Tektronix 465M Technical Manual Download

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Summary of Contents for 465M

Page 1: ...0 0010 TECHNICAL MANUAL OPERATION AND MAINTENANCE INSTRUCTIONS WITH ILLUSTRATED PARTS BREAKDOWN OSCILLOSCOPE 100 MHz BANDWIDTH AN USM 425 V 1 Model 465M NSN 6625 01 032 6914 Published under authority of the Secretaries of the Air Force and Navy 15 MARCH 1977 ...

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Page 3: ...ndicated by shaded areas Dates of issue for original and changed pages are Original 0 15 MAR 77 TOTAL NUMBER OF PAGES IN THIS PUBLICATION 1 257 CONSISTING OF THE FOLLOWING Changa No vi Blank 0 vii 0 1 0 1 8 0 2 1 2 3 0 2 4 Blank 0 3 1 3 3 0 3 4 Blank 0 4 1 4 45 0 age Changa lo No 4 46 Blank 0 5 1 5 55 0 5 56 Blank 0 6 1 6 3 0 6 4 Blank 0 6 5 6 23 0 6 24 Blank 0 6 25 0 6 26 Blank 0 6 27 0 Page Chan...

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Page 5: ...INSTRUCTIONS cont 4 3 DETAILED CIRCUIT OPERATION 4 4 a Vertical Module 4 4 1 CH 1 andCH 2 Input 4 4 2 CH 1 and CH 2 Preamplifier and Vertical Switching 4 5 3 Vertical Switching Control 4 5 4 Delay Line Driver and Delay Line 4 7 5 Vertical Amplifier 4 8 b Horizontal Module 4 8 1 Trigger Input Amplifiers and Trigger Switching 4 8 2 A Trigger Generator 4 9 3 B Trigger Generator 4 13 4 A Sweep Generat...

Page 6: ...34 e Vertical Module Removal 5 34 f Horizontal Module Removal 5 34 g Cathode Ray Tube Crt Removal 5 35 h Shaft Knob Removal 5 36 i Interface Board Removal 5 36 Section Para P 9 V MAINTENANCE INSTRUCTIONS continued j A and B Timing Switch Board Assembly Removal and Replacement 5 37 k A and B Timing Switch Disassembly 5 38 l Trigger Board Removal and Replacement 5 39 m Source and Coupling Switch Dis...

Page 7: ...DOWN MAINTENANCE PARTS LIST 8 1 IX ILLUSTRATED PARTS BREAKDOWN NUMERICAL INDEX 9 1 X ILLUSTRATED PARTS BREAKDOWN REFERENCE DESIGNATION INDEX 10 1 XI DIFFERENCE DATASHEETS 11 1 LIST OF ILLUSTRATIONS Figure Title Page 1 0 AN USM 425 V 1 with front cover 1 0 3 1 Removal and installation of faceplate filters 3 2 3 2 Carrying handle positioning 3 3 3 3 Power section of rear panel 3 3 4 1 Overall block ...

Page 8: ...emoval and replacement 5 44 Light emitting diode LED lead identification 5 44 1 32 volt test point and adjustment location 5 46 Figure Title Page 5 17 Crt and Z Axis test point and adjustment locations 546 5 18 Crt and Calibration test point and adjust ment locations 4 57 5 19 Vertical adjustment locations 548 5 20 Trigger hysteresis and slope centering adjustment locations 5 50 5 21 External trig...

Page 9: ...ssembly 8 5 sheet 2 of 3 8 44 84 Circuit Board Assembly Vertical 8 11 Circuit Board Assembly Sweep Module 8 7 sheet 3 of 3 8 45 8 5 Circuit Board Assembly Vertical 8 12 Electron Tube Assembly 8 50 sheet 1 of 4 8 12 8 13 Main Chassis Assembly 8 53 8 5 Circuit Board Assembly Vertical 8 14 Circuit Board Assembly Interface sheet 2 of 4 8 13 sheet 1 of 4 8 58 8 5 Circuit Board Assembly Vertical 8 14 Ci...

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Page 11: ...con nected from the line voltage source and turned off Under certain conditions some components may retain dangerous potentials even when the instrument is unplugged and turned off To prevent shocks discharge and ground circuits that are being repaired DO NOT SERVICE OR ADJUST ALONE Do not service or make internal adjustments to this instrument unless another person capable of giving first aid and...

Page 12: ...Figure 1 0 AN USM 425 V 1 with cover 1 0 ...

Page 13: ...improve operation and maintenance of the in strument 7 Section VII I ntroduction to the Illustrated Parts Breakdown Contains information on how to use the il lustrated parts breakdown data in Sections VIII through X 9 Section IX Numerical Index Contains a part number to figure and index cross reference listing 10 Section X Reference Designation Index Con tains a reference designator to figure and ...

Page 14: ...ontinuously variable between calibrated settings Extends deflection factor to at least 12 5 volts division Bandwidth at 3 dB points Dc to at least 100 megahertz A limit selector sets a bandwidth limit at 20 megahertz 5 megahertz AC Low Frequency Response at 3 dB points Without Probe or With P6101 Probe 10 hertz or less at all deflection factors With P6104 Probe 1 hertz or less at all deflection fa...

Page 15: ... Y Operation Bandwidth X Axis Dc to at least 4 megahertz Y Axis Same as Vertical Deflection System Sensitivity both axes Same as Vertical Deflection System Deflection Factor X Axis accuracy is 4 Variable Range Same as Vertical Deflection System Uncalibrated Variable Range Input Impedance Same as Vertical Deflection System Input Impednace Maximum Input Voltage Same as Vertical Deflection System Dis...

Page 16: ...Within 4 from 15 to 55 C 5 to 131 F Mixed Sweep A Sweep Within 4 B Sweep Within 2 Differential Time Measurement For measurements of two or more major dial divisions 15 to 35 C 59 to 95 F 1 plug 0 1 of full scale sweep rate 0 to 55 C 32 to 131 F Add 1 to 1 5 to 35 C characteristic Below 0 C 32 F Add 4 to 1 5 to 35 C characteristic Uncalibrated Variable Continuously variable between calibrated setti...

Page 17: ... 0 3 division internal or 50 millivolts external from 50 kilohertz to 25 megahertz in creases to 1 0 division internal or 150 millivolts external at 100 megahertz atten uates signals below about 15 kilohertz HF Reject Coupled 0 3 division internal or 50 millivolts external from 60 hertz to 5 kilohertz attenuates signals below about 30 hertz and above about 50 kilohertz External Trigger Input Maxim...

Page 18: ...kilohms CALIBRATOR Output Voltage 1 0 volt within 1 0 from 15 to 55 C 5 to H31 F Repetition Rate Approximately 1 kilohertz Symmetry Within 25 Rise Time Less than 1 microsecond DISPLAY Display Area 8 centimeters high by 10 centimeters wide CRT Phosphor Type P31 Trace Rotation Range Adequate to align trace with horizontal center graticule line POWER REOUIREMENTS Line Voltage Ranges 116 Volts 100 to ...

Page 19: ...ting 15 to 55 C 5 to 131 F Storage 62 to H85 C 79 6 to H85 F Altitude Operating To 15 000 feet Maximum operating temperature decreases by 1 C per 1000 feet increase in altitude above 5000 feet Storage To 50 000 feet Humidity Operating and Storage Five cycles 120 hours to 95 relative humidity referenced to MIL T 28800 Vibration Operating and Non Operating Along each of the three major axes a Cycled...

Page 20: ...With Panel Cover Modules and Accessories 27 0 pounds 12 2 kilograms Without Panel Cover and Accessories 24 0 pounds 10 9 kilograms Height With Feet 7 05 inches 17 91 centimeters Width With Handle 13 65 inches 34 67 centimeters Without Handle 12 50 inches 31 75 centimeters Depth With Panel Cover 21 45 inches 54 48 centimeters Handle Extended 24 10 inches 61 21 centimeters Probe Length P6101 and P61...

Page 21: ...ss Tektronix TG 501 Time Mark Generator Sweep timing checks and ad justments Y axis adjust ments geometry adjust ments Marker range 10 nanoseconds to 0 5 seconds accuracy within 0 4 Tektronix SG 502 Sine wave Generator Low Frequency Trigger checks Range 30 hertz to 50 kilohertz output amplitude 10 millivolts to 4 volts peak to peak Tektronix SG 503 Sine wave Generator Bandwidth checks cascade sens...

Page 22: ...part 067 0525 00 2 required Dual Input Coupler Matched dual test signal inputs Calibration fixture BNC female in put to dual BNC male output with RG 58C U cable matched within 0 1 inch Tektronix part 103 0030 00 T Connector Test signal interconnections Adapter connector BNC Tee BNC male to two BNC female type UG 274B U Tektronix part 017 0063 00 Manufacturers part 0874 9700 Adapter GR874 to BNC fe...

Page 23: ... Silicone compound MIL S 8660B NSN6850 00 880 7616 Mild detergent NSN6850 00 570 9360 or part GC8666 vender code 80112 Contact cleaner Isopropyl alcohol or freon MIL C 81302 NSN6850 00 105 3084 2 4 RACKMOUNTING ACCESSORY Some instruments may be used in applications where rack mount ing is useful A 465M USM 425 V 1 Rack Adapter Cradle Mount kit is available as Tektronix part 040 0825 00 Installatio...

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Page 25: ...ure it is locked into a detent before letting the handle support the instrument Otherwise the tilt stand may collapse causing instrument damage e Operating Voltage Selection The instrument will ope ate from either a 1 16 volt ac or 232 volt ac nominal line voltage source with ranges as indicated on the rear panel Source seleetion is maele with the LINE RANGE Selector on tfte rear panel see Figure ...

Page 26: ...INER PULL IMPLOSION RETAINER WITH FILTER FORWARD AWAY FROM CRT FACEPLATE REMOVE FILTER BY LIFTING IT OUT OF THE IMPLOSION RETAINER INSTALLATION INSTRUCTIONS INSTALL FILTER IN NOTCHES ON IMPLOSION RETAINER WITH THE BLACK MASK TOWARD THE CRT POSITION IMPLOSION RETAINER ON CRT FACEPLATE SO FULL LENGTH SLOT IS TOWARD THE TOP OF THE INSTRUMENT SCREW IN THE FOUR CORNER THUMBSCREWS Figure 3 1 Removal and...

Page 27: ... should be maintained around the case The clearance provided by the feet on the rear panel must be maintained to prevent power supply over heating A thermal cutout inside the instrument provides overheating protection and disconnects power if the in ternal temperature exceeds a safe operating level Power is automatically restored when the internal temperature returns to a safe operating level To p...

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Page 29: ... Vertical Switching 4 Delay Line Driver and Delay Line The vertical signal from the CH 1 and CH 2 Preamplifiers is amplified by the Delay Line Driver and supplied to the Delay Line The Delay Line delays the vertical signal enough so the portion of the vertical signal initiating the sweep can be viewed 5 Vertical Amplifier This circuit amplifies the sig nal from the Delay Line The amplified signal ...

Page 30: ...AIR FORCE T033A1 13 496 1 NAVELEX 0969 LP 170 0010 Operation Instructions 4 2 ...

Page 31: ...AIR FORCE T033A1 13 496 1 NAVELEX 0969 LP 170 0010 Operation Instructions Figure 4 1 Overall block diagram sheet 2 of 2 4 3 ...

Page 32: ...cident with B Sweep time 5 Calibrator The Calibrator provides an externally accessable square wave output with an accurate voltage amplitude This signal is used for checking vertical de flection accuracy and probe compensation 6 Low Voltage Power Supply The Low Voltage Power Supply provides the low voltages needed to operate the oscilloscope The high voltages are supplied by the Crt Circuit 4 3 DE...

Page 33: ...34 and 36 of U4160 With 0 8 volts on terminal 34 and 0 0 volts on terminal 36 the CH 2 signal is not inverted To invert the signal the INVERT switch S4240 is pushed which sets terminal 34 to 0 0 volts and terminal 36 to 0 8 volts b Vertical Switching Transistor gates within U4160 allow either the CH 1 or CH 2 signal to be con nected to the output of U4160 terminals 17 and 18 The transistor gates a...

Page 34: ...AIR FORCE T033A1 13 496 1 NAVELEX 0969 LP 1 70 0010 Operation Instructions Figure 4 2 Channel switching gates 4 6 ...

Page 35: ... 0010 Operation Instructions We previously assumed 04316 was on and had charged the end of C4316 connected to the emitter of 0431 6 positive with respect to its other end When 04334 again turns on the emitter of 04326 will be more negative than the emitter of 04316 Therefore 04326 will turn on reversing the previously assumed condition Terminals 16 and 19 of U4160 will be pulled LO through 04326 a...

Page 36: ...frequency compensation Thermistor RT4419 and varactors CR4416 and CR4417 correct for changes in high frequency compensation as temperature changes c As temperature increases the gain of an am plifier of this type decreases To compensate for this the resistance of thermistor RT4416 decreases as temperature increases This reduces the emitter resistance of Q4421 and Q4431 The decreased emitter resist...

Page 37: ...low frequency signal components con nect to pin 19 of U2260 through the A SOURCE switch AIR FORCE T033A1 13 496 1 NAVE LEX 0969 LP 1 70 0010 Operation Instructions Figure 4 3A shows a simplified diagram of the low frequency signal path Figure 4 3B shows a simplified dia gram of the high frequency signal path Figure 4 4 shows a simplified diagram of signal flow with A SOURCE set to NORM and A COU P...

Page 38: ... EXT OR EXT MO IN LINE POSITION OF A SOURCE OR STARTS AFTER DELAY POSITION OF B SOURCE PIN 4 OF U2160 OR U2260 IS GROUND WHICH BLOCKS OTHER HF INPUTS IN HF REJ POSITION OF COUPLING THE INPUT SELECTED BY SOURCE IS DISABLED AND PIN 4 ND SIGNAL IS SELECTED 2 V B HIGH FREQUENCY SIGNAL PATH 2 V Figure 4 3 Trigger switching 4 10 ...

Page 39: ...h point K LO the sweep gate latch will be allowed to change states 3 After the Arm Latch Sets After the arm latch sets the first voltage at point A that is more positive than the 3 65 volt threshold causes point B to go HI This causes the output of the sweep gate latch pin 14 of U2260 to go HI The HI on pin 14 causes the A Sweep Generator to begin generating a sweep ramp 4 Beginning of Holdoff At ...

Page 40: ...AIR FORCE T033A1 13 496 1 NAVELEX 0969 LP 170 0010 Operation Instructions FROM C2256 4 12 ...

Page 41: ... sets internal current levels 2 Pin 4 sets the Miller null and retrace currents for the A Sweep Generator only This function is per formed by another circuit in the B Sweep Generator AIR FORCE T033A1 13 496 1 NAVELEX 0969 LP 170 0010 Operation Instructions 5 Pin 5 is the sweep ramp output The ramp at pin 5 is connected to the Horizontal Preamplifier Pin 5 is switched on or off by the voltage on pi...

Page 42: ...or produces a sweep start gate Pin 14 of U2790 is HI This sets point A see Figure 4 6 HI This causes the output of the sweep start comparator to appear as a low impedance point The output of the sweep start comparator supplies current through pin 4 of U2790 and through Rt to set the inverting input of the Miller op amp to the same voltage as the non inverting input the sweep 32 Figure 4 6 Simplifi...

Page 43: ...Operation Instructions 4 At Delayed Gate Generaton The negative going ramp at pin 2 of U2790 is internally connected to a comparator The ramp is compared to the dc voltage on pin 1 of U2790 set by the DELAY TIME POS control When the ramp voltage is the same as the voltage on pin 1 the comparator triggers the delayed gate multivibrator sup plying a negative going gate pulse to pin 16 of U2790 This ...

Page 44: ...rns off Q2620 This begins generation of a B ramp When the B ramp at pin 2 of U2690 begins going less positive it turns off Q2636 The emitter of Q2624 is now connected to 5 volts through R2638 Transistor Q2624 remains on sup plying the collector current for Q2622 4 During B Ramp Generation When Q2620 turns off Ct begins charging through Rt As Ct charges the inverting input of the B Miller op amp tr...

Page 45: ...AIR FORCE T033A1 13 496 1 NAVELEX 0969 LP 170 0010 Operation Instructions 32 V Figure 4 8 Simplified diagram of the B sweep generator ...

Page 46: ...DELAY TIME POS SET TO ABOUT 2 00 B SWEEP GATE PIN 14 OF U2160 B SWP GATE BASE OF Q2622 B RAMP PIN 2 OF U2690 PARTIAL B GATE OUT PIN 19 OF U2690 PARTIAL B GATE OUT COLLECTOR OF 02602 THROUGH CR2690 B GATE OUT EMITTER OF Q2696 B RAMP PIN 2 OF U2690 PARTIAL B GATE OUT PIN 10 OF U2690 PARTIAL B GATE OUT COLLECTOR OF 02602 THROUGH CR2690 B GATE OUT EMITTER OF Q2696 Figure 4 9 Waveforms produced during ...

Page 47: ...sitive To compensate the output of the B Miller op amp supplies current through Ct and Rt to hold both inputs at the same voltage Ct charges at a rate deter mined by the A sweep ramp The resulting ramp at pin 2 of U2690 has the same slope as the A sweep ramp and is internally connected to pin 5 of U2690 This signal is con nected to the Horizotal Preamplifier and provides hori zontal deflection for...

Page 48: ...re the timing capacitors Figure 4 10 shows a functional block diagram of U2750 and associated circuitry Figure 4 1 1 shows the waveforms produced by the holdoff control circuitry 1 At the beginning of A sweep generation pin 6 of U2750 steps LO This LO passes through an inverting amplifier and turns on transistor C and turns off transistors D and E see Figure 4 10 When transistors D and E turn off ...

Page 49: ...TRIG LIGHT OUT TO CR2755 ...

Page 50: ...logic HI 4 When the holdoff latch sets pin 9 of U2750 resets the A Trigger Generator causing pin 5 of U2750 to step HI The HI on pin 5 turns off transistor A within U2750 Now C2757 starts to charge through R2757 When C2757 charges sufficiently input X of U2750 is HI Now all three inputs of the AUTO gate logic are HI which causes an AUTO sweep gate to be generated at pin 6 of U2750 6 At the end of ...

Page 51: ...he end of sweep ramp generation the Q output of the holdoff latch steps HI This HI is connected to the S input of the single sweep latch and sets the latch The Q output of the single sweep latch holds pin 9 of U2750 HI even after the holdoff latch has reset This per manetly holds off the A Trigger Generator 3 To reset the single sweep latch the SGL SWP button must be pushed and released When the S...

Page 52: ...ses CR506 and CR505 This disconnects the input signals from the emitter of 0514 When 32 volts is removed from R512 the base of 0518 is pulled slightly more negative through R514 This sets conduction in 0518 at a level which pro vides a visible display regardless of the Z Axis Amplifier input signals 2 Crt Circuit Figure FO 9 shows the CRT Circuit The CRT Circuit provides the high voltage levels ne...

Page 53: ...T550 AIR FORCE T033A1 13 496 1 NAVELEX 0969 LP 170 0010 Operation Instructions As the 2 kV supply goes more negative it pulls the base of 0554 less positive The collector of Q544 goes more positive which decreases the collector current of Q548 Transistor Q548 supplies charge current to C548 Be cause the collector current of Q548 is decreased C548 charges more slowly As a result the voltage on pin ...

Page 54: ... steps negative to 2080 volts This is 2100 volts the charge on capacitor A more negative than the conduction level of diode B When point Y steps to 2080 diode G be comes reverse biased and diode F becomes forward biased Point Y sets the crt grid to about 2080 volts or about 80 volts more negative than the cathode While diode F is for ward biased capacitor E discharges slightly into capacitor A Thi...

Page 55: ...AIR FORCE T033A1 13 496 1 NAVELEX 0969 LP 170 0010 Operation Instructions TO CRT CONTROL GRID I DIODE C BEGINS CONDUCTING B THEORETICAL DC RESTORER WAVEFORM NOT MEASURABLE Figure 4 15 Dc restorer 4 27 ...

Page 56: ...hese windings can be placed in series or parallel by the line voltage selector switch S701 The two windings are placed in series for operation from a 232 volt power source or in parallel for operation from a 1 16 volt power source b 32 Volt Supply Figure FO 10 shows the 32 volt supply The 32 volt supply consists of U722A Q732 Q734 Q736 and associated circuitry 1 Operational amplifier U722A control...

Page 57: ...he base of Q736 more positive AIR FORCE T033A1 13 496 1 NAVELEX 0969 LP 170 0010 Operation Instructions When the load on the 32 volt supply be comes excessive the voltage on the base of 0736 becomes sufficiently positive to forward bias 0734 through R732 and R733 As 0734 begins to conduct it reduces the for ward bias on 0732 and 0736 causing the 32 volt supply output to go less positive The greate...

Page 58: ...ecking vertical gain 11 Graticule Internal graticule prevents parallax errors Rise and fall time measure ment points are indicated on the left edge and near the top and bot tom horizontal portions of the graticule 12 BEAM FINDER Locates an off screen display When pushed a compressed display is visible within the graticule area This display is independent of posi tion controls intensity setting or ...

Page 59: ...ted with the probe being used Check the attenuation factor of the probe and use the cor respondingly marked light colored area 18 UNCAL Indicator Indicates when the VAR portion of the VOLTS DIV control is out of its fully clockwise detent position and uncalibrated deflection factors are being used 19 AC GND DC Selects the method of coupling the input signal to the vertical input amplifier AC Input...

Page 60: ...start of B sweep is delayed from the start of A sweep by a time determined by the settings of A TIME DIV and DELAY TIME POS To calculate the delay multiply the A TIME DIV setting by the DELAY TIME POS dial setting 24 POSITION Provides horizontal positioning control of the display except in the X Y mode of operation when the CH 1 OR X POSITION control pro vides horizontal positioning 25 A AND B TIM...

Page 61: ...ayed on a trig ger signal Another single sweep cannot be displayed until the SGL SWP push button is pressed to reset the trigger circuit 32 TRIG READY Indicates the A sweep is reset and ready for a single sweep display when a Indicator trigger signal occurs If the indicator is out when in the SGL SWP mode the SGL SWP push button must be pressed to reset the trigger circuit 33 SOURCE Selects the so...

Page 62: ... SOURCE COUPLING and SLOPE have been selected 36 SLOPE Selects the slope of the trigger signal on which the sweep is triggered OUT I Sweep is triggered on the positive going portion of the trigger signal IN Sweep is triggered on the negative going portion of the trigger signal 37 External Trigger Input Connector Connects external trigger input probe or cables to the instrument 38 ATRIGGER HOLDOFF ...

Page 63: ...y characteristics of an applied signal high quality low loss coaxial cable should be used Also the cable should be terminated at both ends in its characteristic impedance If it is necessary to use cables with differing characteristic impednaces use suitable impedance matching devices AIRFORCE T033A1 13 496 1 NAVELEX 0969 LP 170 0010 Operation Instructions 2 To maintain fast rise time pulse charact...

Page 64: ...sensitivity can be increased to approximately 1 millivolt division by cas cading the CH 1 and CH 2 amplifiers as follows 1 Connect CH 2 OUT signal on rear panel to CH 1 input via a 50 ohm cable and a 50 ohm termination 2 Set VERT MODE to CH 1 CH 1 SIGNAL WITH UNWANTED LINE FREQUENCY COMPONENT CH 2 SIGNAL FROM LINE FREQUENCY SOURCE INVERTED A CH 1 AND CH 2 SIGNALS SIGNAL WITH LINE FREQUENCY COMPONE...

Page 65: ...llows a Verify that the instrument is configured for the cor rect power source refer to the Operating Voltage Selection paragraphs in Section III Preparation for Use and Shipment b Remove the power cord from the front panel cover and plug it into the rear panel connector c Connect the power cord to the power source receptacle 2 Magnified Sweep Triggered After Delay If the Magnified Sweep Starts Af...

Page 66: ...EAM FINDER was pressed the in strument is malfunctioning If the trace ap peared and could be centered but disappeared when BEAM FINDER was released increase the INTEN control b Intensity Adjustment Set the INTEN control for a comfortable viewing level Later when FOCUS and ASTIG are adjusted INTEN may need readjustment To protect the crt phosphor do not turn the INTEN control higher than necessary ...

Page 67: ... pulse is displayed 4 Adjust CH 1 probe compensation through hole in compensation box for the best flat top display 5 Set A SOURCE and VERT MODE to CH 2 6 Repeat step 4 above for CH 2 4 8 NORMAL OPERATION The following pro cedures demonstrate the operation of the controls con nectors and indicators These procedures may also be used for operator familiarization or as an instrument functional check ...

Page 68: ... output 10 Set AC GND DC to GND and note the position of the baseline trace Set AC GND DC to AC The display should be equally displayed on each side of the baseline trace position Reset AC GND DC to DC 11 Adjust horizontal POSITION so the display starts at the left vertical graticule line 12 Push in INVERT and adjust CH 2 vertical POSI TION for an on screen display The CH 2 display should be inver...

Page 69: ...y starts with a positive pulse b Push in A SLOPE IN Note that the dis play now starts with a negative pulse Push in SLOPE again to reset it to the OUT t position AIR FORCE T033A1 13 496 1 NAVELEX 0969 LP 170 0010 Operation Instructions 6 Single Sweep Trigger a Adjust A LEVEL so display is just barely stabilized b Set A COUPLING to LF REJ c Push and release SGL SWP The previously selected TRIG MODE...

Page 70: ...iply by VOLTS DIV setting c Dual Trace Phase Difference Measurement Figure 4 23 Phase comparisons between two signals of the same frequency can be made using the dual trace feature This method can be used up to the frequency limit of the verti cal system and is usually more accurate and easier to use then the X Y method To make the comparison use the following procedure 1 Set both AC GND DC to AC ...

Page 71: ...the vertical graticule line 3 Push in XI 0 MAG Sweep rate is now 4 5 division 45 division i 10 4 Slightly reset horizontal POSITION control to move measurement points within graticule area 5 Measure horizontal difference in divisions be tween corresponding points on waveforms 6 Multiply difference by magnified sweep rate 4 5 division e Time Duration and Frequency Measurement Figure 4 25 Measure th...

Page 72: ...medIjration frequency 16 6 MILLISECONDS 6 HERTZ d Use DELAY TIME POS control to move the left edge of intensified zone to just touch the first time measurement point point A Note DELAY TIME POS 1st DTP setting setting e Use DELAY TIME POS control to move left edge of intensified zone to just touch the second time measurement point point B Note DELAY TIME POS 2nd DTP setting setting Figure 4 25 Exa...

Page 73: ...sified zone e Set HORIZ DISPLAY to B DLY D f Slightly reset DELAY TIME POS to move first time measurement point to the closest vertical graticule line see Figure 4 28B Note DELAY TIME POS 1st DTP setting setting g Set HORIZ DISPLAY to A INTEN h Repeat step d for the second time measure ment point Point B i Set HORIZ DISPLAY to B DLY D j Slightly reset DELAY TIME POS to move second time measurement...

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Page 75: ...umbered procedures may be performed in any order by completing step 1 and step 2 then any other numbered step This feature is useful for testing the instrument after making repairs or replacing components Do not connect the instrument to a power source until instructed to do so in a pro cedural step This will prevent instrument damage in the event the LINE RANGE Selector has been improperly set Ta...

Page 76: ... was stored at or above a 0 C 32 F ambient temperature other wise 20 minutes ON indicator is lit NOTE For the best overall performance of the instrument the checkout pro cedures should be made within an ambient temperature range of 20 to 30 C 68 to 86 Fj 2 Preliminary Adjustments Adjust INTEN for a low intensity trace Adjustable from off to blooming b Set CH 1 AC GND DC to GND Adjust FOCUS for a w...

Page 77: ...4 90 to 5 10 20 0 V 5 V 3 92 to 4 08 4 Variable Vertical Deflection Factor Range a Connect the equipment as shown in step 3 a b Preset controls as listed in step l a then reset CH 1 VOLTS DI V to 10 m c Set the calibration generator to 50 mV 4 9 to 5 1 division vertical display d Rotate CH 1 VOLTS DIV VAR fully counterclockwise 2 division or less vertical display e Set VERT MODE to CH 2 and CH 2 V...

Page 78: ...display 6 Trigger View Gain a Connect the equipment as follows PG 506 OR EQUIVALENT CALIBRATION GENERATOR b Preset controls as listed in 1 a then reset as follows CH 1 VOLTS DIV 1 A SOURCE EXT A LEVEL 0 A AND B TIME DIV 2 ms c Set calibration generator for 0 2 V d Push in and hold TRIG VIEW ovserve display then release TRIG VIEW 1 4 to 2 6 division vertical display e Set instrument controls as fol...

Page 79: ...veform at both the top and bottom horizontal graticule lines The front corner of the waveform has no more than 0 3 division peak to peak aberrations e f g h i k Set ASLOPE to IN Change the calibration generator output to the negative going fast rise output Repeat steps 7 c and 7 d Change the calibration generator output cable from CH 1 to CH 2 Set the instrument controls as follows CH 2 VOLTS D IV...

Page 80: ...al Indication Measure the time duration of the positive going portion of the display be tween 10 and 90 markers on the graticule 3 5 nanoseconds 0 7 division or less Change the calibration generator output from CH 1 to CH 2 Set controls as follows CH 2 VOLTS DIV VERT MODE X10 MAG 20 m CH 2 Out off Repeat steps 8 c through 8 f Cascaded Sensitivity and Bandwidth Connect the equipment as follows SG50...

Page 81: ...0 megahertz 10 Channel 1 Channel 2 and X Bandwidth a Connect equipment as follows 3 5 division or more vertical display SG503 OR EQUIVALENT b c d e f g Preset controls as listed in step l a then reset A AND B TIME DI V to 05 MS Set sine wave generator to 3 megahertz and adjust for a 6 division display Set sine wave generator to 100 megahertz Change the sine wave generator output from CH 1 to CH 2 ...

Page 82: ...t for a 3 division display d Adjust A LEVEL for a display with minimum horizontal displacement jitter e Set controls as follows VERT MODE CH 2 HORIZ DISPLAY B DLY D f Change sine wave generator output from CH 1 to CH 2 9 Repeat steps 11 c and ll d using B LEVEL control 0 1 division or less plus trace width of horizontal displace ment jitter 12 Trigger Level Range Connect the equipment as shown in ...

Page 83: ... using B LEVEL and B SLOPE The display disappears when not triggered rather than free run ning 13 25 MHz Triggering Connect the equipment as follows SG503 OR EQUIVALENT SINE WAVE GENERATOR DUAL INPUT COUPLER 10X ATTENUATOR GR TO BNC MALE adapter b Preset controls as listed in step l a then reset as follows A AND BTIME DIV COUPLING SOURCE VOLTS D IV 10 MS DC EXT 10m Set sine wave generator to 50 ki...

Page 84: ...ions then rotate B LEVEL to obtain a stable display NOTE When checking B Sweep control A Trigger must be stable To restabilize A Trigger set HORIZ DISPLA Y to A and readjust A LEVEL for a stable display Then reset HORIZ DISPLAY to B DL Y D and continue check B COUPLING B SOURCE DC NORM LF REJ NORM AC NORM DC CH 1 DC CH2 k Set TRIG MODE to NORM 1 Repeat step 13 m Set B SLOPE to IN n Repeat step 13 ...

Page 85: ...o 100 megahertz d Set controls as follows AANDBTIME DIV 05 ps X10 MAG In on e Rotate A LEVEL for a stable display A stable display can be obtained f Set HORIZ DISPLAY to B DLY D g Rotate B LEVEL for a stable display A stable display can be obtained h Set SOURCE to NORM i Adjust sine wave generator for a 1 division display j Set each of the following conditions then rotate B LEVEL to obtain A stabl...

Page 86: ...follows SG 502 OR EQUIVALENT LOW FREQUENCY GENERATOR DUAL INPUT COUPLER T CONNECTOR Preset controls as listed in step l a then reset as follows A AND B TIME DIV 10 m TRIG MODE NORM Set low frequency sine wave generator to 30 hertz and adjust for a 3 division display d Set VOLTS DIV to 50 m Rotate A LEVEL to obtain a stable display f Set ASLOPEto IN 9 Repeat step 1 5 e A stable display can be obtai...

Page 87: ...EL B SLOPE and B COUPLING 16 a Z Axis Input Connect equipment as follows SGS03 OR EQUIVALENT SINE WAVE b Preset controls as listed in step 1 a then reset as follows VERT MODE CH 2 CH2VOLTS DIV 1 A AND B TIME DIV 5 ms A SOURCE ext Set sine wave generator to 50 kilohertz and adjust for a 5 division display d Change the sine wave generator output T Connector from CH 2 to Z AXIS input on rear panel Tr...

Page 88: ...N Preset controls as listed in step l a then reset as follows CH 1 VOLTS DIV 5 B SOURCE STARTS AFTER DELAY Check A TIME DIV accuracy at the following settings 1 time mark per division within 0 2 division at the 1 1th vertical graticule line TIME DIV Setting Time Mark Generator Output 05 ps 50 ns 1 ps 0 1 ps 2ps 0 2 ps 5 ps 0 5 ps 1 time mark per division 1 ps 1 ps within 0 2 division at the 2 ps 2...

Page 89: ...B DLY D e Repeat step 17 c using B TIME DIV NOTE If the 11th time marker is not visible set A TIME DIV one position counterclockwise from B TIME DIV e g A set to 1 ms and B to 05 ms 18 Variable Sweep Rate Range a Connect equipment as shown in step 17 a b Preset controls as listed in step 1 a then reset as follows CH 1 VOLTS D IV 5 A AND B TIME DIV 2 ms VAR TIME DIV Fully counterclockwise c Set tim...

Page 90: ...Mark Portion of total magnified Setting Generator sweep length to exclude from Setting measurement 05 ts 10 ns 1 ps 10 ns First and last 50 nanoseconds 2 p 20 ns Bps 50 ns 1 ps 0 1 ps 2 ps 0 2 ps 5 ps 0 5 ps NOTE 10 is 1 ps To determine the excluded portion 20 ps 2 ps of the sweep at 05 1 and 2 ps 50 ps 5 ps position the beginning or end of 1 time mark per division within 1 ms 10 ws the sweep at t...

Page 91: ...RCE DELAY TIME POS 5 B DLY D STARTS AFTER DELAY 1 00 Set time mark generator for 0 1 microsecond time marks d Check each of the following conditions by using steps 20 e through 20 1 Time Mark Generator Output ATIME DIV Setting BTIME DIV Setting 1 MS 5 MS 05 MS 1 MS 1 MS 1 MS 2 MS 2 MS 2 MS 5 MS 5 MS 5 MS 10 MS 10 ms 1 MS 20 ms 20 MS 2 MS 50 MS 50 ms 5 MS 0 1 ms 1 ms 10 MS 0 2 ms 2 ms 20 ms 0 5 ms ...

Page 92: ... the center graticule line 0 91 to 1 09 DELAY TIME POS dial reading 9 minor divisions k Select new settings from step 20 d 1 Set DELAY TIME POS to 1 00 and return to step 20 e 21 Delay Time Jitter a Connect equipment as shown in step 17 a b Preset controls as listed in step l a then reset as follows CH 1 VOLTS DIV 5 ATIME DIV 1ms BTIME DIV 5 iS DELAY TIME POS 1 00 HORIZ DISPLAY B DLY D B SOURCE ST...

Page 93: ...llows ATIME DIV 5 MS BTIME DIV 05 MS i Set time mark generator for 50 nanosecond time marks j Adjust horizontal POSITION to align the first time mark with the left vertical graticule line k Set DELAY TIME POS fully clockwise l Set time mark generator for 0 5 microsecond time marks m Adjust horizontal POSITION to align the first time mark with the left vertical graticule line 23 Gate Outputs and A ...

Page 94: ...ch complete wave cycle of the display 25 Calibrator Output a Connect CH 1 input to the CALIBRATOR with a probe b Preset the controls as listed in step 1 a then reset as follows CH 1 AC GND DC DC VOLTS D IV 5 A AND B TIME DIV 1 ms Square wave of 2 divisions peak to peak at 1 kilo hertz within 0 1 kilohertz a period of 1 8 to 2 2 divisions 5 2 PREVENTIVE MAINTENANCE Operator preventive maintenance c...

Page 95: ... swab Do not use chemical cleaning agents as they may damage the piastics used in the instrument Use only approved cleaning agents 3 Cleaning the Crt Faceplate and Filter To clean the crt faceplate and light filter remove the filter as shown in Figure 3 1 Clean the faceplate and filter with a soft lint free cloth dampened with isopropyl alcohol Table 5 3 External Inspection Checklist Item Inspect ...

Page 96: ...ts and leave a dust collecting residue a Remove easily accessible shields and covers b Spray wash and thoroughly rinse the com ponent c Blow dry the component with low velocity air d Spray all switch contacts with isopropyl alcohol wait for 60 seconds and blow dry with low velo city air e Heat dry all components in an oven or com partment using low temperature 125 to 150 F circu lating air 3 TIME ...

Page 97: ...ll loose semiconductors Push button controls Binding controls Missing push buttons Determine cause of binding control and repair Replace push buttons a Troubleshooting Aids 1 Diagrams Complete circuit diagrams are con tained on foldout pages in Section VI Diagrams The portions of the circuit mounted on circuit boards are en closed with heavy lines The component number and electrical value of each ...

Page 98: ...LLOW GREEN BLUE VIOLET GRAY WHITE GOLD SILVER NONE TOLERANCE F 1 J 5 K 10 M 20 AND OR COLOR CODE MAY NOT BE PRESENT ON SOME CAPACITORS POLARITY AND VOLTAGE RATING RESISTORS n MULTIPLIER TOLERANCE 1 111 10 1 10 or 100 2 10 or 1 K 3 10 or 10 K 4 10 or 100 K A 10 or 1 M y CAPACITORS pF MULTIPLIER 10 10 or 100 10 or 1000 10 or 10 000 10 or 100 000 10 or 1 000 000 TOLERANCE over 10 pF 20 1 2 3 100 9 5 ...

Page 99: ...G INTENSITY 1 YES h FOCUS AND ASTIG CONTROLS PROVIDE WELL DEFINED TRACE 1 YES i SET VERT MODE TO CHOP OR ALT CH 1 AND CH 2 POSITION CONTROLS POSITION THEIR RESPECTIVE TRACE YES i HORIZONTAL POSITION CONTROL POSITIONS TRACE YES CONNECT CALIBRATOR SIGNAL TO BOTH VERTICAL INPUT CON NECTORS SET AC GND DC SWITCHES TO DC BOTH VOLTS DIV TO 2 VAR TIME DIV TO CALIBRATED DETENT EACH CHANNEL DISPLAYS ABOUT 5...

Page 100: ...ON CONTROL IS NOT MIDRANGE WILL VERTICAL BALANCE ADJUSTMENTS ALLOW TRACE TO BE CENTERED WHEN POSITION CONTROL IS MIDRANGE CHECK VERTICAL PREAMPLIFIER DELAY LINE DRIVER CHECK VERTICAL OUTPUT AMPLIFIER SPOT SPEARS SWEEP WAVEFORM AT TP2797 DISCONNECT VERTICAL DEFLECTION PLATE LEADS FROM VERTICAL BOARD TRACE OR SPOT APPEARS r 1 Figure 5 2 Troubleshooting chart sheet 2 of 5 5 26 ...

Page 101: ...IV SWITCH 1 TP2700 1 5 V CHECK U2790 NO YES NO U2750 pin 3 2 5 V NO YES YES U2700 Pin 11 NO I I I J YES TP2790 1 0 V T YES NO I J T 1 TP2700 0 0 V YES 1 U2750 PIN 4 0 V PIN 1 1 0 V 1 I NO T CO CHECK U2750 1 TP2760 2 0 V NO CHECK HOLDOFF CIRCUIT AND U2750 r I I NO I I I _l I I NO i I I J CHECK U2700 Figure 5 2 Troubleshooting chart sheet 3 of 5 5 27 ...

Page 102: ...DIV TO 5 ms AND PRESS X10MAG ABOUT 5 COM PLETE CYCLES 10 DIVISIONS ARE DISPLAYED YES SET TIME DIV TO 1 ms X10 MAG OUT HORIZ DISPLAY TO A INTEN B SOURCE TO STARTS AFTER DELAY PULL AND UNLOCK DLY D SWEEP KNOB AND SET TO 5 ms INTENSIFIED PORTION VIS IBLE ON DISPLAY YES OK 1 ROTATE DELAY TIME POSITION CHECK DELAY TIME POSITION CONTROL INTENSIFIED PORTION NO CIRCUIT AND B SWEEP LOGIC MOVES ON DISPLAY 1...

Page 103: ...AIR FORCE T033A1 13 496 1 NAVELEX 0969 LP 170 0010 Maintenance Instructions Figure 5 2 Troubleshooting chart sheet 5 of 5 5 29 ...

Page 104: ... Check Circuit Board Interconnections After the trouble has been isolated to a particular circuit check for loose or broken connections improperly seated transistors and heat damaged components 7 Check Voltages and Waveforms Often the de fective component can be located by checking for the correct voltage or waveform in the circuit Typical volt ages are given on the diagrams Waveforms are shown on...

Page 105: ... 13 496 1 NAVELEX 0969 LP 170 0010 Maintenance Instructions LARGE INTEGRATED CIRCUITS jk SOURCE AND DRAIN DESIGNATION REVERSED FROM STANDARD TO MATCH SCHEMATIC DIAGRAM Figure 5 3 Semiconductor lead configurations 5 31 ...

Page 106: ...versed Do not use an ohmmeter scale that has a high internal current High currents can damage diodes Check diodes in the same manner as transistor emitter to base junctions Silicon diodes should have 0 6 to 0 8 volts across the junction when conducting Higher readings in dicate that they are either back biased or de fective depending on polarity c Resistors Check the resistors with an ohm meter Ch...

Page 107: ... sure to match triangle mark on holder with tri angle mark on circuit board 1 Bend grooved portion of holder away from cable as shown 2 Reinsert connector into its hole in the plug in portion of holder Wires are positioned in holder according to color code system see note below Figure 5 4 Multiconductor connector identification c Rear Panel Assembly Removal and Replacement Figure 5 5 1 Remove the ...

Page 108: ...e 5 4 1 Remove the cabinet top 2 Raise the front of the instrument and remove the four external screws from the cabinet bottom 3 Remove the rear panel assembly 4 Remove the remaining seven internal screws from the cabinet bottom 5 Lift the instrument off the cabinet bottom 6 Replace the bottom in the reverse order of re moval When installing the four external screws in front part of the cabinet bo...

Page 109: ...e aligned before rein stalling the extension rod g Cathode Ray Tube Crt Removal WARNING I Handle crt carefully Rough handling or scratching may cause crt to implode 1 Remove vertical module 2 Remove plastic bezel and filter on front of crt 3 Unplug crt anode lead and discharge to chassis 4 Unplug crt base socket NOTE When removing leads in the next two steps make a note of the lead color or tag th...

Page 110: ...i Interface Board Removal 1 Remove the vertical and horizontal modules 2 Lift up the front of the instrument and remove the four external cabinet bottom screws 3 Unplug the crt socket 4 Remove the high voltage shield 5 Remove the shaft knob from INTEN ASTIG FOCUS TRACE ROTATION and SCALE ILLUM con trols see h above 6 Unplug the crt anode lead and discharge it to the chassis 7 Unplug the crt vertic...

Page 111: ...he remaining screws holding the Inter face Board to the cabinet bottom 14 Reinstall the board in reverse order Be sure to properly install the heat sink when replacing the divider chassis in step 1 1 j A and B Timing Switch Board Assembly Removal and Replacement Figure 5 10 1 Remove the horizontal module 2 Remove the VAR 1 hex screw and the TIME DIV knobs by loosening their set screws with a 1 16 ...

Page 112: ...eraser pencil type 5 Carefully pull the board assembly away from the Sweep Board until it just unplugs Then pull the board assembly toward the rear of the module until the switch shaft exits the front panel 4 Clean the boards with isopropyl alcohol 5 Reassemble the switch as follows a Insert the switch shaft through the A Timing Switch Board from the control side of the board and posi tion the swi...

Page 113: ...rted from the B Timing Switch board side in the unplated holes but do not tighten them c Install the VAR potentiometer using the re maining two screws but do not tighten them d Install the VAR shaft untapered end in the VAR potentiometer and tighten the set screw with a 0 050 inch hex wrench e Tighten the four screws holding the assembly together I Trigger Board Removal and Replacement Figure 5 10...

Page 114: ...ront panel controls 6 Remove the four screws holding the board to the chassis and remove the board 7 Replace the board in reverse order p Graticule Illumination Board Removal and Re placement 1 Remove the horizontal module 2 Remove the crt 3 Unplug the Graticule Illumination Board con nector beside the control potentiometer and remove the board 4 Reinstall the board in reverse order 9 Hybrid 1C Re...

Page 115: ... connector and the screw under the front right corner of the assembly 7 Unsolder the resistor and adjustable capacitor tab from the BNC center conductor 8 Remove the BNC connector by unscrewing the large nut and pulling the connector out through the front panel 9 Unplug the multiconductor connector from the Vertical Board located near the rear of the attenuator 10 Remove the long narrow shield on ...

Page 116: ......

Page 117: ... a twist 19 Reassemble the switch as follows a Install the contact assemblies on the contact retainer as shown in Figure 5 1 3B Install these parts in the attenuator assembly Be sure the plastic alignment posts on the contact retainer are properly inserted in the circuit board Install the three contact retainer screws but don t fully tighten them Very carefully push the end contact assembly down t...

Page 118: ...olor is connected to the LED cathode The LED shouldn t be damaged if reverse connected but it won t light 1 Remove the LED from the front panel by pushing it out of the panel from the front 2 Unplug the LED connector u Push Button Shaft Extension and Shaft Extension Adapter Removal and Replacement 1 To remove the small gray buttons on push button switches hold the switch shaft and pull the button ...

Page 119: ...TIME POS 0 0 POSITION Horizontal Midrange A TRIGGER HOLDOFF NORM in detent X10MAG Out off 4 Do not preset ASTIG and TRACE ROTATION They will be adjusted later WARNING I To prevent electrical shock with the cabinet removed do not touch exposed connections or components when the instrument is turned on or connected to a power source 2 Turn on the instrument and allow at least five minutes warm up 5 ...

Page 120: ...pulse 5 Disconnect the test oscilloscope e Y Axis Alignment Figure 5 18 1 Set A AND B TIME DIV to 1 ms and CH 1 AC GND DCto GND 2 Vertically position the display to the center hori zontal graticule line 3 Adjust TRACE ROTATION to align the trace with the center horizontal graticule line 4 Set CH 1 AC GND DC to DC 5 Connect a time mark generator to CH 1 input through a 50 ohm BNC cable and 50 ohm t...

Page 121: ...re 5 18 1 Connect a digital voltmeter to the CALIBRATOR output 2 Connect a shorting jumper between TP376 and TP386 a small alligator clip works nicely 3 Adjust CAL AMPL R386 for a 1 00 volt reading 4 Remove the shorting jumper from TP376 and TP386 5 Disconnect the voltmeter i Vertical Gain Figure 5 19 1 Set CH 1 and CH 2 VOLTS DIV to 5 m IX window and VERT MODE to CH 1 2 Connect a calibration gene...

Page 122: ...ernately readjust both capacitors for the best overall waveform response 8 Continue to the next procedure k Channel 1 Low Frequency Compensation Figure 5 19 1 Set VERT MODE to CH 1 2 Remove the square wave generator output from CH 2 input and reconnect it to CH 1 through a 50 ohm BNC cable 10X attenuator 50 ohm termination and an input RC normalizer 3 Set the generator output for a 5 division disp...

Page 123: ...hould not exceed 3 or 3 peak to peak 0 1 5 division 0 1 5 division or 0 1 5 division peak to peak 13 Set CH 2 VOLTS DIV to 20 m 14 Adjust generator for a 5 division display 15 Adjust R4267 for the best front corner of the waveform AIR FORCE T033A1 13 496 1 NAVELEX 0969 LP 170 0010 Maintenance Instructions 16 Set CH 2 VOLTS DIV to 5 17 Remove the 10X attenuator from the generator input to CH 2 18 A...

Page 124: ...sensitize R2245 adjust A LEVEL until the display just double triggers Then slightly readjust R2245 until the double triggering disappears 7 Set CH 2 VOLTS DIV to 5 m and A AND B TIME DlVto 5 ms 8 Repeat step 4 above 9 Set CH 2 VOLTS DIV to 20 m and adjust A LEVEL for a stable display 10 Set controls as follows VERT MODE CHI HORIZMODE BDLY D B SOURCE CHI B LEVEL 0 AANDBTIME DIV 5 ms 11 Set R2185to ...

Page 125: ...RING B R2615 for a stable display INTERACTION NOTE B LEVEL and R2615 may interact with each other therefore repeat steps 3 through 6 until no further adjustment of R2615 is needed 4 Adjust A LEVEL for a stable display 12 Disconnect the sine wave generator 5 Set A COUPLING to DC 6 Adjust TRIGGER LEVEL CENTERING A R2715 for a stable display INTERACTION NOTE A LEVEL and R2715 may interact with each o...

Page 126: ...SPLAY to B DLY D and hori zontally position the start of sweep within the graticule area 8 Set DELAY TIME POS to 1 00 9 Very slightly adjust R2782 until the time mark starts at the beginning of the sweep 10 Set DELAY TIME POS to 9 00 1 1 Very slightly adjust R2748 until the time mark starts at the beginning of the sweep INTERACTION NOTE R2782 and R2748 may interact with each other therefore repeat...

Page 127: ...TION may interact therefore repeat steps 1 through 4 until no further adjustment of R2932 is needed AIR FORCE T033A1 13 496 1 NAVELEX 0969 LP 170 0010 Maintenance Instructions 5 Continue to the next procedure r B Sweep Timing Figure 5 23 1 Set controls as follows XI 0 MAG Out off A AND BTIME DIV 1ms HORIZ DISPLAY B DLY D 2 Set time mark generator for one millisecond time marks 3 Set horizontal POS...

Page 128: ...r adjustment is needed 11 Set DELAY TIME POS to 0 0 12 Continue to the next procedure t 5 ns Timing Figure 5 24 1 Set controls as follows HORIZ DISPLAY A A AND B TIME DIV 05 ms X10 MAG In on 2 Set time mark generator for 10 nanosecond time marks 3 Adjust C232 and C272 for one time mark per two divisions INTERACTION NOTE The adjustment screws for C232 and C272 should be adjusted to about the same h...

Page 129: ...AIR FORCE T033A1 13 496 1 NAVELEX 0969 LP 170 0010 Maintenance Instructions Figure 5 24 5 nanosecond timing adjustment locations 5 55 5 56 blank ...

Page 130: ......

Page 131: ...tandard Y32 2 1975 3 Logic symbology is based on ANSI Y32 14 1973 in terms of positive logic Logic symbols depict the logic function performed and may differ from the manufac turer s data 4 Table 6 1 is a partial listing of prefix letters used as reference designators These are used to identify com ponents or assemblies on the diagrams A complete listing is contained in MIL STD 16 and also in the ...

Page 132: ...NG DC A SLOPE OUT i A SOURCE EXT 10 VERT MODE CHI CH 1 AC GND DC DC A LEVEL Adjust so TRIG READY indicator is lit Push TRIG VIEW to verify triggering on the positive slope b Voltage Conditions The voltages were taken between the indicated test point and chassis ground using a Tektronix DM 501 digital multimeter Any change from the following setup may change some of the indicated voltages Set contr...

Page 133: ...AIR FORCE T033A1 13496 1 NAVELEX 0969 LP 170 0010 Diagrams Figure 6 1 Schematic symbols 6 3 6 4 blank ...

Page 134: ......

Page 135: ...lustrations by figure and index numbers The relation of each part to its next higher assembly or main group is shown either by indention paragraph 7 4 or by figure cross reference notes paragraph 7 5 7 4 INDENTION Parts listed in the Maintenance Parts List are indented to indicate item relationship or next higher assembly NHA The nomenclature of each assem bly is followed in the list except for at...

Page 136: ...NTRODUCTION Section IX provides a complete cross reference by means of the part number listed and arranged in alphanumerical sequence The order of precedence in beginning the part number arrangement on the extreme left hand first posi tion of the part number is as follows Letters A through Z Numerals 0 through 9 a The order of precedence in continuing the alpha numerical arrangement in the second ...

Page 137: ...dress of manufacturers sup plying items or assemblies These are the codes contained in Government publication Code for Manufacturers Hand 07263 book H4 1 Code Manufacturers Name and Address 00779 Amp Inc 07700 P O Box 3608 Harrisburg PA 17105 Manufacturer s Name and Address Sangamo Electric Co S Carolina Division P O Box 128 Pickens SC 29671 Allen Bradley Co 1201 2nd Street South Milwaukee Wl 5320...

Page 138: ...Katrine Ave Downers Grove IL 60515 Hewlett Packard Co Corporate Hq 1 501 Page Mill Road Palo Alto CA 94304 Code 32997 36619 50157 50437 56289 59730 70485 71286 71400 71590 72982 73138 73743 Manufacturer s Name and Address Bourns Inc Trimpot Products Division 1200 Columbia Ave Riverside CA 92507 Microwave Industries and Components Inc 6600 Bombardier Street Montreal Que CAN HI P 1 E4 Midwest Compon...

Page 139: ... Inc 800 E Northwest Hwy Columbus ME 68601 Des Plaines IL 60016 91737 ITT Cannon Gremar Inc 922 S Lyon Street 76493 Bell Industries Inc Miller J W Division Santa Ana CA 92705 P 0 Box 5825 91929 Honeywell Inc 19070 Reyes Ave Micro Switch Division Compton CA 90224 1 1 W Spring Street Freeport IL 61032 78189 Illinois Tool Works Inc Shakeproff Division 93410 Essex Group Inc St Charles Road Controls Di...

Page 140: ...st and select the illustration most likely to contain the desired part If illustration of part is desired refer to same Figure and Index Num ber on accompanying illustration Turn to Figure and Index Number indicated to obtain desired information IF YOU Do KNOW THE PART NUMBER Do This Find the Part Number in the Numerical Parts List Note the Figure and Index Number where the part is called out in P...

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Page 142: ...AIR FORCE T033A1 13 496 1 NAVE LEX 0969 LP 1 70 0010 Oscilloscope AN USM 425 V 1 ...

Page 143: ...W MACHINE 6 32 X 0 188 inch pnh steel AP 2 5 672 0613 00 80009 CIRCUIT BOARD ASSEMBLY Horizontal Module See Figure 7 for Breakdown 1 6 211 0503 00 80009 SCREW MACHINE 6 32 X 0 188 inch pnh steel AP 2 7 80009 ELECTRON TUBE ASSEMBLY See Figure 12 for Breakdown 8 211 0516 00 80009 SCREW MACHINE 6 32 X 0 875 inch pnh steel AP 1 9 220 0419 00 80009 NUT PLAIN SQUARE 6 32 X 0 312 inch Steel AP 10 11 211 ...

Page 144: ...AIR FORCE T033A1 13 496 1 NAVE LEX 0969 LP 1 70 0010 Accessories and Cover Assembly ...

Page 145: ... TIP PROBE package of 10 1 13 175 1661 00 80009 CABLE SPECIAL PURPOSE ELECTRICAL 39 ohm 1 coax 40 72 long 14 206 0244 00 80009 COMPENSATION B0X 1 meter blue 1 15 108 753 17 74970 PROBE TIP 80009 No 134 0013 00 3 16 206 0105 00 80009 TIP PROBE 3 17 103 0051 01 80009 ADAPTER PROBE TIP 3 18 344 0046 00 80009 CLIP ELECTRICAL alligator type with cover 3 19 013 0107 03 80009 TIP TEST PROD retainer hook ...

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Page 147: ...AIR FORCE T033A1 13 496 1 NAVELEX 0969 LP 1 70 0010 Cabinet and Handle Assembly ...

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Page 149: ...AIR FORCE T033A1 13 496 1 NAVELEX 0969 LP 170 0010 Circuit Board Assembly Vertical Module Figure 8 4 Circuit Board Assembly Vertical Module 8 7 ...

Page 150: ......

Page 151: ...368 00 80009 SPRING HELICAL COMPRESSION 0 24 OD X 0 438 inch long 2 45 352 0262 00 80009 RETAINER TRANSISTOR 2 46 211 0012 00 80009 SCREW MACHINE 4 40 X 0 375 inch pnh steel AP 4 47 2X12161 402 73743 NUT PLAIN HEXAGON 4 40 X 0 188 inch brass AP 80009 No 210 0406 00 4 48 214 1138 00 80009 HEAT SINK ELECTRICAL transistor inch OD aluminum 2 49 407 1922 00 80009 BRACKET HEAT SINK transistor aluminum 5...

Page 152: ......

Page 153: ...g 1 95 213 0075 00 80009 SETSCREW 4 40 x 0 094 inch hex socket steel 2 96 381CM40934 12697 RESISTOR VARIABLE NONWIRE WOUND 5K ohm 20 1W DPST Switch 80009 No 211 1791 00 97 2X20224 402 73734 NUT PLAIN HEXAGON 0 25 3 2 X 0 312 inch brass AP 80009 No 210 0583 00 98 1214 05 00 0541C 78189 WASHER LOCK internal 0 26 ID X 0 40 inch OD steel AP 80009 No 210 0046 00 99 441 1365 00 198 2581 00 80009 80009 C...

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Page 155: ...AIR FORCE T033A1 13 496 1 NAVELEX 0969 LP 170 0010 Circuit Board Assembly Vertical Figure 8 5 Circuit Board Assembly Vertical Sheet 2 of 4 8 13 ...

Page 156: ...AIR FORCE T033A1 13 496 1 NAVE LEX 0969 LP 1 70 0010 Circuit Board Assembly Vertical ...

Page 157: ...AIR FORCE T033A1 13 496 1 NAVELEX 0969 LP 170 0010 Circuit Board Assembly Vertical ...

Page 158: ...52 0269 00 80009 SEMICONDUCTOR DEVICE silicon WC 33pF 20 4V MICROCIRCUIT LINEAR vertical preamplifier 2 18 155 0155 00 80009 1 19 260 1424 01 80009 SWITCH PUSH 5 station 2 pole interlock 1 20 260 1445 01 80009 SWITCH PUSH 1 button 1 21 281 0205 00 80009 CAPACITOR VARIABLE PLASTIC 5 5 6 5pF lOOV 2 22 513 001 5 30 72982 CAPACITOR VARIABLE CERAMIC DIELECTRIC 5 35pF 2 5 100V 80009 No 281 0219 00 4 23 ...

Page 159: ... WOUND 430 ohm l 3W 80009 No 308 0796 00 2 44 3329P L58 500 32997 RESISTOR VARIABLE NONWORE WOUND 50 ohm 10 0 50W 80009 No 311 1258 00 45 3329P L58 101 32997 RESISTOR VARIABLE NONWIRE WOUND 100 ohim 10 0 50W 80009 No 311 1259 00 46 3329P L58 252 32997 RESISTOR VARIABLE NONWIRE WOUND 2 5k ohm 10 0 50W 80009 No 311 1266 00 47 91A 20001M 73138 RESISTOR VARIABLE NONWIRE WOUND 20k ohm 20 0 50W 80009 No...

Page 160: ...STOR FIXED COMPOSITION 300 ohm 5 0 25W 80009 No 315 0301 00 3 69 CB3305 01121 RESISTOR FIXED COMPOSITION 33 ohm 5 0 25W 80009 No 315 0330 00 1 70 CB3325 01121 RESISTOR FIXED COMPOSITION 3 3k ohm 5 0 25W 80009 No 315 0332 00 1 71 CB3615 01121 RESISTOR F IXED COMPOS I TI ON 3 60 ohm 5 0 2 5W 80009 No 315 0361 00 1 72 CB3625 01121 RES ISTOR FIXED COMPOSITION 3 6k ohm 5 0 2 5W 80009 No 315 0362 00 1 7...

Page 161: ... 1 0 125W 80009 No 321 0002 00 1 94 MFF1816G12R70F 91637 RESISTOR FIXED FILM 12 7 ohm 1 0 125W 80009 No 321 0011 00 1 95 MFF1816G30R10F 91637 RESISTOR FIXED FIM 30 1 ohm 1 0 125W 80009 No 321 0047 00 2 96 MFF1816G38R30F 91637 RESISTOR FIXED FILM 38 3 ohm l 0 125W 80009 No 321 0057 00 1 97 MFF1816G39R20F 91637 RESISTOR FIXED FILM 39 2 ohm 1 0 125W 80009 No 321 0058 00 1 98 MFF1816G41R20F 91637 RESI...

Page 162: ... MFF1816G10003F 91637 RESISTOR FIXED FILM IM ohm 1 0 125W 80009 NO 321 0481 00 2 120 MFF1816D4O0R0C 105 0421 00 91637 80009 RESISTOR FIXED FILM 400 ohm 0 25 0 125W 80009 No 321 0773 03 ACTUATOR SWITCH ASSEMBLY 2 1 121 105 0420 00 80009 ACTUATOR SWITCH Momentary 1 122 214 1779 00 80009 SPRING HELICAL COMPRESSION 0 156 OD X 0 844 inch long 1 123 351 0359 00 105 0423 00 80009 80009 GUIDE SLIDE SWITCH...

Page 163: ... 136 7 5060 22526 137 214 0579 00 80009 138 J 64281 71590 139 361 0383 00 80009 140 343 0519 00 80009 141 380 0421 00 80009 1 2 3 4 5 6 7 DESCRIPTION No 136 0252 04 TERMINAL TEST POINT SPACER SWITCH plasti 361 0542 00 SPACER PUSH BUTTON S long RETAINER HEAT SINK ir HOUSING CONTACT SET UNITS USABLE PER ON ASSY CODE 8 21 ...

Page 164: ...AIR FORCE T033A1 13 496 1 NAVE LEX 0969 LP 1 70 0010 Circuit Board Assembly Cam Switch Channel 1 8 22 Figure 8 6 Circuit Board Assembly Cam Switch Channel 1 Sheet 1 of 2 ...

Page 165: ...ng CAPACITOR FIXED CERAMIC DIELECTRIC 18pF 5 500V 80009 No 281 0578 00 CAPACITOR FIXED CERAMIC DIELECTRIC 2 IpF 5 500V 80009 No 281 0579 00 CAPACITOR FIXED CER7HIC DIELECTRIC 3 9pF 10 500V 80009 No 281 0593 00 CAPACITOR FIXED CERAMIC DIELECTRIC 2 2pF 0 25pF 500V 80009 No 281 0604 00 CAPACITOR FIXED CERAMIC DIELECTRIC 9pF 0 1pF 500V 80009 No 281 0789 00 RESISTOR VARIABLE NONWIRE WOUND 200 ohm 20 0 ...

Page 166: ...AIR FORCE T033A1 1 3 496 1 NAVELEX 0969 LP 170 0010 Circuit Board Assembly Cam Switch Channel 2 8 24 Figure 8 6 Circuit Board Assembly Cam Switch Channel 2 Sheet 2 of 2 ...

Page 167: ...1 22 301 000C0H0759D 72982 CAPACITOR FIXED CERAMIC DIELECTRIC 7 5pF 500V 80009 No 281 0601 00 1 23 374 005COG909B 72982 CAPACITOR FIXED CERAMIC DIELECTRIC 9pF 0 1pF 500V 80009 No 281 0789 00 1 24 91A 200R0M 73138 RESISTOR VARIABLE NONWIRE WOUND 200 ohm 20 0 50W 80009 No 311 1566 00 1 25 CB1215 01121 RESISTOR FIXED COMPOSITION 120 ohm 5 0 25W 80009 No 315 0121 00 1 26 CB5105 01121 RESISTOR FIXED CO...

Page 168: ...AIR FORCE T033A1 13 496 1 NAVELEX 0969 LP 170 0010 Circuit Board Assembly Horizontal Module 8 26 Figure 8 7 Circuit Board Assembly Horizontal Module ...

Page 169: ...15 333 2278 00 80009 PANEL FRONT Horizontal B 16 213 0113 00 80009 SCREW TAPPING THREAD FORMING 2 32 X 0 312 inch pnh steel AP 17 150 1001 02 28480 LAMP LIGHT EMITTING DIODE red 2V lOOMA 80009 No 150 1001 00 3 18 0SL 16L 100 50437 LAMP LIGHT EMITTING DIODE green 55MA HI 19 352 0477 00 80009 HOLDER LIGHT EMITTING DIODE B 20 214 2329 00 80009 SPRING GROUND front panel B 21 342 0367 00 80009 INSULATO...

Page 170: ... OD steel AP 4 44 2X12161 402 73743 NUT PLAIN HEXAGON 4 40 X 0 188 inch brass AP 80009 No 210 0406 00 2 45 384 1322 00 80009 EXTENSION SHAFT 0 081 OD X 11 05 inch long 1 46 263 1110 00 80009 actuator ASSEMBLY ROTARY Timing Switch 1 47 214 1139 02 80009 SPRING FLAT gold colored 4 48 401 0322 00 80009 ROLLER DETENT 0 219 OD X 0 165 inch long 4 49 670 3551 02 80009 CIRCUIT BOARD ASSEMBLY B Timing See...

Page 171: ...wn SCREW TAPPING THREAD FORMING 6 20 X 0 313 inch pnh steel AP SCREW TAPPING THREAD FORMING 4 40 X 0 188 inch pnh steel AP SPACER POST 0 312 OD X 0 312 inch long with 6 32 threads NUT PLAIN EXTENDED WASHER 6 32 X 0 312 inch steel AP CHASSIS SCOPE Horizontal WIRE SET ELECTRICAL Horizontal Module CONTACT ELECTRICAL 0 48 inch long 22 26 AWG wire 80009 No 131 0707 00 WIRE ELECTRICAL 2 wire ribbon 0 27...

Page 172: ...AIR FORCE T033A1 13 496 1 NAVELEX 0969 LP 170 0010 Circuit Board Assembly Trigger 8 30 Figure 8 8 Circuit Board Assembly Trigger Sheet 1 of 3 ...

Page 173: ...AIR FORCE T033A1 13 496 1 NAVELEX 0969 LP 1 70 0010 Circuit Board Assembly Trigger Figure 8 8 Circuit Board Assatnbiy Trigger Sheet 2 of 3 8 31 ...

Page 174: ...AIR FORCE T033A1 13 496 1 NAVE LEX 0969 LP 170 0010 Circuit Board Assembly Trigger ...

Page 175: ...05H9AADW5R472K 72982 CAPACITOR FIXED CERAMIC DIELECTRIC 0 0047uF 10 100V 80009 No 281 0772 00 11 15 8005H9AADW5R103K 72982 CAPACITOR FIXED CERAMIC DIELECTRIC 0 OluF 10 100V 80009 No 281 0773 00 19 16 390049X5P0151K 72982 CAPACITOR FIXED CERAMIC DIELECTRIC 150pF 10 100V 80009 No 281 0786 00 2 17 8005 D C0G 150K 72982 CAPACITOR FIXED CERAMIC DIELECTRIC 15pF 10 100V 80009 No 281 0797 00 4 18 8005H9AA...

Page 176: ...m 5 0 25W 80009 No 315 0223 00 40 CB2715 01121 RESISTOR FIXED COMPOSITION 270 ohm 5 0 25W 80009 No 315 0271 00 41 CB3025 01121 RESISTOR FIXED COMPOSITION 3k ohm 5 0 25W 80009 No 315 0302 00 42 CB3335 01121 RESISTOR FIXED COMPOSITION 33k ohm 5 0 25W 80009 No 315 0333 00 43 CB3355 01121 RESISTOR FIXED COMPOSITION 3 3M ohm 5 0 25W 80009 No 315 0335 00 44 CB3625 01121 RESISTOR FIXED COMPOSITION 3 6k o...

Page 177: ...I PER ASSY USABLE ON CODE RESISTOR FIXED FILM 2 67k ohm 1 0 125W 80009 No 321 0234 00 RESISTOR FIXED FILM l 5k ohm 1 0 125W 80009 No 321 0210 00 CONTACT ELECTRICAL 0 365 inch long 80009 NO 131 0608 00 SOCKET PLUG IN microcircuit 8 contact 80009 No 136 0514 00 SOCKET PLUG IN 20 lead DIP circuit board mount 80009 No 136 0634 00 GUIDE SWITCH with roller and spring SCREW ASSEMBLED WASHER 4 40 X 0 688 ...

Page 178: ...AIR FORCE T033AM3 496 1 NAVE LEX 0969 LP 1 70 0010 Circuit Board Assembly A Timing ...

Page 179: ...224 00 1 7 CB3915 01121 RES ISTOR F IXED COMPOSITION 390 ohm 5 0 2 5W 80009 No 315 0391 00 1 8 CB3935 01121 RESISTOR FIXED COMPOS I TION 39k ohm 5 0 2 5W 80009 No 315 0393 00 1 9 CB2255 01121 RES ISTOR FIXED COMPOS ITION 2 2m ohm 5 0 2 5W 80009 No 315 0225 00 1 10 CB9135 01121 RESISTOR FIXED COMPOSITION 91k ohm 5 0 25W 80009 No 315 0913 00 1 11 MFF1816D75001B 91637 RESISTOR FIXED FIIW 75k ohm 0 1 ...

Page 180: ...AIR FORCE T033A1 13 496 1 NAVE LEX 0969 LP 1 70 0010 Circuit Board Assembly B Timing 8 38 Figure 8 9 Circuit Board Assembly B Timing Sheet 2 of 2 ...

Page 181: ...ing NHA Figure REF 7 49 CAPACITOR FIXED CERAMIC DIELECTRIC 68pF 10 1 500V 80009 No 281 0549 00 RESISTOR FIXED COMPOSITION 390 ohm 5 0 25W 1 80009 No 315 0391 00 RESISTOR FIXED FIIW 75k ohm 0 1 0 125W 1 80009 No 321 0373 04 RESISTOR FIXED Fim 750k ohm 0 1 0 125W 1 80009 NO 321 0469 04 RESISTOR FIXED FILM 37 5k ohm 0 1 0 125W 2 80009 No 321 1651 04 RESISTOR FIXED FILM 375k ohm 0 1 0 125W 2 80009 NO ...

Page 182: ...AIR FORCE T033A1 13 496 1 NAVE LEX 0969 LP 1 70 0010 Circuit Board Assembly Horizontal 8 40 Figure 8 10 Circuit Board Assembly Horizontal ...

Page 183: ...XED CERAMIC DIELECTRIC 0 lUF 80 20 25V 80009 No 283 0081 00 1 12 D155F201F0 00853 CAPACITOR FIXED MICA DIELECTRIC 200pF 1 500V 80009 No 283 0672 00 1 13 CB47G5 01121 RESISTOR FIXED COMPOSITION 4 7 ohm 5 0 25W 80009 No 307 0106 00 2 14 3386F T04 101 32997 RESISTOR VARIABLE NONWIRE WOUND 100 ohm 20 0 50W 80009 No 311 1222 00 1 15 3386F T04 501 32997 RESISTOR VARIABLE NONWIRE WOUND 500 ohm 20 0 50W 8...

Page 184: ...B9135 01121 RESISTOR FIXED COMPOSITION 91k ohm 5 0 25W 80009 No 315 0913 00 1 34 MFF1816G130R0F 91637 RESISTOR FIXED FILM 130 ohm 1 0 125W 80009 No 321 0108 00 1 35 MFF1816G16900F 91637 RESISTOR FIXED FILM 1 69k ohm 1 0 125W 80009 No 321 0215 00 1 36 MFF1816G11501F 91637 RESISTOR FIXED FILM 11 5k ohm l 0 125W 80009 No 321 0295 00 2 37 MFF1816G26101F 91637 RESISTOR FIXED FILM 26 1k ohm 1 0 125W 800...

Page 185: ...AIR FORCE T033A1 13 496 1 NAVELEX 0969 LP 170 0010 Circuit Board Assembly Sweep Figure 8 11 Circuit Board Assembly Sweep Sheet 1 of 3 8 43 ...

Page 186: ...AIR FORCE T033A1 13 496 1 NAVELEX 0969 LP 1 70 0010 Circuit Board Assembly Sweep ...

Page 187: ...AIR FORCE T033A1 13 496 1 NAVELEX 0969 LP 170 0010 Circuit Board Assembly Sweep Figure 8 11 Circuit Board Assembly Sweep Sheet 3 of 3 8 45 ...

Page 188: ...IXED CERAMIC DIELECTRIC 0 OOlUF 20 100V 80009 No 281 0770 00 1 15 8005H9AADW5R103K 72982 CAPACITOR FIXED CERAMIC DIELECTRIC 0 OlUF 10 100V 80009 No 281 0773 00 8 16 8005H9AABZ5U104M 72982 CAPACI TOR FIXED CERAMIC DIELECTRIC 0 lUF 20 50V 80009 No 281 0775 00 3 17 390049X5P0680K 72982 CAPACITOR FIXED CERAMIC DIELECTRIC 68PF 10 lOOV 80009 No 281 0785 00 1 18 390049X5P0151K 72982 CAPACITOR FIXED CERAM...

Page 189: ...25 01121 RESISTOR FIXED COMPOSITION 2k ohm 5 0 25W 80009 No 315 0122 00 2 40 CB1235 01121 RESISTOR FIXED COMPOSITION 12k ohm 5 0 25W 80009 No 315 0123 00 2 41 CB1325 01121 RES ISTOR FIXED COMPOS ITION 1 3k ohm 5 0 2 5W 80009 No 315 0132 00 1 42 CB1525 01121 RESISTOR FIXED COMPOSITION 5k ohm 5 0 25W 80009 No 315 0152 00 1 43 CB1535 01121 RESISTOR FIXED COMPOSITION 15k ohm 5 0 25W 80009 No 315 0153 ...

Page 190: ... 470 k ohm 5 0 25W 80009 No 315 0474 00 H 65 CB4755 01121 RESISTOR FIXED COMPOSITION 4 7M ohm 5 0 25W 80009 No 315 0475 00 H 66 CB5605 01121 RESISTOR FIXED COMPOSITION 56 ohm 5 0 25W 80009 No 315 0560 00 H 67 CB5635 01121 RESISTOR FIXED COMPOSITION 56k ohm 5 0 25W 80009 No 315 0563 00 H 68 CB5645 01121 RESISTOR FIXED COMPOSITION 560k ohm 5 0 25W 80009 No 315 0564 00 H 69 CB6225 01121 RESISTOR FIXE...

Page 191: ...RESIST0R FIXED FILM 5 62k ohm 1 0 125W 80009 No 321 0265 00 RESISTOR FIXED FILM 84 5k ohm 1 0 125W 80009 No 321 0378 00 LINK TERMINAL CONNECTOR 0 086 OD X 2 375 inch long CONTACT ELECTRICAL 0 46 inch long 80009 No 131 0589 00 CONTACT ELECTRICAL 0 365 inch long 80009 No 131 0608 00 CONNECTOR BODY circuit board mount 3 prong SOCKET PIN TERMINAL 0 188 inch long 80009 No 136 0252 04 SOCKET PLUG IN 16 ...

Page 192: ...AIR FORCE T033A1 13 496 1 NAVE LEX 0969 LP 170 0010 Electron Tube Assembly ...

Page 193: ...5 607 inch long BUSHING SHAFT 0 15 ID X 0 3 inch OD plastic FRAME PUSH BUTTON plastic PANEL FRONT electron tube JACK TIP gray 80009 No 136 0387 00 PLATE IDENTIFICATION RING RETAINING RETAINER IMPLOSION 5 65 X 4 705 inch plastic THUMBSCREW 4 40 X 0 45 inch knurled SHIELD IMPLOSION blue ELECTRON CIRCUIT BOARD scale illumination SCREW MACHINE 2 56 X 0 25 inch pnh steel AP LAMP INCANDESCENT 6 3V 2 OOM...

Page 194: ...D X 0 563 inch OD 80009 No 348 0004 00 POST ELECTRICAL MECHANICAL 0 25 hex X 0 465 inch long SCREW ASSEMBLED WASHER 4 40 X 0 312 inch pnh brass AP WASHER LOCK external 0 12 3 ID X 0 245 inch OD steel AP LABEL electron tube adhesive back warning LABEL electron tube adhesive back warning SHIELD ELECTRON TUBE CLIP ELECTRICAL female CONTACT ELECTRICAL 0 577 inch long 22 26 AWG wire 80009 No 131 0621 0...

Page 195: ...AIR FORCE T033A1 13 496 1 NAVELEX 0969 LP 170 0010 Main Chassis Assembty ...

Page 196: ... diameter 80009 No 343 0042 00 1 13 210 0457 00 80009 NUT PLAIN EXTENDED WASHER 6 32 X 0 312 inch steel AP 1 14 C191 95987 WASHER LOOP CLAMP for 0 50 inch wide clamp steel AP 80009 No 210 0863 00 1 15 20704 L67 322 01295 SWITCH THERMOSTATIC normally closed lOA 24V 80009 No 260 0724 01 1 16 213 0124 00 80009 SCREW TAPPING THREAD FORMING 6 20 X 0 250 inch pnh Steel AP 2 17 2104 06 00 2520N 78189 TER...

Page 197: ...ng with 4 40 threads 1 42 211 0016 00 80009 SCREW MACHINE 4 40 X 0 625 inch pnh Steel AP 1 43 1104 00 00 0541C 78189 WASHER LOCK external 0 123 ID X 0 245 inch OD steel AP 1 44 fc 11935 6 02777 FILTER RADIO FREQUENCY INTERFACE 6A 250VAC 400Hz 80009 No 119 0420 00 1 45 211 0016 00 80009 SCREW MACHINE 4 40 X 0 625 inch pnh steel AP 1 46 210 0586 00 80009 NUT PLAIN EXTENDED WASHER 4 40 X 0 25 inch st...

Page 198: ...0V fast blow 80009 No 159 0022 00 1 73 345002 75915 FUSEHOLDER with hardware 80009 No 352 0362 01 1 74 333 2274 00 80009 PANEL REAR fuse 1 75 120 1095 00 80009 TRANSFORMER POWER STEPDOWN 1 76 220 0410 00 80009 NUT EXTENDED WASHER 10 32 X 0 375 inch steel AP 4 77 212 0517 00 80009 SCREW MACHINE 10 32 X 1 750 inch hex head steel AP 4 78 210 0812 00 80009 WASHER NONMETAL 10 fiber AP 4 79 166 0226 00 ...

Page 199: ... 4031 27264 BODY CONNECTOR PLUG 3 female position nylon 80009 No 204 0671 00 1 91 210 0774 00 80009 EYELET METALLIC 0 152 OD X 0 245 inch long brass 92 210 0775 00 80009 EYELET METALLIC 0 126 OD X 0 230 inch long brass 93 352 0167 00 80009 CONNECTOR BODY PLUG ELECTRICAL 9 wire black 2 94 352 0199 00 V 80009 CONNECTOR BODY PLUG ELECTRICAL 3 wire black 3 8 57 ...

Page 200: ...AIR FORCE T033A1 13 496 1 NAVE LEX 0969 LP 1 70 0010 Circuit Board Assembly Interface ...

Page 201: ...AIR FORCE T033A1 13 496 1 NAVE LEX 0969 LP 1 70 0010 Circuit Board Assembly Interface Figure 8 14 Circuit Board Assembly Interface Sheet 2 of 4 8 59 ...

Page 202: ...AIR FORCE T033A1 13 496 1 NAVELEX 0969 LP 170 0010 Circuit Board Assembly Interface ...

Page 203: ...AIR FORCE T033A1 13 496 1 NAVE LEX 0969 LP 1 70 0010 Circuit Board Assembly Interface ...

Page 204: ... silicon NPN 80009 No 151 0302 00 1 15 151 0342 00 80009 TRANSISTOR silicon PNP 2 16 151 0347 00 80009 TRANSISTOR silicon NPN 5 17 151 0350 00 80009 TRANSISTOR silicon PNP 3 18 151 0364 00 80009 TRANSISTOR silicon PNP 1 19 151 0405 00 80009 TRANSISTOR silic ion NPN selected 1 20 151 0426 02 80009 TRANSISTOR silicon NPN selected 1 21 152 0061 00 80009 SEMICONDUCTOR DEVICE sil icon 17 5V lOOMA 3 22 ...

Page 205: ... 250V 0 25 sec 80009 No 159 0030 00 B 45 7101 J61 CB22 09353 SWITCH PUSH 1 station 2 pole momentary 80009 No 260 1686 00 B 46 530 002 72982 CAPACITOR VARIABLE PLASTIC 0 25 1 5pF 600V 80009 No 281 0064 00 B 47 2222 801 96138 80031 CAPACITOR VARIABLE CERAMIC DIELECTRIC 0 5 3pF 400V 80009 No 281 0214 00 2 48 2222 801 96139 80031 CAPACITOR VARIABLE CERAMIC DIELECTRIC 1 5 5pF 400V 80009 No 281 0220 00 ...

Page 206: ...0D205F150BB9 56289 CAPACITOR FIXED ELECTROLYTIC 2UF 50 10 150V 80009 No 290 0159 00 B 69 30D105F150BA2 56289 CAPACITOR FIXED ELECTROLYTIC lUF 50 10 150V 80009 No 290 0164 00 B 70 150D475X0035B2 56289 CAPACITOR FIXED ELECTROLYTIC 4 7UF 20 35V 80009 No 290 0187 00 B 71 290 0508 01 80009 CAPACITOR FIXED ELECTROLYTIC 18 000UF 100 10 15V 2 72 20 36435 90201 CAPACITOR FIXED ELECTROLYTIC lOOOUF 7 5 10 75...

Page 207: ...69 00 1 93 3859Z X52 505Z 32997 RESISTOR VARIABLE NONWIRE WOUND 5M ohm 20 2W 80009 No 311 1790 00 1 94 CB1015 01121 RESISTOR FIXED COMPOSI TI ON 1 00 ohm 5 0 2 5W 80009 No 315 0101 00 5 95 CB1025 01121 RESISTOR FIXED COMPOSITION Ik ohm 5 0 2 5W 80009 No 315 0102 00 5 96 CB1045 01121 RESISTOR FIXED COMPOSITION 100k ohm 5 0 25W 80009 No 315 0104 00 2 97 CB1145 01121 RESISTOR FIXED COMPOSITION 110k o...

Page 208: ...COMPOSITION 470 ohm 5 0 25W 80009 No 315 0471 00 1 119 CB4725 01121 RESISTOR FIXED COMPOSITION 4 7k ohm 5 0 25W 80009 No 315 0472 00 1 120 CB4745 01121 RESISTOR FIXED COMPOSITION 470k ohm 5 0 25W 80009 No 315 0474 00 1 121 CB5115 01121 RESISTOR FIXED COMPOSITION 510 ohm 5 0 25W 80009 No 315 0511 00 3 122 CB5125 01121 RESISTOR FIXED COMPOS ITION 5 1k ohm 5 0 25W 80009 No 315 0512 00 H 123 CB5135 01...

Page 209: ...FILM 16 9k ohm 1 0 125W 80009 to 321 0311 00 144 MFF1816G21001F 91637 RESISTOR FIXED FILM 21k ohm 1 0 125W 80009 No 321 0320 00 145 MFF1816G24901F 91637 RESISTOR FIXED FILM 24 9k ohm 1 0 125W 80009 No 321 0327 00 146 MFF1816G31601F 91637 RESISTOR FIXED FILM 31 6k ohm l 0 125W 80009 No 321 0337 00 147 MFF1816G47501F 91637 RESISTOR FIXED FILM 47 5k ohm 1 0 125W 80009 No 321 0354 00 148 MFF1816D15001...

Page 210: ...CREW ASSEMBLED WASHER 4 40 X 0 312 inch pnh steel AP SHIELD CAPACITOR plastic TERMINAL TEST POINT 0 40 inch long 17 LINK TERMINAL CONNECTOR 0 086 OD X 2 375 inch long CONTACT ELECTRICAL 0 46 inch long 80009 No 131 0589 00 CONTACT ELECTRICAL 0 365 inch long 80009 No 131 0608 00 CONNECTOR BODY circuit board mount 3 prong CONNECTOR RECEPTACLE circuit board 15 30 female 80009 No 131 2063 00 SOCKET PLU...

Page 211: ... CB1315 14 101 CB1325 5 58 7 CB1325 8 30 CB1325 11 41 CB1325 14 102 CB1335 5 59 2 CB1335 9 4 CB1515 5 60 4 CB1515 14 103 CB1525 8 32 2 CB1525 11 42 PART NUMBER FIG INDEX NO QTY PER ART SMR CODE AGCl 2 8 2 35 1 AGCl 2 14 43 1 AGO 1 13 72 1 AGC 2 14 42 2 AGC 3 10 14 44 1 BB1005 5 87 2 BB1055 6 11 2 BB1055 6 27 BB1215 5 88 2 BB1225 5 89 2 BB2025 5 90 2 BB3005 6 28 BB4715 5 91 BB5625 5 92 BWH R5100J 1...

Page 212: ...5 11 52 CB2725 14 110 CB2735 14 111 CB3015 5 68 CB3015 11 53 CB3025 8 41 CB3035 11 54 CB3035 14 112 CB3305 5 69 CB3305 11 55 CB3315 11 56 CB3325 5 70 CB3325 11 57 CB3335 8 42 CB3355 CB3355 CB3615 CB3625 CB3625 CB3625 CB3905 CB3905 CB3915 CB3915 CB3915 CB3915 CB3935 CB4305 CB4315 CB4315 CB4325 CB47G5 CB47G5 CB47G5 CB4705 CB4705 CB4705 CB4705 CB4705 CB4715 CB4715 CB4715 CB4725 CB4725 CB4735 CB4735 C...

Page 213: ...11 88 C930802 14 165 C931602 10 39 C931602 11 87 C932002 8 59 PART NUMBER D151E111F0 D155F201F0 D388 CM40910 EB2235 F 11935 6 FTSM19L1 GB2425 GB3025 GB4725 HMF188D22503B HMF188D22503B J 64281 J 64281 MDA960 1 MFF1816D15001D MFF1816D27001C MFF1816D32001C MFF1816D37501B MFF1816D37501B MFF1816D37502B MFF1816D37502B MFF1816D400R0C MFF1816D40201D MFF1816D50000C MFF1816D75001B MFF1816D75001B MFF1816D750...

Page 214: ...MFF1816G84501F 11 81 MFF1816G909R0F 14 136 MFF1816G93R10F 5 104 NE2T A1AT 14 6 NS2BB430R0F 5 43 PP680C823K 14 66 PT605C473M 11 22 PT605C473M 14 63 RS2B B16000J 14 81 SF93007 5 14 S039650 5 11 PART NUMBER S6075 TEK 175 0827 00 TEK 175 08 28 00 TEK 175 0829 00 TEK 175 0829 00 TEK 175 0832 00 T11C825M075AS T4 34M UG274BUDURAPIATE OSL 16L 100 000 201 4986 010 6101 00 010 6104 00 013 0107 03 020 0233 0...

Page 215: ...31 1758 06 131 1978 00 131 1978 00 PART NUMBER 131 1979 00 131 1979 00 131 2028 00 136 0202 01 136 0624 00 150 1001 02 150 1001 02 150D106X0015B2 150D475X0035B2 150D564X0100A2 151 0164 00 151 0190 00 151 0190 00 151 0190 00 151 0190 00 151 0192 00 151 0342 00 151 0347 00 151 0349 00 151 0350 00 151 0364 00 151 0405 00 151 0426 02 151 0434 00 151 0446 00 151 0447 00 151 0472 00 151 0472 00 151 1042...

Page 216: ...3 84 1 13 3 1 5 41 1 10 4 1 14 14 1 14 7 1 14 12 2 8 1 16 10 1 11 3 14 10 5 12 1 4 47 34 4 56 4 74 4 79 4 83 4 88 7 36 7 44 13 59 13 69 4 92 5 4 97 7 53 PART NUMBER FIG INDEX NO 20 36435 8 14 72 200 0103 00 13 54 200 0237 03 13 71 200 0258 00 14 158 200 0602 00 3 6 200 0616 00 13 33 200 1544 01 13 80 200 1802 05 13 50 200 2052 00 4 20 200 2055 00 2 34 200 2055 01 2 20 200 2056 00 2 25 206 0105 00 ...

Page 217: ...17 2 23 5 29 28 16 14 21 57 73 32 9 46 35 20 42 2 45 41 22 55 35 5 78 82 87 40 61 62 10 40 156 157 61 4 6 13 18 50 35 51 8 4 12 12 PART NUMBER FIG INDEX NO QTY PER ART 2112 D 8 12 18 2 212 0517 00 13 77 4 212 0623 00 3 12 2 213 0004 00 7 10 1 213 0048 00 5 125 1 213 0075 00 4 29 9 213 0075 00 4 95 213 0075 00 7 51 213 0113 00 4 10 4 213 0113 00 7 16 213 0113 00 13 48 213 0124 00 13 16 2 213 0138 0...

Page 218: ...0 0746 00 14 74 290 0776 00 8 21 295 0177 00 7 36 30D105F150BA2 14 69 30D205F150BB9 14 68 30D506G050DD9 14 67 301 000C0G0240J 6 19 301 000C0H0759D 6 22 3O1 O0OCOJO229C 6 6 3O1 O00COJO279C 6 21 301 000C0J0339C 4 67 301 000C0J0399C 6 5 PART NUMBER 301 OO0C0K0189B 301 000U2J0680K 301 050C0G0140J 301 050C0G0180J 301 050COG0210J 3038 0228 402 307 0471 00 307 1013 04 307 1014 04 308 000C0G0330J 3089 402...

Page 219: ...00 352 0169 00 352 0169 00 352 01 8 00 352 0199 00 352 0262 00 352 0477 00 13 31 4 101 7 73 13 93 4 105 8 7 74 PART NUMBER 352 0477 00 354 0195 00 354 0442 01 3540S 561 103 35495 358 0550 00 358 0550 00 358 0550 00 358 0569 00 36C600 361 0383 00 361 0384 00 361 0385 00 361 0608 00 361 0608 00 361 0608 00 361 0761 00 366 1031 02 366 1219 00 366 1346 02 366 1512 00 366 1559 00 366 1559 00 366 1559 0...

Page 220: ...K 9 2 390049X5P0680K 11 17 390049X5P0820K 5 29 390049X5P0820K 8 19 401 0322 00 7 48 401 0369 00 4 81 401 0370 00 4 77 407 1909 00 4 15 407 1922 00 4 49 410P103 5 38 426 1072 00 4 7 426 1072 00 7 14 426 1072 00 12 7 PART NUMBER FIG QT INDEX PE NO ART 426 1240 00 8 12 23 42617 2 13 83 430P522 14 60 441 1259 03 3 23 441 1260 00 13 23 441 1261 03 4 103 441 1364 00 4 60 441 1365 00 4 99 441 1366 00 7 6...

Page 221: ... 8005H9AABZ5U104M 10 9 8005H9AABZ5U104M 11 16 8005H9AABZ5U104M 14 53 8005H9AADW5R103K 8 15 8005H9AADW5R103K 11 15 PART NUMBER 8005H9AADW5R103K 8005H9AADW5R471K 8005H9AADW5R471K 8005H9AADW5R472K 8111A208E102Z 8111B061C0G220J 8131N039Z5U 104Z 8131N145 A 332J 8131N145 E 104Z 8131N300Z5U0103P 855 558Z5U 103Z 91A 100R0M 91A 100R0M 91A 10001M 91A 10001M 91A 10001M 91A 200R0M 91A 200R0M 91A 20000M 91A 20...

Page 222: ......

Page 223: ...7 670 4853 00 CR741 14 36 MDA960 1 A12 12 16 388 4703 00 CR744 14 24 1N4152 CR235 14 24 1N4152 CR748 14 22 152 0066 00 CR236 14 24 1N4152 CR762 14 24 1N4152 CR351 14 24 1N4152 CR763 14 24 1N4152 CR352 14 24 1N4152 CR764 14 24 1N4152 CR353 14 24 1N4152 CR765 14 24 1N4152 CR358 14 24 1N4152 CR766 14 24 1N4152 CR372 14 24 1N4152 CR768 14 22 152 0066 00 CR373 14 24 1N4152 CR2112 8 6 CD12676 CR504 14 2...

Page 224: ...4152 CR2795 11 6 1N4152 CR2920 7 17 150 1001 02 CR3129 7 17 150 1001 02 REFERENCE DESIGNATION FIG INDEX NO PART NUMBER CR4124 8 5 16 CD12676 CR4142 4 12 150 1001 02 CR4224 5 16 CD12676 CR4242 4 12 150 1001 02 CR4284 5 15 1N4152 CR4312 5 15 1N4152 CR4318 5 15 1N4152 CR4322 5 15 1N4152 CR4328 5 15 1N4152 CR4382 5 15 1N4152 CR4416 5 17 152 0269 00 CR4417 5 17 152 0269 00 CR4418 5 15 1N4152 CR4419 5 1...

Page 225: ...538 011B7 25 C2785 11 23 162D225X0020CD2 C2786 11 20 8005 D C0G 150K C2788 11 15 8005H9AADW5R103K C2789 11 23 162D225X0020CD2 C2791 11 15 8005H9AADW5R103K C2794 11 13 390049X5P0470K REFERENCE DESIGNATION FIG INDEX NO PART NUMBER C584 8 14 68 30D205F150BB9 C707 14 59 19C242B C708 14 54 855 558Z5U 103Z C709 14 54 855 558Z5U 103Z C721 14 72 20 36435 C722 14 50 314 022X5P101M C723 14 63 PT605C473M C72...

Page 226: ...N145 E 104Z C4260 6 22 301 000C0H0759D C4262 6 18 301 000C0K0189B C4265 6 19 301 000C0G0240J Matched set must be stocked under NHA 10 4 REFERENCE DESIGNATION FIG INDEX NO PART NUMBER C4266 3 6 20 8111B061C0G220J C4267 6 23 374 005C0G909B C4268 6 21 301 000C0J0279C C4272 5 30 8005 D C0G 150K C4273 5 36 8131N145 E 104Z C4275 5 31 8005 100 C0G 201 C4287 5 26 8005H9AABZ5U104M C4288 5 26 8005H9AABZ5U10...

Page 227: ...6 5 5 108 0328 00 Q744 14 8 35495 LR4476 5 5 108 0328 00 Q746 13 58 151 0349 00 L386 14 1 108 0245 00 Q764 14 13 2N2907A L554 14 4 108 0820 00 Q766 14 13 2N2907A L558 14 2 108 0422 00 Q768 13 58 151 0349 00 L571 12 31 108 0818 00 Q784 14 19 151 0405 00 L573 12 34 108 0819 00 Q2112 8 4 151 1042 00 L582 14 3 70F183A1 Q2114 8 4 151 1042 00 L2635 11 1 108 0724 00 Q2116 8 2 151 0190 00 L2688 11 2 57 01...

Page 228: ...7R0F Q4372 5 13 151 0472 00 R502 14 95 CB1025 Q4384 5 7 S6075 R503 14 135 MFF1816G665R0F Q4421 5 13 151 0472 00 R504 14 99 CB1225 Q4429 5 9 151 0434 00 R505 14 81 RS2B B16000J Q4431 5 13 151 0472 00 R506 14 113 CB3905 Q4439 5 9 151 0434 00 R512 14 145 MFF1816G24901F Q4447 5 10 151 0447 00 R513 14 153 CECTO 4871F Q4457 5 10 151 0447 00 R514 14 139 MFF1816G42200F Q4463 4 40 151 0446 00 R515 14 110 C...

Page 229: ... MFF1816D40201D R2137 8 47 CB4735 R736 14 87 91A 25000M R2138 8 47 CB4735 R737 14 148 MFF1816D15001D R2141 8 53 CB7505 R738 14 77 GB2425 R2144 8 46 CB4705 R740 14 110 CB2725 R2145 8 40 CB2715 R741 14 152 MFF1816D27001C R2146 8 51 CB6215 R742 14 150 MFF1816D50000C R2147 8 37 CB2205 R743 14 116 CB4325 R2148 8 56 MFF1816G15000F R745 14 104 CB1535 R2151 8 53 CB7505 R746 14 137 MFF1816G11300F R2153 8 2...

Page 230: ...15 R2235 8 47 CB4735 R2622 11 51 CB2235 R2236 8 47 CB4735 R2623 11 62 CB4725 R2237 8 47 CB4735 R2625 11 73 CB8215 R2238 8 47 CB4735 R2626 11 36 CB1125 R2242 8 47 CB4735 R2627 11 47 CB2015 R2243 8 55 MFF1816G26700F R2630 11 38 CB1215 R2245 8 23 91A 50000M R2632 11 69 CB6225 R2246 8 30 CB1325 R2633 11 55 CB3305 R2249 8 23 91A 50000M R2634 11 59 CB3915 R2252 8 30 CB1325 R2635 11 46 CB2005 R2253 8 24 ...

Page 231: ...23 9 15 HMF188D22503B R3124 9 12 MFF1816D75002B R3125 9 14 MFF1816D37502B R3127 9 14 MFF1816D37502B R3128 S3128 7 52 381CM40935 R3129 11 56 CB3315 R3132 9 4 CB1335 R3133 9 10 CB9135 REFERENCE DESIGNATION FIG INDEX NO PART NUMBER R2685 8 11 48 CB2035 R2686 11 52 CB2725 R2687 11 40 CB1235 R2691 11 63 CB4735 R2692 11 57 CB3325 R2693 11 34 CB1035 R2694 11 62 CB4725 R2695 11 34 CB1035 R2696 11 57 CB332...

Page 232: ... 90 BB2025 R4125 5 52 CB1005 R4247 5 90 BB2025 R4126 5 62 CB2005 R4253 4 91 388 CM40915 R4127 5 62 CB2005 R4254 5 61 CB1825 R4134 5 48 91A 10001M R4256 5 53 CB1015 R4135 5 55 CB1035 R4260 6 30 MFF1816G200R0D R4136 5 60 CB1515 R4261 6 29 MFF186G150R0D R4142 5 68 CB3015 R4262 6 25 CB1215 R4143 S4143 4 96 381CM40934 R4263 5 120 MFF1816D400R0C R4144 5 70 CB3325 R4264 6 32 MFF1816G800ROD R4145 5 64 CB2...

Page 233: ...11 10 260 1802 00 S2700 10 4 2KA13010000 S2750 11 11 260 1720 00 S2920 10 3 260 1453 00 S3100 7 46 263 1110 00 S3200 7 46 263 1110 00 REFERENCE DESIGNATION FIG INDEX NO PART NUMBER R4291 8 5 76 CB4715 R4292 5 52 CB1005 R4312 5 113 MFF1816G332R0F R4313 5 114 MFF1816G392R0F R4314 5 110 MFF1816G287R0F R4317 5 115 MFF1816G412R0F R4318 5 111 MFF1816G294R0F R4322 5 113 MFF1816G332R0F R4323 5 114 MFF1816...

Page 234: ...7 00 i 0123 00 i 0158 00 i 0122 00 REFERENCE DESIGNATION U2790 U2900 U4160 VR288 VR353 VR524 VR533 VR552 VR553 VR566 VR722 VR725 VR736 VR738 VR749 VR769 VR782 VR3128 V560 8 11 8 10 2 5 18 14 28 14 25 14 25 14 32 14 30 14 37 14 29 14 34 14 26 14 27 14 28 14 31 14 31 14 39 9 1 12 15 PART NUMBER 155 0123 00 155 0124 00 155 0155 00 1N965B 152 0195 00 152 0195 00 1N983B 1N991B 1N968B 1N989B 1N937 1N970...

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