Tektronix 5110 Instruction Manual Download Page 21

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Operating lnstructions-5110

Using

the formula:

Sin

0 0667

From the trigonometric tables:

= arcsin

0.0667 = 3.82°

The

phase

angle difference between theX and Ysignals

is 3.82°.

Fig.

1-11. Phase of

a Llssajous display. (A) 0°

or 360°, (B) 30° or 330°, (C) 90° or 270°, (D) 150° or 210°, and (E) 180°.

1-15

Summary of Contents for 5110

Page 1: ...clature the 5103N D10 This manual contains information that applies to all of these instruments TEKTRONIX 5110 OSCILLOSCOPE INSTRUCTION MANUAL Tektronix Inc P O Box 500 Beaverton Oregon 97077 Serial Number _________________________ 070 2134 01 First Printing APR 1976 ...

Page 2: ...u the fastest possible service Please include the instrument Type Number or Part Number and serial Number with all requests for parts or service Specifications und price chei ge privilegrb h rrv d Copyright 1976 new material 1977 by Tektronix Inc Beaverton Oregon Printed In the United States of America AH rights reserved Contents of this publication may not be teproduced in any foim without permis...

Page 3: ...Display Switching Logic 1 6 Vertical Display Mode 1 7 BASIC OSCILLOSCOPE APPLICATIONS 1 7 Peak to Peak Voltage Measurements AC 1 7 Instantaneous Voltage Measurement DC 1 8 Comparison Measurements 1 9 Time Period Measurement 1 10 Determining Frequency 1 11 Risetime Measurement 1 11 Time Difference Measurements 1 12 Multi trace Phase Difference Measurement 1 13 High Resolution Phase Measurement 1 14...

Page 4: ...D OPERATING POWER INFORMATION 4 1 Power Cord Information 4 1 Line Voltage and Regulating Range Selection 4 1 INSTRUMENT CONVERSION 4 2 RACKMOUNTING 4 3 Mounting Method 4 3 Rack Dimensions 4 3 Installing The Slide Out Tracks 4 3 Installation and Adjustment 4 6 Slide Out Track Maintenance 4 6 Ventilation Requirements 4 6 REPACKAGING FOR RESHIPMENT 4 6 PREVENTIVE MAINTENANCE 4 7 CABINET REMOVAL 4 7 C...

Page 5: ... BLOCK DIAGRAM DESCRIPTION 5 1 INTERFACE 5 1 Clock Generator 5 1 Countdown Circuit 5 1 Vertical Amplifier 5 2 Horizontal Amplifier 5 2 AUXILIARY BOARD 5 2 VERTICAL AND HORIZONTAL DEFLECTION AMPLIFIERS 5 2 Vertical Deflection Amplifier 5 2 Horizontal Deflection Amplifier 5 2 8eam Finder 5 2 X Y Phasing 5 2 CRT CIRCUIT 5 2 Z Axis Amplifier 5 3 High Voltage Regulator 5 3 High Voltage Outputs 5 3 Crt ...

Page 6: ...5110 Fig 1 1 5110 Oscilloscope 2134 01 ...

Page 7: ...ser must follow to ensure safe operation of the instrument Warning information is intended to protect the operator and Caution information is intended to protect the instrument To prevent damage to the instrument always check the line voltage information recorded on the rear panel before applying power to the instrument WARNIWG This instrument is intended to be operated from a single phase earth r...

Page 8: ...nnel unit set for single channel operation in either of the vertical left or center compartments and a time base unit in the horizontal right compartment For dual trace displays eitherinstall a dual channel vertical unit in one of the vertical com partments or install a single channel vertical unit in each vertical compartment A combination of a single channel and a dual channel vertical unit allo...

Page 9: ...en sity BEAM FINDER Pushbutton Brings beam on screen limits Intensified display to area Inside graticule POWER Switch Turns instrument power on or off CALIBRATOR Loop Piovtdes positive going accurate 400 milllvolt and 4 mllliampere square wave at a frequency of twice the line frequency for callbiahon and probe compensation TRACE ROTATION Control Controls alignment of trace with horizontal graticul...

Page 10: ...e cycles over 10 divisions for 60 hertz line frequency shown horizontally An incorrect display indicates that the Oscilloscope or plug ins need to be recalibrated AMPLIFIER PLUG IN Display On Position Centered Volts Div 1 Volts Div Cal Fully clockwise Input coupling de TIME BASE PLUG IN Display Chop Position Centered Seconds Div 2 ms Seconds Div Cal Fully clockwise Swp Mag Off Triggering Slope Aut...

Page 11: ...DER switch hold it in then increase thevertical and horizontal deflection factors until the display is within the graticule area 2 Adjust the vertical and horizontal position controls to center the display about the vertical and horizontal centerlines 3 Release the BEAM FINDER switch the display should remain within the viewing area Graticule The graticule of the oscilloscope is marked on the insi...

Page 12: ... by installing a 5B series time base unit in the left vertical compartment as well as one in the horizontal compartment Normally the unit in the vertical compartment should be set to a slower sweep rate than the one in the horizontal compartment the number of horizontal traces in the rasterdepends upon the ratio between the two sweep rates Information can be displayed on the raster using the Ext I...

Page 13: ... signal from the left unit is displayed Both plug inscan be activated for multi trace displays Alternate Mode The alternate position of the time base unit Display switch produces a display that alternates between activated plug ins and amplifier channels with each sweep of the crt The switching sequence is describ ed under Display Switching Logic in this section Although the Alternate mode can be ...

Page 14: ...n point on a waveform use the following procedure 1 Set the input coupling of the vertical plug in unit to Gnd and position the trace to the bottom line of the graticule or other selected reference line If the voltage to be measured is negative with respect to ground position the trace to the top line of the graticule Do not move the vertical Postion control after this reference has been establish...

Page 15: ...ed Deflection Factor Volts Div setting Deflection X Conversion Factor EXAMPLE Assume that the vertical distance measured is 4 6 divisions the polarity is positive and the Volts Div switch setting is 2 V instantaneous _ 4 6 x 2 _ 9 2 Voltage divisions A Volts Div volts Comparison Measurements In some applications it may be necessary to establish a set of deflection factors other than those indicate...

Page 16: ...uting these values in the Deflection Conversion Factor formula step 2 2 2 mS 1 375 8 0 2 ms Then with a Seconds Div switch setting of 50 µs the Modified Deflection Factor step 5 is 50 µs 1 375 68 75 microseconds division To determine the time period of an applied signal which completes one cycle in seven horizontal divisions use the Period formula step 6 68 75 µs 7 481 microseconds This product ca...

Page 17: ... waveform as described in the previous application Risetime Measurement Risetime measurements employ basically the same techniques as the time period measurements The main difference is the points between which the measurement is made The following procedure gives the basic method of measuring risetime between the 10 and 90 points ofthe waveform 1 Connect the signal to the input connector 2 Set th...

Page 18: ...ulation 6 Set the Volts Div switches to produce about four divisions of display waveform 7 Set the time base triggering controls for a stable display Set the Seconds Div switch for a sweep ratewhich shows three or more divisions between the measurement points if possible 8 Adjust the vertical Position controls to bring the measurement points to the center horizontal reference line 9 Adjust the hor...

Page 19: ...t the vertical plug in triggering switches to trigger the display on Channel 1 or left plug in and Channel 2 or center plug in 4 Connect the reference signal to the Channel 1 input connector and comparison signal to the Channel 2 or center plug in input connector The reference signal should precede the comparison signal in time Use coaxial cables or probes which have similar time delay characteris...

Page 20: ...ord the overall vertical deflection A and the opening of the Lissajous display B measur ing vertically at the graticule horizontal center line see Fig 1 10 The phase difference is 27 Channel 1 or left Channel 2 or plug in reference center plug in 6 Divide B by A to obtain the trigonometric sine of the phase angle difference between the two signals Obtain the phase angle from a trigonometric table ...

Page 21: ...he formula Sin X 0 0667 From the trigonometric tables 0 arcsin 0 0667 3 82 The phase angle difference between theX and Ysignals is 3 82 Fig 1 11 Phase of a Llssajous display A 0 or 360 B 30 or 330 C 90 or 270 D 150 or 210 and E 180 1 15 ...

Page 22: ......

Page 23: ... Bandwidth De to at least 2 MHz with a calibrated 5A18N Channel Switching Chop Time Segment Channel Approximately 5 µs 3 µs displayed 2 jus blanked Mainframe Compartment Chop Switching Sequence Left left center center Amplifier Channel Chop Switching Sequence 2 channel amplifier Ch 1 Ch 2 4 channel amplifier Ch 1 Ch 2 off off Ch 3 Ch 4 off off Alternate Frequency Sweep rate once each sweep Mainfra...

Page 24: ...by timebase position control Output Impedance Approximately 1 kΩ Gate Out Signal Crt related Z axis signal Selected by timebase Output Levels TTL compatible Low Sinking 1 6 mA 0 4 V High Supplying 40 A 2 4 V Risetime 1 µs into 50 pF Falltime 200 ns into 50 pF Table 2 3 Z AXIS AMPLIFIER Characteristics Performance Requirements Supplemental Information External Intensity Input Useful Input Voltage 5...

Page 25: ...slow blow 120 V ac 1 A slow blow 240 V ac Line Frequency 48 to 440 Hz Power Consumption Typical 53 W Maximum 75 W Insulation Voltage 1500 V RMS minimum at 50 to 60 Hz for 10 seconds duration minimum Ground Continuity Between Safety Ground and Instrument Less than 0 1 Ω ENVIRONMENTAL CHARACTERISTICS Table 2 6 ENVIRONMENTAL Characteristics Performance Requirements Supplemental Information Temperatur...

Page 26: ...mately 45 0 lbs 20 4 kg Approximately 59 0 lbs 26 8 kg Finish Anodized aluminum panel and chassis Blue vinyl coated cabinet POWER TO EXTERNAL EQUIPMENT With the plug in units removed from the oscilloscope the unused power capability of the oscilloscope power supplies may be used to operate external electronic equipment The recommended access to the power supplies is through the Interface circuit b...

Page 27: ...ce Check procedure apply to the instrument under test and do not include test equipment error Limits and tolerances in this procedure are instrument performance re quirements only if listed in a Performance Requirements column that appears under Electrical Characteristics at the beginning of this section information given in the Supplemental Information column is provided for user information only...

Page 28: ...e source are the same INITIAL CONTROL SETTINGS Set the following controls during warm up time OSCILLOSCOPE INTENSITY FOCUS Set for well defined trace and normal brightness 3 Ensure that all test equipment is suitably adapted to the line voltage to be applied 4 If applicable install the TM 500 series test equip ment into the test equipment power module 5 Install a dual trace vertical amplifier unit...

Page 29: ...et the time base unit Display pushbutton to Alter nate c Turn the time base Seconds Div switch throughout its range d Check for trace alternation at all sweep rates except in amplifier positions At faster sweep rates alternation is not apparent instead the display appears as two traces on the screen e Press the POWER switch to turn off the oscilloscope and change the amplifier from the vertical co...

Page 30: ...uency of 50 kHz Center the display on the graticule c Without changing the output amplitude increase the sine wave generator frequency until the displayed amplitude is reduced to 4 2 divisions d Check the generator for a reading of at least 2 MHz e Press the POWER switch to turn off the oscilloscope and install the amplifier in the left vertical compartment Pull the POWER switch to on f Repeat par...

Page 31: ...less measure horizontally This indicates a phase difference of 1 or less between the vertical and horizontal systems 13 Check Z Axis Amplifier a Press the POWER switch to turn off the os cilloscope b Disconnect the coaxial cables termination and tee connector between the amplfiers and sine wave generator c Remove the vertical amplifier from the horizontal compartment and install the time base unit...

Page 32: ...y for a vertical deflection of approximately 4 divisions d Check the display for approximately 2 5 cycles in 10 divisions based on a line frequency of 60 H2 e Disconnect the 1X probe This completes the Performance Check of the os cilloscope If the instrument has performed as given in this procedure it is correctly calibrated and within specifications 2 10 ...

Page 33: ... FOLLOWING SERVICING INSTRUCTIONS ARE FOR USE BY QUALIFIED PERSONNEL ONLY TO AVOID PERSONAL INJURY DO NOT PERFORM ANY SERVICING OTHER THAN THAT CONTAINED IN OPERATING INSTRUCTIONS UNLESS YOU ARE QUALIFIED TO DO SO ...

Page 34: ......

Page 35: ...rating within tolerance Table 3 1 LIST OF TEST EQUIPMENT REQUIREMENTS FOR ADJUSTMENT Description Performance Requirements Application Example Amplifier plug in unit1 Bandwidth de to 2 MHz deflection factor 5 mV to 5 V dlv One required for all tests Two re quired for step 13 a TEKTRONIX 5A15N Amplifier b TEKTRONIX 5A18N Dual Trace Amplifier Time base plug in unit Sweep rate at least 2 µs div Steps ...

Page 36: ... from the oscilloscope refer to Cabinet Removal in the Maintenance section of this manual 2 Check the rear panel of the oscilloscope to ensure that the indicated line voltage and the line voltage source are the same refer to Operating Voltage in the Maintenance section of this manual 3 Ensure that all test equipment is suitably adapted to the line voltage to be applied 4 If applicable install the ...

Page 37: ...r a meter reading of 29 82 to 30 18 volts NOTE If the 30 volt supply is within the specified tolerance proceed with step 3 If the 30 volts adjustment is to be made all circuits will be affected and the entire power supply adjustment procedure should be performed to verify the accuracy of the supplies c Adjust 30 V Adj R858 for a meter reading of exactly 30 volts See Fig 3 1 for adjustment location...

Page 38: ... then remove the cover a5 16 inch nutdriver may be needed to remove the cap nuts c Set the de voltmeter vom to measure at least 4000 volts de Remove the insulating sleeve from the probe tip of the test lead to be used for measuring the negative voltage Connect the voltmeter leads between a con venient chassis ground and the high voltage test point See Fig 3 2 for test point location The high volta...

Page 39: ...the vertical trace over the center vertical graticule line extending vertically above and below the graticule area and set the FOCUS and INTENSITY controls for a well defined trace if necessary d Check that vertical bowing and tilt of the trace display is less than 0 1 division at the center line and when positioned horizontally across the entire graticule area e Adjust Geom R285 for minimum bowin...

Page 40: ...or 11 Adjust Horizontal Centering a Set the time base unit Swp Mag control for a magnified sweep and position the sweep start to the center vertical graticule line b Return the time base unit Swp Mag control to unmagnified sweep position c Check that the start of the unmagnified sweep is within 0 2 division of the center vertical graticule line If the sweep start is within the given tolerance and ...

Page 41: ...rtment NOTE Identical amplifier units should be installed in the oscilloscope c Connect the sine wave generator through a 42 inch coaxial cable 50 ohm termination and a tee connector to an amplifier input Connect an 18 inc coaxial cable from the tee connector to the other amplifier input d Pull the oscilloscope POWER switch to on e Set both amplifier units for a deflection factor of 1 volt divisio...

Page 42: ......

Page 43: ...Operation from power sources where both current carrying conductors are live with respect to earth such as phase to phase on a three wire system is not recommended since only the Line Conductor has over current fuse protection within the instrument This instrument has a three wire power cord with a polarized two pole three terminal plug for connec tion to the power source and safety earth The safe...

Page 44: ...Replace it with one having the correct rating if necessary Refer to Table 4 2 for linefuse information NOTE An unused line fuse intended for the line voltage source for which the oscilloscope was not set when shipped from the factory is clipped to the LVPower Supply circuit board see Fig 4 1 Return the resultant unused fuse to the unused fuse clips 7 If appropriate change the line cord plug to mat...

Page 45: ...nt in a rack If other instruments are operated in the rack an additional 1 4 inch is required both above and below the oscilloscope to allow space for proper circulation of cooling air 2 Or front and rear rail holes must be tapped to accept a 10 32 screwifFig 4 2B mounting methodis used Note in Fig 4 2B right illustration that a No 10 washer not supplied may be added to provide increased bearing s...

Page 46: ...er thickness If a flush fit is preferred method 2 a should be used Shallow Rack Configuration Slideout Track Stationary Section 10 32 BHS Screw 10 32 PHS Screw 10 32 BHS Screw Deep Rack Configuration Bar Nut Untapped Rear Rail untapped Rear Rail Untapped Front Rail 10 32 PHS Screw 2 Rear Mounting Bracket Slideout Track Stationary Section Rear Mounting Bracket I SlideoutTrack Stationary Section Lef...

Page 47: ...l of instrument below Teflon Washer 2 ea Drill and tap 10 32 in each front rail if the instrument front panel is going to be secured to lhe rack Securing screws are not provided 10 32 Oval Head Screw 2 ea iWoMUJI Fig 4 3 Dimensional diagram f 5 1 4 opening for installing the instru ment 5 3 4 if adjacent instruments are to be operated 1 Suggested panel securing Hardware supplied ment Cup Washer 2 ...

Page 48: ...e employed to maintain ambient temperatures below 50 C Reliability and performance of the oscilloscope will be affected if the ventilation holes in the protective panels are obstructed or if it is operated at an ambient temperature higher than I5O C Installation And Adjustment To insert the instrument into the rack proceed as follows 1 Pull the slide out track intermediate sections out to the full...

Page 49: ...ners should not be used Interior Dust in the interior of the instrument should be removed occasionally due to its electrical conductivity under high humidity conditions The best way to clean the interior is to blow off the accumulated dust with dry low pressure air Remove any dirt which remains with a soft brush or a cloth dampened with a mild detergent and water solution A cotton tipped applicato...

Page 50: ...l should be used along with the following information to aid in locating a defective component An understanding of the circuit operation is very helpful in locating troubles lubricant to the drum journals and surface in the mounting bearings Apply mating Apply lubricant to the wear surface of the index wheel Apply luDricant to the index roller and roller guide in the front bearing A thin film shou...

Page 51: ...The following equipment in addition to that listed in Table 2 9 list of test equipment required for performance check in Section 2 of this manual is useful for troubleshooting Semiconductor Tester Description Dynamic type tester Purpose To test the semiconductors used in this instrument Recommended Type TEKTRONIX 576 Curve Tracer or TEKTRONIX 577 177 Curve Tracer system 7CTIN Curve Tracer unit and...

Page 52: ... 120 Hz Ripple 200 V 175 V to 247 5 V 3 V or less 30 V 29 82 V to 30 18 V 3 mV or less 5 V 4 89 V to 5 11 V 2 mV or less 30 V 29 89 V to 30 11 V 2 mV or less TROUBLESHOOTING TECHNIQUES The following troubleshooting procedure is arranged to check the simple trouble possibilities before proceeding with extensive troubleshooting The first few checks ensure proper connection operation and adjust ment ...

Page 53: ...ors normally do not need to be replaced unless the measured value varies widely from that specified INDUCTORS Check for open inductors by checking continuity with an ohmmeter Shorted or partially shorted inductors can usually be found by checking the waveform response when high frequency signals are passed through the circuit Partial shorting often reduces high frequency response CAPACITORS A leak...

Page 54: ...ing iron to the work being done For example if the component is connected to the chassis or other large heat radiating surface it will require a 75 watt or larger soldering iron The following technique should be used to replace a component on a circuit board Most components can be replaced without removing the boards from the instru ment 1 Grip the component lead with long nose pliers Touch the so...

Page 55: ...ed in this instrument areshown in Fig 4 5 Some plastic case transistors have lead con figurations which do not agree with those shown here If a replacement transistor is made by a different manufac turer than the original check the manufacturer s basing diagram for correct basing All transistor sockets in this instrument are wired for the standard basing used for metal case transistors Transistors...

Page 56: ...nance personnel should attempt repair of these board 6 To re install the switch assembly reverse the above procedure B PUSHBUTTON SWITCHES The pushbutton switches are not repairable and should be replaced as a unit if defective Use a suction type desoldering tool to remove solder from the holes in the circuit board when unsoldering the switches Circuit Board Replacement If a circuit board is damag...

Page 57: ...ck wires entering the crt shield are connected to the trace rotation coil inside the shield They will not hamper crt removal and need not be unsoldered 5 With one hand on the crt faceplate push on the crt base and neck shield Slide the crt and neck shield forward and pull the crt out of the instrument from the front then remove the neck shield B REPLACEMENT 1 Slide the neck shield onto the crt nec...

Page 58: ...PLIFIER PLUG INS OPTION 7 ONLY The channel switching amplifier plug ins that are recommended for use with 5100 series mainframes 5A14N 5A18N 5A26 have been modified to reduce display noise and chop breakthrough when used in an Option 7 mainframe If any of the mentioned amplifier plug ins cause the noise and chop breakthrough specification to be exceeded an earlier version before Option 7 of the pl...

Page 59: ...terface circuit provides an interconnection of signals logic levels and power supply voltages between plug in units and the oscilloscope mainframe It incor porates circuits that determine the vertical display mode and amplify the vertical and horizontal display signals Functions of interconnections not discussed are labelled on the Interface diagram Clock Generator The Clock Generator stage produc...

Page 60: ...rtical Deflection Amplifier provides the final amplification of signals applied to the vertical plug in units It produces a push pull output sufficientto drivethe ert vertical deflection plates The amplifier consists of Q104 Q106 Q114 and Q116 connected in a differential configuration The input signal arrives via P612 from the Interface circuit The output signal is developed across the collector l...

Page 61: ...264and Q262 off Q252 is switched on again Q252 again delivers energy to the primary winding and the action is repeated High Voltage Regulation Regulation is accomplished as follows Feedback from the 3400 volt cathode supply is summed with low voltage levels through the voltage divider consisting of resistors R272B E R275 and R276 to establish the de level at the gate of Q278 The ac component which...

Page 62: ...sh operating levels for the feedback regulators in the 30 Volt and 5 Volt supplies The regulator for the 30 Volt Supply is a feedback amplifier system which operates between ground and the unregulated 38 volts Current to the load is delivered by the series pass transistor Q860 and the supply voltage is established by the drop across R877 R878 and R879 The feedback path is through R875 Q875 and Q86...

Page 63: ...ive will contact you concerning any change in part number Change information if any is located at the rear of this manual SPECIAL NOTES AND SYMBOLS X000 Part first added at this serial number OOX Part removed after this serial number ITEM NAME In the Parts List an Item Name is separated from the description by a colon Because of space limitations an Item Name may sometimes appear as incomplete For...

Page 64: ...HIA DIVISION TEKTRONIX INC GRAYHILL INC THERM O DISC INC MALLORY CAPACITOR CO DIV OF P R MALLORY AND CO INC DALE ELECTRONICS INC HONEYWELL INC MICRO SWITCH DIV CONTINENTAL CONNECTOR CORP Address City State Zip ORANGE STREET P 0 BOX 128 1201 2ND STREET SOUTH P 0 BOX 5012 13500 N CENTRAL EXPRESSWAY ELECTRONICS PARK P 0 BOX 867 19TH AVE SOUTH 5005 E MCDOWELL RD PO BOX 20923 464 ELLIS STREET NELA PARK...

Page 65: ...70 00 B010100 B119999 CAP FXD CER DI 0 0068UF 80 20 4000V 56289 45C17 C249 283 0071 00 Bl 20000 CAP FXD CER DI 0 0068UF 80 30 5000V 56289 45C10A1 C251 290 0194 00 CAP FXD ELCTLT 10UF 50 10 100V 56289 30D106F100DC4 C252 283 0617 00 CAP FXD MICA D 47OOPF 10 300V 00853 D193F472K0 C253 283 0003 00 CAP FXD CER DI 0 01UF 8 0 20 150V 72982 855 558Z5U 103Z C254 283 0059 00 CAP FXD CER DI 1UF 80 20 25V 729...

Page 66: ... 301 055COG0100F OPTION 7 ONLY CR209 152 0061 00 SEMICOND DEVICE SILICON 175V 100MA 07263 FDH2161 CR211 152 0061 00 SEMICOND DEVICE SILICON 175V 100MA 07263 FDH2161 CR214 152 0141 02 SEMICOND DEVICE SILICON 30V 50NA 01295 1N4152R CR215 152 0061 00 SEMICOND DEVICE SILICON 175V 1OOMA 07263 FDH2161 CR222 152 0141 02 XB120000 SEMICOND DEVICE SILICON 30V 50NA 01295 1N4152R CR224 152 0061 00 SEMICOND DE...

Page 67: ...E SILICON 30V 50NA 01295 1N4152R OPTION 7 ONLY CR960 152 0141 02 XB109310 SEMICOND DEVICE SILICON 30V 50NA 01295 1N4152R OPTION 7 ONLY CR980 152 0141 02 XB109310 SEMICOND DEVICE SILICON 30V 50NA 01295 1N4152R OPTION 7 ONLY CR990 152 0322 00 XB109310 SEMICOND DEVICE SILICON 15V HOT CARRIER 50434 5082 2672 OPTION 7 ONLY DS271 150 0030 00 LAMP GLOW NEON T 2 60 TO 90 VOLTS 08806 A2B T DS272 150 0030 0...

Page 68: ...951 Q226 151 0407 00 B120000 TRANSISTOR SILICON NPN 04713 SS2456 Q234 151 0228 00 B010100 B069999 TRANSISTOR SILICON PNP SEL FROM 2N4888 80009 151 0228 00 Q234 151 0350 00 B070000 B072987 TRANSISTOR SILICON PNP 04713 SPS6700 Q234 151 0406 00 BO72988 TRANSISTOR SILICON PNP 01295 SGC7282 Q252 151 0256 00 TRANSISTOR SILICON NPN 80009 151 0256 00 Q262 151 0207 00 TRANSISTOR SILICON NPN 80009 151 0207 ...

Page 69: ...PN 07263 SO32677 OPTION 7 ONLY Q950 151 0190 00 XB1O931O TRANSISTOR SILICON NPN 07263 S032677 OPTION 7 ONLY Q955 151 0190 00 XB109310 TRANSISTOR SILICON NPN 07263 S032677 OPTION 7 ONLY Q960 151 0188 00 XB109310 TRANSISTOR SILICON PNP 04713 SPS6868K OPTION 7 ONLY Q967 151 0190 00 XB109310 TRANSISTOR SILICON NPN 07263 S032677 OPTION 7 ONLY Q970 151 0190 00 XB109310 TRANSISTOR SILICON NPN 07263 S0326...

Page 70: ...1567 00 B120000 RES VAR NONWIR TRMR 100 OHM 0 50W 73138 91 89 0 R138 308 0539 00 RES FXD WW 2 25K OHM O 5 3W 91637 RS2BK22500D R140 316 0225 00 XB050000 B119999X RES FXD CMPSN 2 2M OHM 10 0 25W 01121 CB2251 R200 311 1160 00 B010100 B108289 RES VAR NONWIR 100K OHM 20 1W 80009 311 1160 00 R200 311 1961 00 B108290 RES VAR NONWIR PANEL 100K OHM 20 0 75W 01121 17MO25 FURNISHED AS A UNIT WITH SI25 R202 ...

Page 71: ...980 RES FXD CMPSN 5 6K OHM 5Z 0 25W 01121 CB5625 R249 315 0471 03 XB120000 RES FXD CMPSN 470 OHM 5Z 0 25W 01121 CB4715 R251 307 0058 00 RES FXD CMPSN 5 6 OHM 5Z 0 5W 01121 EB56G5 R252 308 0075 00 RES FXD WW 100 0HM 52 3W 91637 CW2B 100R0J R254 308 0690 00 B010100 B120979 RES FXDjWW 3 OHM 102 3W 91637 CW2B 3R000K R254 308 0365 00 B120980 RES FXD WW 1 5 OHM 52 3W 91637 CW2B 1R5OOJ R257 306 0104 00 B...

Page 72: ...121 CB4745 R631 316 0332 00 B010100 B121189 RES FXD CMPSN 3 3K OHM 10 0 25W 01121 CB3321 R631 315 0332 00 B121190 RES FXD CMPSN 3 3K OHM 5 0 25W 01121 CB3325 R632 315 0273 00 RES FXD CMPSN 27K OHM 5 0 25W 01121 CB2735 R634 316 0103 00 B010100 B121189 RES FXD CMPSN 10K OHM 10 0 25W 01121 CB1031 R634 315 0103 00 B121190 RES FXD CMPSN 10K 0HM 5 0 25W 01121 CB1035 R635 316 0102 00 B010100 Bl 21189 RES...

Page 73: ... 316 0103 00 RES FXD CMPSN 1OK OHM 102 0 25W 01121 CB1031 R712 316 0472 00 RES FXD CMPSN 4 7K OHM 102 0 25W 01121 CB4721 R713 316 0332 00 RES FXD CMPSN 3 3K OHM 10Z 0 25W 01121 CB3321 R715 321 0402 00 RES FXD FILM 150K OHM 12 0 125W 24546 NA55D1503F R716 321 0356 00 RES FXD FILM 49 9K OHM 12 0 125W 91637 MFF1816G49901F R717 321 0350 00 RES FXD FILM 43 2K OHM 12 0 125W 91637 MFF1816G43201F R718 316...

Page 74: ... 00 311 1124 00 321 0202 00 B121190 RES FXD CMPSN LK OHM 5Z 0 25W RES FXD CMPSN 100 OHM 5Z 0 25W RES FXD FILM 4 53K OHM l 0 125W RES VAR NONWIR 250 OHM 30Z 0 25W RES FXD FILM 1 24K OHM 1Z 0 125W 01121 01121 91637 71450 91637 CB1025 CB1015 MFF1816G45300F 201 YA5533 MFF18I6G12400F R880 316 0272 00 B010100 B121189 RES FXD CMPSN 2 7K OHM 10 0 25W 01121 CB2721 R880 R881 315 0272 00 315 0562 00 B121190 ...

Page 75: ...SN 18K OHM 5Z 0 25W OPTION 7 ONLY RES FXD CMPSN 330 OHM 5Z O 25W OPTION 7 ONLY RES FXD CMPSN 27K 0HM 5Z 0 25W OPTION 7 ONLY RES FXD FILM IK OHM 1Z O 125W OPTION 7 ONLY RES FXD CMPSN 220 OHM 5Z O 25W OPTION 7 ONLY RES FXD FILM 10 2K OHM 1Z O 125W OPTION 7 ONLY RES FXD CMPSN 27K OHM 5Z O 25W OPTION 7 ONLY RES FXD CMPSN 6 2K OHM 5Z 0 25W OPTION 7 ONLY RES FXD CMPSN IK OHM 5Z O 25W OPTION 7 ONLY RES F...

Page 76: ...069999 ELECTRON TUBE CRT P31 INT SCALE 80009 154 0633 00 V291 154 0633 05 B070000 B103610 ELECTRON TUBE CRT P31 INT SCALE 80009 154 0633 05 V291 154 0633 10 B1O3611 ELECTRON TUBE CRT P31 INT SCALE 80009 154 0633 10 V291 154 0633 08 B010100 B103610 ELECTRON TUBE CRT P7 INT SCALE OPTION 76 ONLY 80009 154 0633 08 V291 154 0633 13 B1O3611 ELECTRON TUBE CRT P7 OPTION 76 ONLY 80009 154 0633 13 V291 154 ...

Page 77: ... of each available option is given in this section Conversion kits cabinet to rackmount rackmount to cabinet for most options are available and can be installed ata later time For further information on instrument options see your Tektronix Catalog or contact your Tektronix Field Office REV A SEP 1977 INSTRUMENT OPTIONS ...

Page 78: ...dels only The cover protects the front panel and knobs during transportation and storage The cabinet sides have been modified by the addition of a retaining hook for the protective cover The Tektronix part number for the cabinet sides are listed in Section 8 Replaceable Mechanical Parts see the listing for bench cabinet Option 2 page 1 ...

Page 79: ... particularly well suited for use in the physical life sciences By using differential amplifiers the oscilloscope can become a signal conditioner for other devices Outputs may be used for driving counters or X Y plotters in conjunction with the oscilloscope The Tektronix part numbers for the electrical parts are listed in Section 6 Replaceable Electrical Parts NOV 1978 Option 7 page 1 ...

Page 80: ...pose of OPTION 76 is to provide a cathode ray tube with P7 phosphor which is excellent for long persistence display requirements The Tektronix part number for the tube is listed in Section 6 Replaceable Electrical Parts see V291 Option 76 page 1 ...

Page 81: ... The purpose of OPTION 78 is to provide a cathode ray tube with P11 phosphor which is best suited for waveform photography The Tektronix part number for the tube is listed in Section 6 Replaceable Electrical Parts see V291 Option 78 page 1 ...

Page 82: ...r contactor Transformer AT Attenuator fixed or variable HR Heater TC Thermocouple B Motor HY Hybrid circuit TP Test point BT Battery J Connector stationary portion U Assembly inseparable or non repairable G Capacitor fixed or variable K Relay integrated circuit etc CB Circuit breaker L Inductor fixed or variable V Electron tube OR Diode signal or rectifier M Meter VR Voltage regulator zener diode ...

Page 83: ...5110 I43XII3 2134 15 ...

Page 84: ... i 143 I132 2134 15 BLOCK DIAGRAM ...

Page 85: ... t 2 E I 5110 S LNHNOdWOD BOVJHaiNI ...

Page 86: ...ower supply loading INTENSITY control is set fully ccw Voltmeter common is connected to chassis ground WAVEFORM CONDITIONS OSCILLOSCOPE UNDER TEST Install an amplifier unit in the left vertical compartment and a time base unit in the horizontal compartment Connect the CALIBRATOR output signal to the amplifier unit set vertical input coupling to de and volts div for a 2 division display Set the tim...

Page 87: ...VIDES A RETURN FOR ALL GROUNDS EXCEPT SIGNAL GROUNDS THE PIN IS DIRECTLY GROUNDED TO THE CHASSIS OF THE 5110 J4OI JGOz A B 28 V 28 Z VERT OUTPUT NOTE JfeOl JfeOZ e JG 03 TERMINAL CONNECTIONS ARE AS VIEWED FROM FRONT OF INSTRUMENT J 04 VERT OUTPUT CH Of SENSING LH2 OUT VERT OUTPUT CRI 8 iOV TZoevQJNRGLTDl VERT IC FR OPTION 7 ONLY I OPTIONAL STRAP L _ J AUXILIARY Ad INTERFACE BOARdI TRACE SEPARATION...

Page 88: ...J4 O3 INTERFACE J INTERFACE A NOV 1978 ...

Page 89: ...er supply loading INTENSITY control is set fully ccw Voltmeter common is connected to chassis ground WAVEFORM CONDITIONS OSCILLOSCOPE UNDER TEST Install an amplifier unit in the left vertical compartment and a time base unit in the horizontal compartment Connect the CALIBRATOR output signal to the amplifier unit set vertical input coupling to de and volts div for a 2 division display Set the time ...

Page 90: ...ard CKT GRID CKT GRID NO LOC NO LOC C712 C 1 Q721 B 2 C714t C 3 Q722 C 2 C716 B 2 C721 C 2 R701 B 3 R702 B 3 CR702 C 3 R703 B 3 CR704 C 3 R704 B 4 CR712 B 3 R706 B 3 CR714 B 3 R707 B 3 CR721 C 2 R709 B 4 CR722 C 2 R710 B 3 R712 C 1 VR720 C 2 R713 C 1 R715 B 1 Q701 B 3 R716 B 2 Q702 C 3 R717 B 2 Q703 B 3 R718 B 4 Q704 C 4 R720 B 2 Q711 B 3 R721 C 2 Q712 C 3 R722 B 2 Q713 B 4 R723 B 2 Q714 C 3 R724 ...

Page 91: ... B 2 C714t C 3 0722 C 2 C716 B 2 C721 C 2 R701 B 3 R702 B 3 CR702 C 3 R703 B 3 CR704 C 3 R704 B 4 CR712 B 3 R706 B 3 CR714 B 3 R707 B 3 CR721 C 2 R709 B 4 CR722 C 2 R710 B 3 R712 C 1 VR720 C 2 R713 C 1 R715 B 1 Q701 B 3 R716 B 2 0702 C 3 R717 B 2 Q703 B 3 R718 B 4 Q704 C 4 R720 8 2 Q711 B 3 R721 C 2 Q712 C 3 R722 B 2 Q713 B 4 R723 B 2 0714 C 3 R724 B 2 A2 Single Beam Auxiliary circuit board ...

Page 92: ...AUXILIARY BOARD 1143 2134 18 AUXILIARY BOARD ...

Page 93: ...5 R252 H5 R275 11 VR239 F4 C224 E5 C273 F5 CR241 I2 Q222 C5 R106 C3 R132 E3 R209 C4 R231 E4 R254 H5 R276 F4 VR258 14 C236 E5 C281 E4 CR247 I2 L259t I4 Q226 E5 R10B C3 R133 D4 R211 BS R232 E5 R257t J2 R278 F5 VR281 F3 C241 H3 CR253 H5 Q234 E5 R112 C3 R134T E2 R213 B5 R234 D4 R262 G5 R282 F3 VR282 F3 C242 H3 CR209 D4 CR255 J4 Q104 B2 Q252 IS R113 D4 R135 E3 R215 05 R236 F4 R263 G5 R285 E3 C248 G3 CR...

Page 94: ... for power supply loading INTENSITY control is set fully ccw Voltmeter common is connected to chassis ground WAVEFORM CONDITIONS OSCILLOSCOPE UNDER TEST Install an amplifier unit in the left vertical compartment and a time base unit in the horizontal compartment Connect the CALIBRATOR output signal to the amplifier unit set vertical input coupling to de and volts div for a 2 division display Set t...

Page 95: ...DEFLECTION AMPLIFIERs ...

Page 96: ...ompartment for power supply loading INTENSITY control is set fully ccw Voltmeter common is connected to chassis ground WAVEFORM CONDITIONS OSCILLOSCOPE UNDER TEST Install an amplifier unit in the left vertical compartment and a time base unit in the horizontal compartment Connect the CALIBRATOR output signal to the amplifier unit set vertical input coupling to de and volts div for a 2 division dis...

Page 97: ...CE IMTGNSIFICAT ION Text intensity I INPUT NOTE CRT CIRCUIT COMPONENTS ARE SHOWN OPPOSITE DIAGRAM NOT USED J42O7 8 2k F2O 41k SEAMFINDER 30V FROM RI25 S Z5 3 SEAMFINDER FROM S Zff T cfcfcoq 7 ZOOV UNR GLTD 3BV UMRGUTD 2OOV vmi VR262 62V 2OOV W72A ieM KH CR24I HIGH VOLT ADJUST C c 3 LX9 f GEOM C 4OJ R284 took LEFT HAND H0RI2 SIG FROM a 134 FIGHT HAND HOR IZ 6IA FROM Q52 4 VRR TSI FROM QI04 vsp T lf...

Page 98: ...E 4 R213 D 6 R234 F 5 R263 G 5 C236 F 5 C273 G 4 CR241 I 2 Q134 F 2 R112 C 3 Rl34t E 2 R215 D 5 R236 F 4 R266 G 5 C241 G 3 C274 G 4 CR247 I 2 VR237 E 5 L259 J 4 0136 E 3 R113 C 4 R135 E 3 R21S D 5 R239 F 4 R267 G 5 C242 F 3 C279 H 4 CR253 H 6 VR258 1 4 Q138 C 4 R114t C 2 R136 E 2 R217 D 5 R242 G 4 R268 G 4 C248 H 3 C281 F 4 CR255 J 4 VR281 F 3 Q214 D 5 R116 B 2 R138 E 3 R218 D 5 R243 G 2 R269 G 4 ...

Page 99: ... R251 G 5 R273 G 2 R274 G 4 C115 A 2 C252 H 5 CR211 C 5 CR264 G 5 VR258 1 5 DS272 G 2 Q106 B 3 Q262 G 5 R102 B 3 R123 D 4 R203 D 5 R223 E 5 R252 H 5 R274 F 4 R275 J 1 cue C 3 C253 I 5 CR214 D 5 CR269 F 4 VR281 F 3 DS273 G 2 Q114 C 2 264 G 5 R103 C 4 R124 D 2 R206 C 5 R227 E 5 R254 H 5 R275 J 1 R276 H 4 C126 E 3 C254 H 5 CR215 D 5 VR282 F 3 Q116 G 3 Q278 G 4 R104 B 2 R125 B 4 R207 C 5 R231 F 4 R257...

Page 100: ...nt for power supply loading INTENSITY control is set fully ccw Voltmeter common is connected to chassis ground WAVEFORM CONDITIONS OSCILLOSCOPE UNDER TEST Install an amplifier unit in the left vertical compartment and a time base unit in the horizontal compartment Connect the CALIBRATOR output signal to the amplifier unit set vertical input coupling to de and volts div for a 2 division display Set...

Page 101: ... ftZTZD M VM X Leas Q231 270k SWEEP UNfeLANK ING INTENSIFICATION VMM 4 51V Y 4200V Ft2 82 I22I Q2I4 I S TRACE R OTATION L2F I 3 1 27 LEFT HAND HOP IT SIG FROM Qi 4 kl HT HAND HOR IZ SIG FROM QI2 4 FROM CRT CIRCUIT SN B1 19999 BELOW jijo note CRT CIRCUIT COMPONENTS ARE SHOWN OPPOSITE DIAGRAM NOT USED 4 V AC F 0M T80I LV PPWEP SUPPLY T240 242 27k H h GF2I4 24 0068 IR 272 A UNRGL TD P2T2B 150k 1 C275...

Page 102: ...LV POWERSUPPLY CALIB COMPONENTS A 4 L V Power Supply circuit board 5110 ...

Page 103: ...tment for power supply loading INTENSITY control is set fully ccw Voltmeter common is connected to chassis ground WAVEFORM CONDITIONS OSCILLOSCOPE UNDER TEST Install an amplifier unit in the left vertical compartment and a time base unit in the horizontal compartment Connect the CALIBRATOR output signal to the amplifier unit set vertical input coupling to de and volts div for a 2 division display ...

Page 104: ...nent POWER CRBia QB 40 CR 4I CR85I vSS O CAL BRATOR J 3v UNRSLTD UNR 6LTD I P86O J 4VAC C tT FIUAMENT S LEVATED UNR LTD 51 10 Q 143 2 34 E Rev A JUL 1979 C834 Sooo r LV POWER SUPPLY CALSBRATOR L V POWER SUPPLY e CALIBR ATOR 5 873 ...

Page 105: ...t is installed in the horizontal compartment set for external volts div INTENSITY control is set fully ccw Voltmeter common is connected to chassis ground WAVEFORM CONDITIONS OSCILLOSCOPE UNDER TEST install an amplifier unit in both vertical compartments and a time base unit in the horizontal compartment Connect the CALIBRATOR output signal to the amplifier units set vertical input coupling to de ...

Page 106: ... GRID LOC CKT NO GRID LOC C930 4D Q972 ID R950 6B R991 2B C931 5E Q975 2D R951 6B C960 4C Q980 2D R952 5B P914 ID C961 5B Q990 IB R955 5B C980 3E R956 5B C981 2C R910 3E R960 3C R911 4E R961 5B CR930 3D R912 4E R962 5B CR960 4C R915 4E R963 4C CR980 2E R916 4E R967 2B CR990 2B R920 6E R968 1C R921 5E R969 2C Q910 3E R922 5E R970 3B Q915 4E R925 4E R971 2C Q920 5D R926 5E R972 2C Q925 5F R930 3D R9...

Page 107: ...SIGNALS OUT OPTION 7 ONLY SI 10 OPT 7 213 26 REV A FE BI979 SIGNALS OUT COPTION T ONLY n ...

Page 108: ...must be purchased separately unless otherwise specified ITEM NAME In the Parts List an Item Name is separated from the description by a colon Because of space limitations an Item Name may sometimes appear as incomplete For further Item Name identification the U S Federal Cataloging Handbook H6 1 can be utilized where possible ABBREVIATIONS INCH ELCTRN ELECTRON IN INCH SE SINGLE END NUMBER SIZE ELE...

Page 109: ...CREW PRODUCTS CO INC 821 STEWART AVE GARDEN CITY NY 11530 70485 ATLANTIC INDIA RUBBER WORKS INC 571 W POLK ST CHICAGO IL 60607 71785 TRW CINCH CONNECTORS 1501 MORSE AVENUE ELK GROVE VILLAGE IL 60007 73743 FISCHER SPECIAL MFG CO 446 MORGAN ST CINCINNATI OH 45206 73803 TEXAS INSTRUMENTS INC METALLURGICAL MATERIALS DIV 34 FOREST STREET ATTLEBORO MA 02703 74921 ITEN FIBRE CO 4001 BENEFIT AVE P 0 BOX 9...

Page 110: ...10100 B090724 1 COIL CAL 80009 119 0238 00 119 0373 00 B090725 1 COIL CAL 80009 119 0373 00 ATTACHING PARTS 210 0442 00 2 NUT PLAIN HEX 3 48 X 0 187 INCH CD PL BRS 73743 3014 402 210 0004 00 2 WASHER LOCK 4 INTL 0 015THK STL CD PL 78189 1204 00 00 0541C 210 0994 00 2 WASHER FLAT 0 125 ID X 0 25 OD STL 86928 5714 147 20N 210 0935 00 2 WASHER NONMETAL FIBER 0 14 IDX 0 375 OD 74921 OBD 21 361 0059 01...

Page 111: ...ASHER NONMETAL 0 5 ID X 0 688 INCH OD NPRN 70485 OBD 55 210 0201 00 B010100 B1O665O 1 TERMINAL LUG SE 4 86928 A373 157 2 210 0202 00 B1O6651 1 TERMINAL LUG 0 146 ID LOCKING BRZ TINNED 78189 2104 06 00 2520N ATTACHING PARTS 56 210 0586 00 B010100 B106650 1 NUT PL ASSEM WA 4 40 X 0 25 STL CD PL 83385 211 041800 00 210 0457 00 B106651 1 NUT PL ASSEM WA 6 32 X 0 312 INCH STL 83385 OBD 57 333 1429 00 B...

Page 112: ...2 ALUMINUM 80009 214 2811 00 85 337 1179 00 1 SHIELD ELEC REFLECTION AMP 80009 337 1179 00 ATTACHING PARTS FOR CKT BOARD 86 211 0510 00 1 SCREW MACHINE 6 32 X 0 375 INCH PNH STL 83385 OBD 87 210 0975 00 1 WSHR SHOULDERED 0 14 ID X 0 247 OD PLSTC 80009 210 0975 00 88 343 0254 00 B010100 B069999X 1 CLP ELCTRN TUBE 80009 343 0254 00 89 367 0117 00 B010100 B069999X 1 PULL SOCKET 80009 367 0117 00 90 2...

Page 113: ...0610C 175 0863 00 FT WIRE ELECTRICAL 2 WIRE RIBBON 08261 SS 0222 1910610C 175 1020 00 FT CABLE RF 50 OHM COAX WHT POLYTHN JKT 90484 DAB7OJAAAWHITE 352 0161 00 1 HLDR TERM CONN 3 WIRE BLACK 80009 352 0161 00 352 0198 00 1 HLDR TERM CONN 2 WIRE BLACK 80009 352 0198 00 198 2752 00 B010100 B104832 1 WIRE SET ELEC 80009 198 2752 00 198 2752 01 B014833 1 WIRE SET ELEC 80009 198 2752 01 131 0621 00 18 CO...

Page 114: ......

Page 115: ...5110 OSCILLOSCOPE ...

Page 116: ...FIG 2 MAINFRAME p 5110 OSCILLOSCOPE ...

Page 117: ...1 ...

Page 118: ...31 0608 00 14 TERMINAL PIN 0 365 L X 0 025 PH BRZ GOLD 22526 131 0589 00 14 TERM PIN 0 46 L X 0 025 SQ PH BRZ GL 22526 12 200 0293 00 1 SHLD CAPACITOR 2 563 INCHES LONG 80009 13 200 0294 00 B01010 B043669 2 SHLD CAPACITOR 80009 200 0294 00 B043670 1 SHLD CAPACITOR 80009 14 214 0579 00 4 TERM TEST POINT BRS CD PL 80009 15 344 0154 00 6 CLIP ELECTRICAL FUSE CKT BD MT 80009 ATTACHING PARTS FOR CKT BD...

Page 119: ... TPG TR 4 20 0 25 L PLASTITE 93907 OBD 31 426 0738 00 1 FR ASSY PWR AMP 80009 426 0738 00 210 0617 00 XB030000 3 EYELET METALLIC 0 089 OD X 0 125 L BRASS 57771 2245 131 1254 01 XB030000 3 CONTACT ELEC GROUNDING 80009 131 1254 01 32 175 0826 00 FT WIRE ELECTRICAL 3 WIRE RIBBON 80009 175 0826 00 33 175 0829 00 FT WIRE ELECTRICAL 6 WIRE RIBBON 08261 SS 0626 710610C 131 1896 00 1 LINK TERM CONN 8 22 A...

Page 120: ...R PAWL 80009 214 0812 00 13 386 1151 00 1 CLAMP RIM CLENCiSPG STL CD PL 80009 386 1151 00 14 386 0227 00 1 STOP CLP RIM CL ACETAL 80009 386 0227 00 15 214 0604 00 1 WASH SPG TNSN 0 26 ID X 0 47 INCH OD 80009 214 0604 00 16 214 0603 01 1 PIN SECURING 0 27 INCH LONG 80009 214 0603 01 17 390 0190 00 BOIOIOO B105297 1 COVER SCOPE BOTTOM 80009 390 0190 00 390 0470 00 B1O5298 1 CAB BOT DSPL BOTTOM 80009...

Page 121: ...o ...

Page 122: ...S 1 5110 OSCILLOSCOPE ...

Page 123: ...13 FIG 4 RACKMOUNT CABINET 5110 OSCILLOSCOPE ...

Page 124: ......

Page 125: ...4 0604 00 I WASH SPG TNSN 0 26 ID X 0 47 INCH OD 80009 214 0604 00 12 214 0603 01 1 PIN SECURING 0 27 INCH LONG 80009 214 0603 01 13 390 0194 00 BOIOIOO B105297 1 COVER SCOPE LEFT SIDE 80009 390 0194 00 390 0503 00 B105298 1 CAB SIDE DSPL LEFT RACK 80009 390 0503 00 390 0193 01 BOIOIOO B104843 t COVER SCOPE LEFT SIDE 80009 390 0193 01 OPTION 2 ONLY 390 0471 00 Bl04844 1 COVER DISPLAY LEFT SIDE BEN...

Page 126: ...art Number 070 2134 01 ACCESSORIES Fig Index Tektronix Serial Model No No Part No Eft Dscont Qty 1 2 3 4 5 Name Description 070 2134 01 1 MANUAL TECH INSTRUCTION Mfr Code 80009 5110 OSCILLOSCOPE ACCESSORIES ...

Page 127: ...ormation sheets are carried in the manual until all changes are permanently entered some duplication may occur If no such change pages appear following this page your manual is correct as printed SERVICE NOTE Because of the universal parts procurement problem some electrical parts in your instrument may be different from those described in the Replaceable Electrical Parts List The parts used will ...

Page 128: ... 106 Positive and Negative going trigger output signal 50 ns and 1 V High Amplitude output 100 V 0502 01 Comparator output can be alternately chopped to a refer ence voltage SG 503 replaces 190 190A 190B 191 067 0532 01 SG 503 Amplitude range 5 mV to 5 5 V p p SG 503 Frequency range 250 kHz to 250 MHz 190B Amplitude range 40 mV to 10 V p p 0532 01 Frequency range 65 MHz to 500 MHz SG 504 replaces ...

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