 44 ...

Page 521: ...9 45 2715 Spectrum Analyzer Service Manual 3 RF MOTHER A14 2715 ...

Page 522: ...2715 Spectrum Analyzer Service Manual 9 46 ...

Page 523: ...9 47 2715 Spectrum Analyzer Service Manual 2715 4 RF MOTHER A14 68 1 R213 ...

Page 524: ... U11 TP9 TP6 TP2 TP4 TP3 TP1 TP7 TP5 C59 T1 U4 U7 U1 U12 U8 J4 J3 J2 J1 C22 C21 C24 C23 Q2 Q8 Q9 CR3 CR2 Q11 Q10 Q6 Q4 Q3 Q1 C26 R29 R22 C20 R24 R62 C52 C12 R23 C13 R15 C19 C10 C1 5 C58 R55 R49 R46 R37 C36 R20 C16 R44 R10 C3 C8 C5 R2 C48 C7 C9 R39 R35 C27 C35 R50 R6 R1 R17 R7 R26 R38 R30 C49 C43 C39 R43 C68 C47 R4 R19 R18 R3 C6 R8 R12 R27 R48 R34 R33 R36 R32 C1 C2 R11 C4 C54 C29 R9 R14 R5 R66 R65 ...

Page 525: ...6 A1 1D3 R27 A1 1C3 R28 A1 2C2 R29 A1 1C6 R3 A1 1A2 R30 A1 1C3 R31 A1 2D2 R32 A1 2B2 R33 A1 2B2 R34 A1 1C3 R35 A1 2B1 R36 A1 2B2 R37 A1 1C4 R38 A1 1D3 R39 A1 2A1 R4 A1 1A3 R40 B1 2D3 R41 B1 2A1 R42 B1 2B1 R43 A1 2A2 R44 A1 2C3 R45 B1 2D4 R46 A1 1C4 R47 B1 2C2 R48 A1 1C2 R49 A1 1C4 R5 A1 2D1 R50 A1 2B2 R51 B1 2D3 R52 B1 2D3 R53 B1 2C4 R54 B1 2B4 R55 A1 1C4 R56 B1 2D4 R57 B1 2A4 R58 A1 2D4 R59 A1 2A...

Page 526: ...2715 Spectrum Analyzer Service Manual 9 50 ...

Page 527: ...2715 Spectrum Analyzer Service Manual 9 51 2715 0 SIGNAL INTERCONNECT A28 VIDEO DEMOD BOARD ...

Page 528: ...9 52 2715 Spectrum Analyzer Service Manual ...

Page 529: ...2715 Spectrum Analyzer Service Manual 9 53 2715 1 A28 DEMOD 1 VIDEO DEMOD BOARD NOT USED ...

Page 530: ...9 54 2715 Spectrum Analyzer Service Manual ...

Page 531: ...2715 Spectrum Analyzer Service Manual 9 55 2 DEMOD 2 A28 VIDEO DEMOD BOARD 2715 1 21K NOT USED NOT USED 10 0K 10 0K 825 8 25K ...

Page 532: ...5 U13 U23 U18 U22 U7 U8 U5 U19 U21 U26 U24 U25 U1 J3 J8 C50 C4 C3 C2 C1 C48 C47 C49 U2 U6 U4 Q7 Q10 Q12 Q11 Q8 Q6 Q5 Q2 Q1 Q14 Q13 Q4 Q3 R57 R54 R56 R55 C52 R24 R9 C23 C22 C21 C20 C19 C18 C17 C16 C15 C14 C13 C12 C11 C10 C9 C8 C7 C6 C5 C25 R8 C38 C33 R7 R6 C32 C30 C27 R53 R52 R5 R4 R3 C51 C24 R51 R49 C37 C35 R12 R14 R13 R50 R36 R23 R17 R42 R27 R37 R33 R39 C29 R19 R25 R20 R15 C44 R35 R41 C42 R48 R47...

Page 533: ...R24 A3 5C1 R25 A2 5B2 R26 B2 5D5 R27 A2 5C3 R28 B3 5D4 R29 A2 5D3 R3 A1 3A3 R30 A3 5C4 R31 B2 5D3 R32 B2 5D3 R33 A3 5C3 R34 A3 5B4 R35 A2 5A3 R36 A3 5D2 R37 A3 5C3 R38 A2 5B4 R39 A3 5B3 R4 A3 3A3 R40 A3 5B5 R41 A2 5A3 R42 A2 5C2 R43 A2 5B5 R44 A3 5C4 R45 B2 5D4 R46 A2 5B5 R47 A3 5D6 R48 B3 5D4 R49 A1 2C2 R5 A3 3A4 R50 A3 5D2 R51 A1 2C3 R52 B3 3B3 R53 B3 3B4 R54 B1 1C5 R55 A1 3D3 R56 A1 2D1 R57 A1 ...

Page 534: ...2715 Spectrum Analyzer Service Manual 9 58 ...

Page 535: ...2715 Spectrum Analyzer Service Manual 9 59 SIGNAL INTERCONNECT A11 DIGITAL OPTIONS BOARD 0 2715 ...

Page 536: ...9 60 2715 Spectrum Analyzer Service Manual ...

Page 537: ...2715 Spectrum Analyzer Service Manual 9 61 1 MICROPROCESSOR BUS INTERFACE DIGITAL OPTIONS BOARD A11 2715 ...

Page 538: ...9 62 2715 Spectrum Analyzer Service Manual ...

Page 539: ...2715 Spectrum Analyzer Service Manual 9 63 2715 2 PHASE LOCKED LOOP EPROM AND NVRAM A11 DIGITAL OPTIONS BOARD ...

Page 540: ...9 64 2715 Spectrum Analyzer Service Manual ...

Page 541: ...2715 Spectrum Analyzer Service Manual 9 65 REAL TIME CLOCK AND RS232 INTERFACE DIGITAL OPTIONS BOARD A11 3 2715 ...

Page 542: ...9 66 2715 Spectrum Analyzer Service Manual ...

Page 543: ...2715 Spectrum Analyzer Service Manual 9 67 4 VIDEO GATING LOGIC AND GPIB INTERFACE DIGITAL OPTIONS BOARD A11 2715 ...

Page 544: ...9 68 2715 Spectrum Analyzer Service Manual ...

Page 545: ...2715 Spectrum Analyzer Service Manual 9 69 2715 IF GATE A11 DIGITAL OPTIONS BOARD 5 ...

Page 546: ...A2 R1234 Chassis mounted components have no Assembly Number prefix see end of Replaceable Electrical Parts List COMPONENT NUMBER EXAMPLE Assembly Number Subassembly Number if used STATIC SENSITIVE DEVICES Circuit Number Front Back Figure 1 19 A13 Variable Resolution ...

Page 547: ...537 D 5 4C2 Q543 E 5 3C4 Q547 E 5 3C4 Q586 I 5 2D3 Q603 A 6 4A6 Q604 A 6 4B6 Q643 E 6 3C4 Q649 E 6 3D4 R100 A 1 3C6 R101 A 1 3C6 R102 A 1 3C6 R107 A 1 4B5 R113 B 1 4B6 R130 D 1 4B2 R131 D 1 4B2 R132 D 1 4B2 R134 D 1 4B1 R140 E 1 4A1 R142 E 1 4A1 R143 E 1 4A1 R145 E 1 4B1 R146 E 1 4A2 R148 E 1 4A2 R149 E 1 4A2 R150 F 1 3B3 R151 F 1 3B3 R152 F 1 3B3 R160 F 1 2B4 R161 G 1 2B3 R162 G 1 2B3 R163 G 1 1D...

Page 548: ...2715 Spectrum Analyzer Service Manual 9 72 ...

Page 549: ...9 73 2715 Spectrum Analyzer Service Manual 0 SIGNAL INTERCONNECT VARIABLE RES0LUTION BOARD A13 2715 ...

Page 550: ...2715 Spectrum Analyzer Service Manual 9 74 ...

Page 551: ...9 75 2715 Spectrum Analyzer Service Manual 1 VARIABLE RESOLUTION A13 2715 ...

Page 552: ...2715 Spectrum Analyzer Service Manual 9 76 ...

Page 553: ...9 77 2715 Spectrum Analyzer Service Manual 2 A13 VARIABLE RESOLUTION 2715 ...

Page 554: ...2715 Spectrum Analyzer Service Manual 9 78 ...

Page 555: ...9 79 2715 Spectrum Analyzer Service Manual 3 VARIABLE RESOLUTION A13 2715 ...

Page 556: ...2715 Spectrum Analyzer Service Manual 9 80 ...

Page 557: ...9 81 2715 Spectrum Analyzer Service Manual 4 VARIABLE RESOLUTION A13 2715 ...

Page 558: ...umber A23 A2 R1234 Chassis mounted components have no Assembly Number prefix see end of Replaceable Electrical Parts List COMPONENT NUMBER EXAMPLE Assembly Number Subassembly Number if used STATIC SENSITIVE DEVICES Circuit Number Figure 1 21 A23 RF Options ...

Page 559: ... Q112 B 1 3B6 Q113 B 1 3B6 Q143 D 1 2B5 Q200 A 1 3B6 Q201 A 1 3C6 Q245 D 1 2B6 Q249 D 2 3C2 Q276 G 1 2B2 Q280 G 1 2B2 Q300 A 2 3C6 Q301 A 2 3C6 Q320 B 2 2D5 Q339 C 2 3D3 Q377 G 2 2C2 Q378 G 2 2D2 Q379 G 2 2C2 Q380 G 2 2C2 Q396 H 2 1B4 Q400 A 2 3D6 Q401 A 2 3D6 Q405 A 3 3A6 Q406 A 3 3B6 Q430 D 2 3D2 Q460 G 3 2D2 Q461 G 3 2D2 Q470 G 3 2A2 Q471 G 3 2A2 Q539 D 3 3B2 R101 A 1 3A6 R140 D 1 2B5 R141 D 1 ...

Page 560: ...2715 Spectrum Analyzer Service Manual 9 84 ...

Page 561: ...9 85 2715 Spectrum Analyzer Service Manual 2715 0 SIGNAL INTERCONNECT A23 RF OPTION BOARD ...

Page 562: ...2715 Spectrum Analyzer Service Manual 9 86 ...

Page 563: ...9 87 2715 Spectrum Analyzer Service Manual 1 RF OPTION A23 2715 ...

Page 564: ...2715 Spectrum Analyzer Service Manual 9 88 ...

Page 565: ...9 89 2715 Spectrum Analyzer Service Manual 2715 2 RF OPTION A23 ...

Page 566: ...2715 Spectrum Analyzer Service Manual 9 90 ...

Page 567: ...9 91 2715 Spectrum Analyzer Service Manual 2715 3 RF OPTION A23 ...

Page 568: ...mber A23 A2 R1234 Chassis mounted components have no Assembly Number prefix see end of Replaceable Electrical Parts List COMPONENT NUMBER EXAMPLE Assembly Number Subassembly Number if used STATIC SENSITIVE DEVICES Circuit Number Figure 1 23 A7 Log Amp front ...

Page 569: ...9 93 2715 Spectrum Analyzer Service Manual Figure 1 24 A7 Log Amp back ...

Page 570: ...G 2 1D2 R394 G 2 1C2 R395 G 2 1D2 R402 A 3 5C3 R410 A 2 3C2 R411 A 2 3A3 R412 A 2 3B3 R413 A 3 3A3 R414 B 2 3A3 R415 B 2 3A3 R416 B 3 3A3 R417 B 3 3A3 R420 B 2 3B5 R421 B 2 3B6 R422 B 3 5B5 R430 C 3 2B5 R431 C 3 2B5 R432 C 2 3A6 R433 C 2 3A6 R434 C 2 3A6 R435 C 3 3A6 R436 C 3 3A6 R437 C 3 2B5 R438 C 3 2B5 R439 C 3 2B5 R440 D 3 2B4 R441 D 2 2C4 R442 C 2 2B5 R443 D 2 3D4 R450 D 2 2C4 R451 D 3 2C4 R4...

Page 571: ...9 95 2715 Spectrum Analyzer Service Manual 2715 LOG AMP BOARD A7 SIGNAL INTERCONNECT 0 ...

Page 572: ...2715 Spectrum Analyzer Service Manual 9 96 ...

Page 573: ...9 97 2715 Spectrum Analyzer Service Manual 2715 LOG AMP BOARD A7 NOT USED 1 ...

Page 574: ...2715 Spectrum Analyzer Service Manual 9 98 ...

Page 575: ...9 99 2715 Spectrum Analyzer Service Manual 2715 LOG AMP BOARD A7 2 ...

Page 576: ...2715 Spectrum Analyzer Service Manual 9 100 ...

Page 577: ...9 101 2715 Spectrum Analyzer Service Manual LOG AMP BOARD A7 2715 3 ...

Page 578: ...2715 Spectrum Analyzer Service Manual 9 102 ...

Page 579: ...9 103 2715 Spectrum Analyzer Service Manual 2715 LOG AMP BOARD A7 4 ...

Page 580: ...2715 Spectrum Analyzer Service Manual 9 104 ...

Page 581: ...9 105 2715 Spectrum Analyzer Service Manual 2715 LOG AMP BOARD A7 5 ...

Page 582: ...2715 Spectrum Analyzer Service Manual 9 106 ...

Page 583: ...9 107 2715 Spectrum Analyzer Service Manual 2715 A7 LOG AMP BOARD 6 ...

Page 584: ...R241 C 1 1A4 R242 C 1 1A5 R243 C 1 1A4 R244 C 1 1B5 R251 C 1 1B5 R252 C 1 1B4 R253 C 1 1A5 R254 C 1 1B4 R260 D 1 1D4 R262 D 2 1C2 R270 D 1 1C4 R271 D 1 1B5 R273 D 1 1C5 R274 D 1 1C5 R275 D 2 1B4 R278 D 2 1C5 R279 D 2 1C5 R281 E 1 1C6 R282 E 1 1C6 R283 E 1 1C6 R285 E 2 1C5 R288 E 2 1D5 R321 B 2 1A2 R330 B 2 1A2 R332 B 2 1B2 R350 C 2 1B5 R351 C 2 1B4 R352 C 2 1C2 R364 D 2 1B2 R365 D 2 1C2 R372 D 2 1...

Page 585: ...9 109 2715 Spectrum Analyzer Service Manual 0 A21 SIGNAL INTERCONNECT REFERENCE OSCILLATOR BOARD 2715 ...

Page 586: ...2715 Spectrum Analyzer Service Manual 9 110 ...

Page 587: ...9 111 2715 Spectrum Analyzer Service Manual 2715 1 REFERENCE OSCILLATOR A21 ...

Page 588: ...2715 Spectrum Analyzer Service Manual 9 112 ...

Page 589: ...9 113 2715 Spectrum Analyzer Service Manual 2715 2 REFERENCE OSCILLATOR A21 ...

Page 590: ... A23 A2 R1234 Chassis mounted components have no Assembly Number prefix see end of Replaceable Electrical Parts List COMPONENT NUMBER EXAMPLE Assembly Number Subassembly Number if used STATIC SENSITIVE DEVICES Circuit Number Figure 1 27 A10 Microprocessor front ...

Page 591: ...9 115 2715 Spectrum Analyzer Service Manual Figure 1 28 A10 Microprocessor back ...

Page 592: ... R527 B 4 3B1 R574 F 4 1B2 R696 G 8 6C2 R886 F 5 7C3 R887 G 5 7D3 R890 G 5 7C2 R895 G 5 7D5 R970 E 5 7A2 R971 E 5 7A2 R972 E 5 7A2 R973 E 5 7B2 R974 F 5 7B2 R975 F 5 7A2 R976 F 5 7A2 R977 E 6 7B2 R978 F 5 7C2 R979 F 5 7C2 R980 F 6 1C2 R981 F 5 7B2 R982 F 5 7A3 R984 F 5 7B3 R985 F 5 7B4 R986 F 5 7C4 R987 F 5 7A4 R990 G 5 7D5 R991 G 5 7A5 R992 G 5 7A4 R993 G 5 7A4 R994 G 5 7C2 R995 G 5 7C2 TP360 E 3...

Page 593: ...9 117 2715 Spectrum Analyzer Service Manual 0 SIGNAL INTERCONNECT A10 MICROPROCESSOR BOARD 2715 ...

Page 594: ...2715 Spectrum Analyzer Service Manual 9 118 ...

Page 595: ...9 119 2715 Spectrum Analyzer Service Manual CLOCK CPU AND INTERRUPT CONTROLLER MICROPROCESSOR BOARD A10 1 2715 ...

Page 596: ...2715 Spectrum Analyzer Service Manual 9 120 ...

Page 597: ...9 121 2715 Spectrum Analyzer Service Manual RAM A10 MICROPROCESSOR BOARD 2 2715 ...

Page 598: ...2715 Spectrum Analyzer Service Manual 9 122 ...

Page 599: ...9 123 2715 Spectrum Analyzer Service Manual ROM A10 MICROPROCESSOR BOARD 3 2715 ...

Page 600: ...2715 Spectrum Analyzer Service Manual 9 124 ...

Page 601: ...9 125 2715 Spectrum Analyzer Service Manual 2715 CONTROL A10 MICROPROCESSOR BOARD 4 ...

Page 602: ...2715 Spectrum Analyzer Service Manual 9 126 ...

Page 603: ...9 127 2715 Spectrum Analyzer Service Manual 5 FREQUENCY COUNTERS MICROPROCESSOR BOARD A10 2715 ...

Page 604: ...2715 Spectrum Analyzer Service Manual 9 128 ...

Page 605: ...9 129 2715 Spectrum Analyzer Service Manual FREQUENCY COUNTERS AND I O SUBSYSTEM A10 MICROPROCESSOR BOARD 6 2715 ...

Page 606: ...2715 Spectrum Analyzer Service Manual 9 130 ...

Page 607: ...9 131 2715 Spectrum Analyzer Service Manual COUNTER INPUT SELECT MICROPROCESSOR BOARD A10 7 2715 ...

Page 608: ...2715 Spectrum Analyzer Service Manual 9 132 ...

Page 609: ...9 133 2715 Spectrum Analyzer Service Manual CONNECTORS AND DECOUPLING A10 MICROPROCESSOR BOARD 8 2715 ...

Page 610: ...Q4 CR7 CR3 CR5 CR1 Q7 CR6 CR4 Q3 Q5 Q2 CR2 U53 U57 U37 U45 U36 U35 U3 U5 U4 U2 R183 R112 R184 C100 C97 R171 R119 R170 R177 C96 C93 C91 C90 R114 R111 R110 R109 R108 C89 C88 C87 C86 C85 C84 C83 C82 C81 C79 C78 C77 C76 C75 C74 C73 C72 C71 C69 C68 C67 C66 C65 C64 C63 C62 C61 C60 C59 C58 C57 R113 R106 R105 R95 R41 R62 R104 R103 R102 C25 C24 C21 C20 C19 C36 R100 C56 R101 R61 R67 R27 R28 R35 C23 C22 C26 ...

Page 611: ...55 R130 C15 R165 C70 R157 R151 R156 R152 R158 R153 R137 R134 R159 R125 R118 R121 R132 R154 R155 R161 R166 R160 R133 R147 R126 R131 R129 R176 R117 R187 R167 R115 R169 R120 R124 R123 R122 R146 R136 R135 R143 R168 R145 R144 R186 R162 R175 R2 R142 R141 R172 R138 R140 R139 R136 R150 R148 R116 R149 R188 R185 R163 R173 R127 R164 Figure 1 31 A9 Display Storage Back ...

Page 612: ... 11B4 R175 B3 12A2 R176 A2 12A2 R177 A3 11C4 R178 A1 11B4 R179 A1 11B2 R18 A3 9C5 R180 A1 11B2 R181 A2 11B3 R182 A1 11B2 R183 A2 11B3 R184 A2 11B3 R185 A3 5B4 R186 B3 7B5 R187 A2 7B4 R188 A3 7C1 R19 A3 9C2 R2 B3 9B5 R20 A3 9B1 R21 A3 9D2 R22 A3 9C2 R23 A2 9C2 R24 A3 9B2 R25 A3 9C2 R26 A3 9D2 R27 B3 9A3 R28 B3 9B3 R29 B3 9B2 R3 B2 9B1 R30 A1 9C2 R31 B3 9B3 R32 A3 9D4 R33 A3 9D5 R34 B3 9B2 R35 B2 2B...

Page 613: ...9 137 2715 Spectrum Analyzer Service Manual 1 2715 SIGNAL INTERCONNECT A9 DISPLAY STORAGE BOARD ...

Page 614: ...2715 Spectrum Analyzer Service Manual 9 138 ...

Page 615: ...9 139 2715 Spectrum Analyzer Service Manual NOT USED NOT USED NOT USED 2 CONNECTORS A9 2715 DISPLAY STORAGE BOARD ...

Page 616: ...2715 Spectrum Analyzer Service Manual 9 140 ...

Page 617: ...9 141 2715 Spectrum Analyzer Service Manual ADDRESS DECODING AND DATA BUFFERING A9 2715 DISPLAY STORAGE BOARD 3 ...

Page 618: ...2715 Spectrum Analyzer Service Manual 9 142 ...

Page 619: ...9 143 2715 Spectrum Analyzer Service Manual CONTROL REGISTERS A9 4 2715 DISPLAY STORAGE BOARD ...

Page 620: ...2715 Spectrum Analyzer Service Manual 9 144 ...

Page 621: ...9 145 2715 Spectrum Analyzer Service Manual 2715 5 A9 HORIZONTAL TRACKING A D CONTROL DISPLAY STORAGE BOARD ...

Page 622: ...2715 Spectrum Analyzer Service Manual 9 146 ...

Page 623: ...9 147 2715 Spectrum Analyzer Service Manual 2715 6 A9 VERTICAL DATA PROCESSING AND NVRAM DISPLAY STORAGE BOARD ...

Page 624: ...2715 Spectrum Analyzer Service Manual 9 148 ...

Page 625: ...9 149 2715 Spectrum Analyzer Service Manual 2715 READOUTS AND WAVEFORM DRAWINGS A9 DISPLAY STORAGE BOARD 7 ...

Page 626: ...2715 Spectrum Analyzer Service Manual 9 150 ...

Page 627: ...9 151 2715 Spectrum Analyzer Service Manual UP DOWN COMPARATORS HORIZONTAL INPUT BUFFER HORIZONTAL TRACKING DAC 2715 8 A9 HORIZONTAL INPUT DISPLAY STORAGE BOARD ...

Page 628: ...2715 Spectrum Analyzer Service Manual 9 152 ...

Page 629: ...2715 Spectrum Analyzer Service Manual A D CONVERTER REFERENCE 2 VOLTS VR REFERENCE 5 VOLTS VERTICAL INPUT BUFFER VERTICAL FLASH ADC VR REFERENCE 5 VOLTS 2715 VERTICAL INPUT AND ADC DISPLAY STORAGE BOARD A9 9 ...

Page 630: ...2715 Spectrum Analyzer Service Manual 9 154 ...

Page 631: ...9 155 2715 Spectrum Analyzer Service Manual 10 HORIZONTAL OUTPUT DISPLAY STORAGE BOARD A9 2715 ...

Page 632: ...2715 Spectrum Analyzer Service Manual 9 156 ...

Page 633: ...9 157 2715 Spectrum Analyzer Service Manual 11 A9 VERTICAL OUTPUT DISPLAY STORAGE BOARD 2715 ...

Page 634: ...2715 Spectrum Analyzer Service Manual 9 158 ...

Page 635: ...9 159 2715 Spectrum Analyzer Service Manual 12 A9 MISCELLANEOUS DISPLAY STORAGE BOARD 2715 ...

Page 636: ... E 2 3C2 R381 E 2 3C2 R390 E 2 4A5 R400 A 2 2A1 R401 A 2 2B2 R441 C 2 3C3 R442 C 2 3C3 R443 C 2 2A3 R450 C 2 4A3 R451 C 2 3B5 R460 D 2 2B6 R461 D 2 2A6 R480 D 2 2B5 R481 E 2 4A4 R482 E 2 4A4 R483 E 2 1D4 R490 E 2 4A5 R491 E 2 4A6 R492 E 2 4A6 R493 E 2 1D5 R500 A 3 2D2 R510 A 3 2A2 R511 A 3 2A1 R620 B 3 4D3 R621 B 3 4D3 R622 B 3 4D4 R623 B 3 4D4 R630 B 3 4D5 R631 B 3 4D5 R632 B 3 4D6 R633 B 3 4D6 R...

Page 637: ...9 161 2715 Spectrum Analyzer Service Manual 2715 SIGNAL INTERCONNECT A6 FRONT PANEL BOARD 0 ...

Page 638: ...9 162 2715 Spectrum Analyzer Service Manual ...

Page 639: ...9 163 2715 Spectrum Analyzer Service Manual SWITCH MATRIX A6 FRONT PANEL BOARD 2715 1 ...

Page 640: ...9 164 2715 Spectrum Analyzer Service Manual ...

Page 641: ...9 165 2715 Spectrum Analyzer Service Manual OUTPUT SHIFT REGISTERS AND POTS A6 FRONT PANEL BOARD 2715 2 ...

Page 642: ...9 166 2715 Spectrum Analyzer Service Manual ...

Page 643: ...9 167 2715 Spectrum Analyzer Service Manual GRAY CODE AND SERVICE REQUEST ACKNOWLEDGE A6 FRONT PANEL BOARD 2715 3 ...

Page 644: ...9 168 2715 Spectrum Analyzer Service Manual ...

Page 645: ...9 169 2715 Spectrum Analyzer Service Manual INPUT SHIFT REGISTERS AND LEDS A6 FRONT PANEL BOARD 2715 4 ...

Page 646: ...R441 R240 R570 R631 R733 R710 R705 C220 R221 R222 C230 C231 R251 C252 R352 R350 R463 R371 C383 C391 R183 R182 R181 R180 R174 R173 R175 R171 C161 C262 C160 R150 R142 R141 R140 C420 C430 R430 R431 R541 R542 R630 R650 C751 C762 R764 R780 C691 R693 R681 R684 R680 R682 C582 C583 R581 R591 C592 R573 R572 R571 R580 R293 R286 R284 R283 R282 R281 R184 R185 R190 R186 R172 R177 R543 R544 C564 C563 R552 C553 ...

Page 647: ... R344 A2 1B2 R350 A1 4D4 R352 A1 1D5 R353 A1 1D5 R360 A1 2C5 R361 A1 2C3 R370 A2 4A2 R371 A2 2C5 R372 A2 2C4 R374 A2 4B4 R380 A2 2C4 R381 A2 2C4 R382 A2 2C4 R430 A1 2B1 R431 A1 2B1 R441 A1 1B5 R450 A1 4D5 R451 A1 4D5 R463 A2 4D5 R471 A2 2D4 R472 A2 2D4 R473 A2 2D4 R474 A2 2D4 R481 A2 4C4 R482 A2 4C4 R483 A2 4C4 R541 A1 4C1 R542 A1 2A6 R543 B1 4D1 R544 B1 4D2 R552 A1 2A4 R561 A1 2C1 R562 A1 2D1 R57...

Page 648: ...2715 Spectrum Analyzer Service Manual 9 172 ...

Page 649: ...2715 Spectrum Analyzer Service Manual 9 173 A5 2715 SIGNAL INTERCONNECT SWEEP BOARD 0 ...

Page 650: ...9 174 2715 Spectrum Analyzer Service Manual ...

Page 651: ...2715 Spectrum Analyzer Service Manual 9 175 VIDEO BUFFERING A5 2715 SWEEP BOARD 1 ...

Page 652: ...9 176 2715 Spectrum Analyzer Service Manual ...

Page 653: ...2715 Spectrum Analyzer Service Manual 9 177 2715 VIDEO TRIGGER A5 SWEEP BOARD 2 ...

Page 654: ...9 178 2715 Spectrum Analyzer Service Manual ...

Page 655: ...2715 Spectrum Analyzer Service Manual 9 179 2715 A5 SERIAL CONTROL REGISTER SWEEP BOARD 3 ...

Page 656: ...9 180 2715 Spectrum Analyzer Service Manual ...

Page 657: ...2715 Spectrum Analyzer Service Manual 9 181 2715 SWEEP RAMP GENERATOR SWEEP BOARD A5 4 ...

Page 658: ...261 R250 R260 R240 R151 R120 C175 C174 C173 C172 T160 R185 C190 T190 C290 Q270 C270 J141 J142 J140 TP190 TP270 R110 C145 C131 RT130 C220 T110 C280 C185 C170 C176 C153 C150 R170 CR271 CR201 CR250 CR260 CR290 CR200 CR272 CR273 Q251 Q250 C152 C250 C151 C239 C205 C111 C110 W1000 W2000 W1400 W400 W300 W200 W100 L212 L213 L215 L211 L210 L200 L100 L170 E110 TP418 TP293 TP250 TP120 TP10 C200 C103 C214 C21...

Page 659: ... Parts List COMPONENT NUMBER EXAMPLE Assembly Number Subassembly Number if used STATIC SENSITIVE DEVICES Circuit Number J9 J8 J7 J10 J11 J12 Q410 Q400 J6 J3 J5 J2 J1 J4 J14 J13 C303 C300 C302 C301 C311 C310 C424 C425 L320 L310 TP4 TP925 TP12 TP7 TP5 TP3 TP2 TP1 C323 C322 C321 C320 C312 C204 C203 C750 L202 L330 L217 L216 G9A 2167 00 Figure 1 37 A15A1 Power Supply board front sections C D ...

Page 660: ...0 C661 C638 C634 C633 C631 R633 R686 R615 R651 R650 R638 R632 R630 R672 R660 R701 R684 R681 R671 R664 R790 R702 R687 R710 R709 R612 R611 R606 R690 R617 R603 R601 R600 R720 R532 R531 R791 R711 R667 R694 R666 R781 R762 R761 R723 R722 R689 R683 R670 R634 R534 R721 R699 R698 R697 R696 R695 R682 R652 R620 R700 R605 R763 R604 R421 R420 R419 R418 R414 R413 R412 R411 R410 R409 R408 R407 R405 R404 R403 R40...

Page 661: ...B5 C310 B1 2B5 C311 B1 2B5 C312 B1 2B5 C320 B1 2B6 C321 B1 2C5 C322 B2 2B6 C323 B1 2B6 C400 C3 6D2 C401 C3 6D2 C424 C1 3A5 C425 C1 2D3 C610 A3 1A4 C620 A3 5C2 C621 B3 5C1 C630 A3 2B4 C631 A3 2B4 C632 A3 5A3 C633 A3 1B4 C634 A3 1B4 C635 B3 5A3 C636 B3 2D4 C638 B3 2C4 C660 B2 2C1 C661 B2 2C1 C670 B1 2A2 C671 B1 2A3 C680 B1 1D2 C681 B1 1D1 C682 B1 1C2 C690 B1 1C2 C691 B1 1D2 C692 B1 1C2 C710 B3 4B3 C...

Page 662: ...3 5D2 R722 B3 5D2 R723 B3 5D2 R730 B3 5A2 R731 B3 5A2 R732 B3 4A2 R733 B3 4A2 R741 B2 7C6 R750 B2 2D4 R752 B2 2D5 R754 B2 2D5 R761 B2 2D1 R762 B2 2A2 R763 B2 2B2 R770 B1 8C1 R771 B1 2D6 R772 B1 2D6 R780 B1 1D3 R781 B1 1D4 R782 B1 1C5 R790 B1 1B2 R791 B1 1B2 R800 C4 4B5 R801 C4 4B4 R802 C4 4B4 R803 C4 4B4 R804 C4 4C4 R805 C4 4C4 R806 C4 4C4 R807 C4 4C4 R808 C4 4D4 R809 C4 4D5 R810 C4 4C5 R811 C4 4C...

Page 663: ...eform on Intensity on Adjust signal to top of screen with ref level and ref level fine TP924 Schematic location 3B4 DSHOR Schematic location 4B1 TP418 Schematic location 5C3 UNBLANK Level BLANK Level TP120 Schematic location 5A3 TP250 Schematic location 2B2 TP270 Schematic location 1C5 DSVER Schematic location 3C2 UNBLANK Level BLANK Figure 1 41 A15A1 Power Supply Waveforms ...

Page 664: ...9 188 2715 Spectrum Analyzer Service Manual ...

Page 665: ...2715 Spectrum Analyzer Service Manual 9 189 0 SIGNAL INTERCONNECT POWER SUPPLY BOARD A15A1 ...

Page 666: ...9 190 2715 Spectrum Analyzer Service Manual ...

Page 667: ...2715 Spectrum Analyzer Service Manual 9 191 2715 ...

Page 668: ...9 192 2715 Spectrum Analyzer Service Manual ...

Page 669: ...2715 Spectrum Analyzer Service Manual 9 193 2715 ...

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