Tektronix 7D01 Instruction Manual Download Page 1

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Summary of Contents for 7D01

Page 1: ...Box 500 Beaverton Oregon 97077 070 2206 02 Product Group 57 IN COMMITTED TO EXCELLENCE CHECK FOR CHANGE INFORMA F THIS MANUAL Serial No I I 00000 and up N Serial Number ION MANUAL First Printing OCT 1976 Revised OCT 1982 ...

Page 2: ...NLY TO AVOID ELECTRICAL SHOCK DO NOT PERFORM ANY SERVICING OTHER THAN THAT CALLED OUT IN THE OPERATING IN STRUCTIONS UNLESS QUALIFIED TO DO SO SECTION 3 THEORY OF OPERATION BLOCK DIAGRAM DESCRIPTION 3 1 DETAILED CIRCUIT DESCRIPTION 3 3 FRONT PANEL WIRING 3 3 WORD RECOGNIZER 3 3 MEMORY 3 4 TRIGGER 3 7 TIME BASE 3 9 VERTICAL OUTPUT 3 9 HORIZONTAL OUTPUT 3 10 CURSOR 3 10 POWER SUPPLIES 3 12 SECTION 4...

Page 3: ... 4 2 4 2 Circuit board locations 4 5 4 3 Power supply 5 volt test point location 4 6 4 4 Location of securing screws on the Memory circuit board 4 8 4 5 Multi pin connector and P number orientation for the Memory circuit board 4 9 4 6 Location of securing screws on the Interface circuit board 4 10 4 7 Locations of securing screws on the Output circuit board 4 10 4 8 Locations of securing screws an...

Page 4: ...TO AVOID ELECTRICAL SHOCK DO NOT PERFORM ANY SERVICING OTHER THAN THAT CALLED OUT IN THE OPERATING IN STRUCTIONS UNLESS QUALIFIED TO DO SO PAGE 7D01 Instruction SN B020000 up SECTION 3 THEORY OF OPERATION BLOCK DIAGRAM DESCRIPTION 3 1 DETAILED CIRCUIT DESCRIPTION 3 3 FRONT PANEL WIRING 3 3 WORD RECOGNIZER 3 3 MEMORY 3 4 TRIGGER 3 7 TIME BASE 3 9 VERTICAL OUTPUT 3 9 HORIZONTAL OUTPUT 3 10 CURSOR 3 ...

Page 5: ...or timing for 4 channel operation display time only 3 6 3 7 Memory Selector timing for 8 channel operation display time only 3 6 3 8 Binary output of U628 versus channel displayed 3 9 4 1 Lubrication procedure for a typical cam switch 4 2 4 2 Circuit board locations 4 5 4 3 Power supply 5 volt test point location 4 6 4 4 Location of securing screws on the Memory circuit board 4 8 4 5 Multi pin con...

Page 6: ...and maintenance To reduce electrical shock hazard the mainframe oscilloscope chassis must be properly grounded Refer to the mainframe manual for grounding information Do not operate this instrument in an area where flammable gases or fumes are present Such operation could cause an explosion Electrical shock hazards are present in this instrument 7 he protective instrument covers must not be remove...

Page 7: ...e in a 5 2 1 sequence when using the internal time base or can be used with an external clock signal up to 50 megahertz The 7D01 can be triggered from 4 sources channel 0 data an external signal a built in 16 channel word recognizer or man ually The triggered data can be produced following the trigger POST TRIG centered around the trigger CENTER or pre ceeding the trigger PRE TRIG The input thresh...

Page 8: ... time base or can be used with an external clock signal up to 50 megahertz The 7D01 can be triggered from 4 sources channel 0 data an external signal a built in 16 channel word recognizer or man ually The triggered data can be produced following the trigger POST TRIG centered around the trigger CENTER or pre ceeding the trigger PRE TRIG The input threshold can be varied from minus 12 volts to plus...

Page 9: ... mainframes with readout except the 7104 which may suffer crt damage that will not be covered by the instrument warranty and the Digital Processing Oscilloscope DPO which will not digitize the 7D01 outputs There are some azMwarIturOEXCEUFNce Date ___ Product __7D01__ Q CANALY I R 4 22 81 IN ION Change Reference Manual Part No Q7_Q72Z0fa 02 __ ...

Page 10: ...erial Conversion The technique of storing a digital pattern from a parallel bus then transferring that pattern out to a serial bus N All ON Parity Bits Bits added to the data stream which enable the receiver to verify whether the data is correctly or incor rectly received PROM Programmable Read Only Memory RAM Random Access Memory Serial Data Data transferred on a single line Serial data logic is ...

Page 11: ... follows 1 Obtain a carton of corrugated cardboard with at least a 200 pound test strength and inside dimensions of no less than six inches more than the instrument dimensions this will allow for cushioning 2 Surround the instrument with polyethylene sheeting to protect the finish of the instrument 3 Cushion the instrument on all sides by tightly packing dunnage or urethane foam between the carton...

Page 12: ...t Voltage External Clock Minimum Clock Period CH 0 3 CH 0 7 CH 0 15 Minimum Clock Pulse Width _ CH 0 3 CH 0 7 N CH 0 15 Minimum Data Setup Time CH 0 3 CH 0 7 Minimum Data Hold Time Clock Qualifier input connector REV OCT 1982 P6451 AProbe _ _ ___ External Input measured at external 20 ns or less 20 ns or less 40 nns or less General Information 7D01 SN B020000 up HI Level 10 ns or less 10 ns or les...

Page 13: ...15 ns or less Max Safe Input Voltage 1 5 V or less to at least 10 V Word Recognizer 1 16 Data inputs Probe Qualifier and External Qualifier Output is true when input conditions match switch settings H I X LO Minimum Input Pulse Width Asynchronous Mode Any Single Channel I 10 ns or less Channels 0 3 I 15 ns or less Any Other Combination 1 20 ns or less Filter _ __ _ _ Synchronous Mode Continuously ...

Page 14: ...ing Time Ch 0 3 Ch 0 7 Ch 0 15 REV A MAR 197 7 DISPLAY At least 1 9 V 0 95 V into 50 52 load 0 1 V or less 50 mV into 50 52 load Selectable by internal jumper P617 Produces a full horizontal display Accepts the first trigger after reset Positions magnified display within graticule area Positions magnified display within graticule area Approximately 1 sec to 10 sec followed by reset or infinite hol...

Page 15: ... any displayed bit in incre ments of 1 bit or 16 bits Top right hand readout shows cursor position in sample intervals relative to trigger e g TRIG xxx Bottom readout shows the logic state of each displayed channel at the cursor Hi 1 Lo 0 Breaks data readout into 3 bit or 4 bit bytes In 16 channels and 3 bit bytes the left hand group remains 4 bits Intensifies trigger point selected by data positi...

Page 16: ...nd of Ch 2 rising edge indicates end of Ch 3 Frame occurs every 16th sweep Pin 14 Falling edge indicates end of channel rising edge indicates beginning of channel Pin 15 Hi input forces reset Hi output occurs when MANUAL RESE f is pressed Pin 3 terminated with 100 E2 to 2 V Pins 1 2 and 5 of J120 are connected to pins 7 8 and 6 respectively of the Signal Select Jumper There are 5 signals available...

Page 17: ... GIVEN WITH TOP FIGURE IN INCHES AND BOTTOM FIGURE IN CENTIMETERS TABLE 1 2 Environmental Characteristics 0 to 40 C 550 to 750 C To 15 000 feet To 50 000 feet TABLE 1 3 Physical Characteristics Figure 1 1 71301 Dimensional Drawing Performance Requirement Qualified under National Safe Transit Committee Test Procedure 1A Category 11 Description Approximately 4 4 Ibs 2 0 kg REV A MAR 197 7 ...

Page 18: ...D ACCESSORIES For more information refer to the tabbed Accessories page in the back of this manual General Information 7D01 SN B020000 up 1 ea Instruction Manual 1 ea Operator s Manual 2 ea P6451 Probe Package ...

Page 19: ...put The rate per bit of the serial and parallel output data is determined by the rate of the external display clock signal applied to pin 3 of Data Out connector J120 If a display is desired as well as serial and parallel data the external dis play clock signal repetition rate must be approximately 2 microseconds The internal display clock signal is not available as an output Full Display First Tr...

Page 20: ... Sample rates from 5 milliseconds to 10 nanoseconds are provided in a 5 2 1 sequence A lamp behind the knob skirt blinks when the sample rate is too fast for 8 channel operation 10 nanosecond or 16 channel 10 or 20 nanosecond sample intervals When set to the EXT position the C clock input is selected TheSAMPLE INTERVAL lamp does not blink when operating in the EXT position Figure 2 1 Front panel c...

Page 21: ...igh level HI a low level LO or to disregard the data level Xl The amplitude of the HI and LO states is determined by the THRESHOLD VOLTAGE controls EXTERNAL QUALIFIER Switch Three position switch selects active state of the signal applied to the EXT TRIG QUALIFIER INPUT connector The active state can be selected to be a high level HI a low level LO or to disregard the data level X1 PROBE QUALIFIER...

Page 22: ...et mode An ECL HI level indicates that the memory is in a reset mode An ECL LO level indicates that the mem ory is in either the store or display mode 2 4 Figure 2 2 Internal Display Clock Source and Full Display First Trigger Selectors Data Acquisition SIGNAL CONNECTIONS Data is acquired through two high input impedance Tek tronix P6451 Data Acquisition Probes supplied with the 7DO1 One probe app...

Page 23: ...ction of its hinged side Insert the jumper lead connector into the selected hole in the holder Crimped side of jumper lead connector faces toward hinged portion of holder 4 Bend the grooved part of holder back to its vertical position so connector is inserted into groove 5 Observe the connector polarity and install P300 back into the instrument 2206 51 REV B JAN 1979 Figure 2 3 Internal Signal Sel...

Page 24: ...n be selected for either or both probes with the THRESHOLD VOLTAGE selector switch 2 6 Figure 2 4 Pin assignments for Data Out connector J120 Data Output The internal 25 pin Data Out connector 0120 provides access for various input and output signals that can be used with external equipment See Figure 2 4 for the location of the Data Out connector and the pin assignments The outputs from the Data ...

Page 25: ...d a H I output level is produced A remote Manual Reset button can be assembled as shown in Figure 2 6 FRAME OUT Provides pulse to synchronize serial data An ECL LO level occurs at every sixteenth flag pulse for the duration of channel 3 The Frame Out pulse occurs at every sixteenth flag pulse regardless of the setting of the DATA CHANNELS switch For the sequence in 4 8 and 16 data channel operatio...

Page 26: ...d B Horizontal compartments can be obtained by selecting the mainframe Vertical Alter nate and Horizontal Chop modes Refer to Fault Identifi cation under Applications for an example of combined digital and analog display operation INTENSIFIED CURSOR MARKERS Figure 2 7 Typical channel 0 to 15 pre trigger data display CLOCK QUALIFIER OPERATION The Clock Qualifier allows you to make optimum use of th...

Page 27: ...e of up to 100 megahertz with a minimum data pulse REV OCT 1982 Operating Instructions 7D01 SN B020000 up width of 1 sample interval plus 5 nanoseconds Asynchro nous testing requires that data be sampled frequently for maximum timing resolution SYNCHRONOUS For applications where the data is valid at qualified clock transitions is of interest and not the changes in between e g when checking softwar...

Page 28: ...ata TABLE 2 3 Trigger word existed only during first clock pulse and is ignored by the 71301 available The additional clock pulses necessary to switch the 71301 from record to display mode can be obtained by changing the SAMPLE INTERVAL switch from the EXT po sition to the 5 ms position after the data is recorded How ever the data recorded after the SAMPLE INTERVAL switch was changed to the 5 ms p...

Page 29: ... INTERVAL to 5 ms posi tion until display appears Then reset SAMPLE INTERVAL to EXT position See Asynchronous and Synchronous Data Sampling for minimum number of clock pulses required to obtain a display in Full Display mode OR Set SAMPLE INTERVAL to 5 ms posi tion until display appears Then reset SAMPLE INTERVAL to EXT position NOTE First Trigger mode may be pre ferred since fewer clock pulses ar...

Page 30: ... HI or LO positions which can cause some channels to oscillate Full Display First Trigger P617 is in First Trigger position Data changes faster than the sampling rate Corrective Procedure in memory in the correct format Set mainframe for non store mode NOTE When the 75101 is used in a storage mainframe it is recommended that the mainframe be operated in the non store mode Check that proper mainfra...

Page 31: ...nnect a 10X probe from the vertical amplifier plug in unit to the data channel that contains the fault as deter mined in step 5 REV B JAN 1979 APPLICATIONS Operating Instructions 71301 SN B020000 up 9 Set the mainframe to display the left vertical and B horizontal compartments 10 Set the vertical amplifier deflection factor and time base plug in unit sweep rate and triggering for a stable analog d...

Page 32: ...ing 3 Set the 71301 TRIGGER SOURCE switch to EXT and trigger from the external trigger input 4 Set the mainframe to display the right vertical compartment 6 Set the digital events delay plug in unit to indicate the desired number of clock pulses on the events count read out that the 71301 bit storage window is to be shifted down the data train For example if the digital events delay plug in unit i...

Page 33: ...ntified For example data from the 713101 memory can be transferred to the display formatter memory for a reference and then Operating Instructions 7 DO1 SN B020000 up 7000 SERIES MAINFRAME WITH READOUT DELAY EVENTS SET TO DISPLAY DATA AFTER 10 500 CLOCK PULSES 2148 2206 45 Figure 2 10 Equipment setup and display window that has been positioned after 10 500 clock pulses have occurred incoming data ...

Page 34: ...le shooting a malfunctioning microprocessor system A malfunctioning microprocessor system is shown in Figure 2 11 Software had previously worked properly but was still not free of suspicion Data was stored in the RAM random access read write memory The system program was resident in the PROM programmable read only memory Restart vectors pointed to the address of the first instruction in the restar...

Page 35: ...tions that would otherwise be difficult to detect with any other type of test equipment such as an oscilloscope or dvm Preliminary Procedure FUNCTIONAL CHECK The following procedure checks the basic operation of this instrument Functions only are checked in this procedure therefore a minimum amount of test equipment is required Measure ment quantities and tolerances are not checked The Word Recogn...

Page 36: ... right end of the displayed traces 3 Check that four traces are displayed on the crt 4 Set DATA CHANNELS switch to 0 7 5 Check that eight traces are displayed in two groups of four traces each 6 Set DATA CHANNELS switch to 0 15 7 Check that sixteen traces are displayed in four groups of four traces each 8 Check that the VERT POS and HORIZ POS controls 21 Check that display reappears and that risin...

Page 37: ... 35 Set WORD RECOGNIZER channel 0 through 7 switches to X and channel 8 through 15 and PROBE QUALIFIER switches to HI 36 Check that rising edges of channel 8 through 15 wave forms are approximately centered on the display 37 Set WORD RECOGNIZER channel 8 through 15 and PROBE QUALIFIER switches to LO Operating Instructions 7D01 SN B020000 up 39 Set all WORD RECOGNIZER channel and qualifier switches...

Page 38: ...is present for both positions of the EXT CLOCK POLARITY switch 56 Check that a display is present for each position of the SAMPLE INTERVAL switch 59 Disconnect probe leads from oscilloscope calibrator output 57 Set SAMPLE INTERVAL switch to EXT 2 20 This completes the Functional Check Procedure JAN 1979 ...

Page 39: ......

Page 40: ...nd up circuit provides control over data storage into the memory when the SAM PLE INTERVAL switch is set to EXT Storage will occur only when an external qualifying signal from EXT TRIG QUALIFIER or PROBE QUALIFIER matches the CLOCK QUALIFIER switch setting The Memory circuit stores and displays input data at a rate set by the Time Base circuit The Memory circuit con sists of sixteen 256 bit RAM Ra...

Page 41: ...Theory of Operation 7D01 SN B020000 up 3 2 Figure 3 1 7D01 Block Diagram ...

Page 42: ...oltage Threshold Voltage 4 INPUT SIGNAL ATTENUATOR DETAILED CIRCUIT DESCRIPTION Example Input Buffers Word Selector Theory of Operation 71301 SN B020000 up The offset voltage is connected to the bottom of the probe input signal attenuator see Fig 3 2 to change the effective comparison voltage of the probe comparator Using the offset voltage of 6 5 volts from the previous ex ample the effective com...

Page 43: ... output of U268B will allow both outputs to drop to a I O level This LO signal gated word signal is connected to one input pin 13 of U269C and to the Output stage Output The Word Recognizer Output stage consists of two output 3 4 amplifiers 01208 01212 and 01201 01204 01206 Tran sistors 01208 and 01212 provide a push pull output signal to the mainframe and Trigger Out lines When the gated word sig...

Page 44: ...l operation CHANNELS switch S1218 is set for 4 channel operation pins 12 11 and 9 of U120 are held HI When the Q2 out put of U120 also connected to pin 10 function select input is LO the next rising edge of the clock transfers the data at the D0 through D3 inputs to the outputs When the data from the DATA CHANNELS switch is transferred to the outputs the Q0 Q1 and Q2 outputs go HI the D3 input is ...

Page 45: ...all the outputs of U130 are LO WE and LF Clock The WE write enable not and LF clock signals are the same frequency and polarity the only difference is that the WE signal is only active during the store time store signal HI FOUR CHANNEL When the DATA CHANNELS switch is set for 4 channel operation pin 7 of U 132B and pin 11 of U132C are held HI driving their outputs LO The DATA CHANNELS switch also ...

Page 46: ...switch is set for 16 channel operation pin 9 of U225 and pin 10 of U235 are both LO With pin 10 held LO U235 functions as a 4 bit latch With pin 9 of U225 held LO the data from channel 8 and channel 12 is connected through pins 5 and 3 of U225 to the D1 and D3 inputs of U235 respectively Each rising edge of the clock signal transfers the data at the inputs of U235 to its outputs Data Latch Theory ...

Page 47: ...nputs This full cycle requires four HF clock pulses resulting in a trigger LF clock which is one fourth the frequency of the HF clock one clock period HI three clock periods LO 3 8 EIGHT CHANNEL When the DATA CHANNELS switch is set to 0 8 the DO and D2 inputs of U622 are HI and the D1 input is LO The first clock pulse loads the data into the shift register driving the Q2 output and the S1 input HI...

Page 48: ...divide by five outputs and data selectors The 100 MHz Oscillator is controlled by crystal Y800 The output of the 100 MHz Oscillator is connected to data selector U820 and to the input of divide by two and divide by five counter 0810 The store clock signal is selected from the outputs of the frequency divider counters by the data selectors The SAM PLE INTERVAL switch sets the address of the desired...

Page 49: ...ignal at the output of U608A is coupled through 0744 and 0748 to produce a LO pulse at 3 1 0 plug in connector pin A1 This blanks the display during retrace During store mode the H I level at the base of Q738 drives the base of Q740 HI With the base of Q740 HI the collector of 0740 is LO The LO signal at the collector of 0740 results in a LO pulse at plug in connector pin A1 which blanks the displ...

Page 50: ...he D _input pin 2 of U1328A is HI resulting in a LO at the 0 output pin 6 of U1328A The LO at the Qoutput of U1328A turns on 01487 producing a sign If the trigger location pulse occurred first the Qoutput would be H I producing a sign REV OCT 1982 Theory of Operation 7D01 SN B020000 up Cursor Data Readout The serial data signal is inverted by 01316 and coupled to the A input pin 1 of U 1402 The cu...

Page 51: ...ng of T922 The two secon dary windings of T922 are connected to the inverter power transistors Q926 and Q928 which drive the center tapped primary winding of inverter transformer T942 The four secondary windings of 7942 are connected to gether to form two center tapped outputs The outputs are then full wave rectified and filtered The filtered do output from one pair of secondary windings provides ...

Page 52: ...verity of the environment to which the instrument is subjected determines the frequency of maintenance A convenient time to perform preventive maintenance is preceding adjustment of the instrument VISUAL INSPECTION The instrument should be inspected occasionally for such defects as broken connections improperly seated semicon ductors damaged circuit boards and heat damaged parts The corrective pro...

Page 53: ...r face of the detent springs if more than one spring is replaced Ensure that some lubricant is present at the interface between the bearing and retainer clip 1481 40 2206 11 Figure 4 1 Lubrication procedure for a typical cam switch SEMICONDUCTOR CHECKS Periodic checks of semiconductors in the instrument are not recommended The best check of semiconductor performance is actual operation in the inst...

Page 54: ...ce 7D01 SN B020000 up TROUBLESHOOTING TECHNIQUES Troubleshooting Procedure This troubleshooting procedure is arranged to check the simple trouble possibilities before proceeding with extensive troubleshooting The first few checks ensure proper connec tion operation and adjustment If the trouble is not located by these checks the remaining steps aid in locating the defective component When the defe...

Page 55: ...he lead configuration for the semiconductors used in this instrument are shown on a pullout page in the front of the diagrams section Pin 1 of the IC is indicated by a square pad on the back of the circuit board Diodes A diode can be checked for an open or shorted condition by measuring the resistance between terminals with an ohmmeter scale having a low internal source cur rent such as the R X 1 ...

Page 56: ...Maintenance 7D01 SN B020000 up 2206 22A REV A JAN 1979 Figure 4 2 Circuit board locations 4 5 ...

Page 57: ...nectors b Set the RECORD control fully clockwise detent into the position c Press the MANUAL TRIGGER button a display should appear on the mainframe crt Checked under full load refer to text TABLE 4 1 Power Supply Tolerances NOTE Use a do voltmeter with 0 1 accuracy to check each supply voltage and check ripple with a test oscilloscope Voltages are measured between the power supply test points and...

Page 58: ...ng parts General soldering techniques CORRECTIVE MAINTENANCE Maintenance 71301 SN B020000 up which apply to maintenance of any precision electronic equipment should be used when working on this instru ment Use only 60 40 rosin core electronic grade solder The choice of soldering iron is determined by the repair to be made When soldering on circuit boards use a 15 to 25 watt pencil type soldering i...

Page 59: ...he holes in the board so the component is firmly seated against the board or as positioned originally If it does not seat pro perly heat the solder and gently press the component into place 4 8 Figure 4 4 Locations of securing screws on the Memory circuit board 4 Touch the iron to the connection and apply a small amount of solder to make a firm solder joint To protect heat sensitive components hol...

Page 60: ...e new MEMORY circuit board REV oc r 1982 5 Remove 5 screws A B C D and E on Fig 4 4 from Memory circuit board Two delay lines will now come loose from Memory board 6 Remove board by pulling away from and toward rear of instrument 7 Reverse order or removal to complete circuit board re placement Refer to Figure 4 5 for multi pin connector and P number orientation 3 Remove 4 screws B C D and E on Fi...

Page 61: ...ove Interconnect circuit board from bottom of instrument 7 Note color and position of the 4 wires soldered to Inter connect circuit board 8 Unsolder and remove the 4 wires 9 Reverse order of removal to complete circuit board replacement A3 OUTPUT CIRCUIT BOARD To remove the circuit board 1 Remove knob from SAMPLE INTERVAL switch 2 Note color of all multi pin connectors and P number to which each c...

Page 62: ...ed 2 Remove 5 screws A B C D and E on Fig 4 8 in order listed 3 Remove the 4 screws with hex head nuts which secure power supply plug in connector to rear panel 4 Note color of all multi pin connectors and P number to which each connects 5 Pull Power Supply circuit board with plug in connector attached away from instrument far enough to disconnect all cables that terminate on board 6 To replace Po...

Page 63: ...rom front sub panel 10 Remove Word Recognizer circuit board by pulling it directly away from sub panel 4 1 2 11 Reverse order of removal to complete circuit board replacement Switches Several types of switches are used in this instrument Con tact alignment and spacing is critical to the operation of the cam switch Therefore a defective cam switch should be replaced as a unit or repaired only by pe...

Page 64: ...egrated circuit disengage from the socket before the other as the pins may be damaged Interconnecting Pins Two methods of interconnection are used to connect the circuit boards with other boards and components When the interconnection is made with a coaxial cable a special end lead connector plugs into a socket on the board When the interconnection is made with a wire lead an end lead con nector i...

Page 65: ... circuit board on each side of the board If the old pin was bent at an angle to mate with a connector carefully bend the new pin to the same angle Replace the pin connector Sample Interval Indicator Incandescent Bulb and TRIG D LED Lights are mounted on the sub panel using a plastic sleeve Unsolder the lead wires and pull the bulb out of the sleeve from the rear of the sub panel After any electric...

Page 66: ...0 ns to 1 ps output amplitude 0 V do to 3 V dc rise time 2 ns or less N U T 11r v T TABLE 5 1 Test Equipment Set input pulse width and provide display for 7D01 Check threshold voltage Check Minimum Data and External Clock Pulse Widths Section 5 7D01 SN B020000 up TEST EQUIPMENT REQUIRED The test equipment listed in Table 5 1 is required for a complete performance check and adjustment of this instr...

Page 67: ...ovides access to internal adjustments Connects pulse generator to test oscilloscope amplifier unit for measuring pulse width Connects cable to amplifier unit and probe Connectors BNC male to Connects probe leads to dual binding post I Pulse Generator signal 3 inch shaft 3 32 inch bit I Adjust Variable Threshold and internal adjustments Examples of Applicable Test Equipment a Tektronix part 067 061...

Page 68: ...mpart ments used by the 71301 4 Connect a P6451 Data Acquisition Probe to top Data Input Connector Channels 0 7 and External Clock 5 Set the 71301 front panel controls as follows REV A JUN 1980 VERT POS Midrange MAG X1 RECORD DISPLAY TIME fully clockwise detent URE Performance Check and Adjustment 71301 SN B020000 up HORIZ POS Midrange MAG X1 C THRESHOLD VOLTAGE TTL EXTCLOCK POLARITY CLOCK QUALIFI...

Page 69: ...ormance of this instrument can be checked at any ambient temperature from 0 to 40 C unless otherwise stated Adjust ments must beperformed atanambient TRIG SOURCE CH 0 temperature between 20 and 30 C for EXT TRIG specified accuracy DATA POSITION CENTER POLARITY s WORD RECOGNIZER W R MODE ASYNC FILTER MIN CH 0 through 15 X center EXTERNAL QUALIFIER X center PROBE QUALIFIER X center MAG X1 4 Install ...

Page 70: ... of crt displays sixteen O s in four groups of four digits each n Turn off the power for the test oscilloscope system and remove the 7D01 o Change the internal Cursor Byte selection jumper P1493 to the 3 bit position see Fig 2 3 p Set DATA CHANNELS to 0 3 REV A JUN 1980 Performance Requirement check see introductory information Performance Check and Adjustment 71701 SN B020000 up JUST 1 PROCErIt q...

Page 71: ...clockwise j CHECK That any of the 16 displayed traces can be positioned on screen with the VERT POS control k Change VERT MAG control back to X1 position fully counterclockwise s Change DATA POSITION switch to POST TRIG g CHECK That horizontal position of displayed traces does not move more than one division when the DATA t CHECK That Trigger intensified zone moves toward CHANNELS switch is change...

Page 72: ...0 signal centered on the trace Adjust pulse amplitude if necessary j Change DATA CHANNELS switch to 0 7 and repeat parts e and i k Change DATA CHANNELS switch to 0 15 and repeat parts e and i except adjust the Pulse Duration for 20 ns I Change EXT CLOCK POLARITY switch to Jf position and change DATA CHANNELS switch to 0 3 Performance Requirement check see introductory information REV OCT 1982 Perf...

Page 73: ...o HI h Connect a J othg rdalg gh amel p Q e leads Channels Y sw _ 1 through 7 to pulse generator output i Change pulse generator pulse duration to 15 ns I Change pulse generator pulse duration to 20 ns o Change WORD RECOGNIZER CH 0 through CH 7 switches to X p Disconnect P6451 probe from top Data Input Con nector Channels 0 7 and External Clock and connect to bottom Data Input Connector Channels 8...

Page 74: ...ion j Adjust R625 for desired contrast of the trigger intensi fied zone if necessary k Identify the cursor intensified zone by rotating the CURSOR COARSE control I Adjust R1375 for desired contrast of the cursor in tensified zone if necessary m Rotate the CURSOR FINE POS control and check that the least significant digit of the Cursor Position readout TRIG XXXX can be set to all digits between 0 a...

Page 75: ...e Diagrams section j Adjust R625 for desired contrast of the trigger intensi fied zone if necessary k Identify the cursor intensified zone by rotating the CURSOR COARSE control I Adjust R 137 5 for desired contrast of the cursor in tensified zone if necessary m Rotate the CURSOR FINE POS control and check that the least significant digit of the Cursor Position readout TRIG XXX_X can be set to all ...

Page 76: ...actyou 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 00X Part removed after this serial number 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 ident...

Page 77: ...AR AVE SAN GABRIEL CA 91776 15238 ITT SEMICONDUCTORS A DIVISION OF INTER NATIONAL TELEPHONE AND TELEGRAPH CORP P O BOX 168 500 BROADWAY LAWRENCE MA 01841 24546 CORNING GLASS WORKS ELECTRONIC COMPONENTS DIVISION 550 HIGH STREET BRADFORD PA 16701 27014 NATIONAL SEMICONDUCTOR CORP 2900 SEMICONDUCTOR DR SANTA CLARA CA 95051 32997 BOURNS INC TRIMPOT PRODUCTS DIV 1200 COLUMBIA AVE RIVERSIDE CA 92507 343...

Page 78: ...IFIER 80009 670 6006 00 C107 C110 281 0513 00 283 0023 00 CAP FXD CER DI 27PF 5 4PF 500V 59660 301 055P2GO270M C130 283 0023 00 CAP FXD CER DI O lUF 80 20 12V 91418 MX0104Z1205R5 C132 283 0663 00 XB086800 B097749 CAP FXD CER DI O lUF 80 20 12V 91418 MXO104Z1205R5 C132 283 0149 00 B097750 CAP FXD MICA D 16 8PF 0 5PF 500V 00853 Dl55Cl6R8DO C150 283 0023 00 CAP FXD CER DI 25PF 2 200V 72982 865 528T2H...

Page 79: ...077 00 XB070000 CAP FXD CER DI 330PF 5 500V 59660 831 50OB331J C927 283 0065 00 CAP FXD CER DI O OOIUF 5 100V 72982 805 518 Z5DO102J C929 290 0159 00 XB040000 CAP FXD ELCTLT 2UF 50 10 150V 56289 30D205F15OBB9 C935 290 0746 00 CAP FXD ELCTLT 47UF 50 10 16V 55680 16U 47V T C944 290 0771 00 B020000 B020099 CAP FXD ELCTLT 220UF 50 10 10VDC 56289 502D231 C944 290 0800 00 B020100 CAP FXD ELCTLT 250UF 10...

Page 80: ...150V 91418 SP103Z151 4R9 C1502 281 0775 00 XBO80000 CAP FXD CER DI O lUF 20 50V 04222 SA205EI04MAA CR105 152 0141 02 SEMICOND DEVICE SILICON 30V 150MA 01295 IN4152R CR106 152 0141 02 SEMICOND DEVICE SILICON 30V 150MA 01295 1N4152R CR110 152 0141 02 SEMICOND DEVICE SILICON 30V 150MA 01295 1N4152R CR111 152 0141 02 SEMICOND DEVICE SIIJCON 30V 150MA 01295 1N4152R CR112 152 0141 02 SEMICOND DEVICE SIL...

Page 81: ...COND DEVICE SILICON 30V 150MA 01295 1N4152R CR1316 152 0075 00 SEMICOND DEVICE GE 25V 40MA 14433 G866 CR1322 152 0141 02 SEMICOND DEVICE SILICON 30V 150MA 01295 1N4152R CR1328 152 0141 02 SEMICOND DEVICE SILICON 30V 150MA 01295 1N4152R CR1336 152 0322 00 SEMICOND DEVICE SILICON 15V HOT CARRIER 50434 5082 2672 CR1370 152 0141 02 SEMICOND DEVICE SILICON 30V 150MA 01295 1N4152R CR1414 152 0141 02 SEM...

Page 82: ... 0728 00 COIL RF 116UF 80009 108 0728 00 L986 108 0728 00 COIL RF 116UF 80009 108 0728 00 Q112 151 0188 00 TRANSISTOR SILICON PNP 04713 SPS6868K Q114 151 0188 00 TRANSISTOR SILICON PNP 04713 SPS6868K Q602 151 0188 00 TRANSISTOR SILICON PNP 04713 SPS6868K Q604 151 0190 00 TRANSISTOR SILICON NPN 07263 5032677 Q606 151 0504 00 TRANSISTOR SILICON N CHAN UNIJUNCTION 04713 SU392 Q620 151 0190 00 TRANSIS...

Page 83: ...N PNP 04713 SPS6868K Q1204 151 0223 00 TRANSISTOR SILICON NPN 04713 SPS8026 Q1206 151 0223 00 TRANSISTOR SILICON NPN 04713 SPS8026 Q1208 151 0190 00 TRANSISTOR SILICON NPN 07263 5032677 Q1212 151 0190 00 TRANSISTOR SILICON NPN 07263 5032677 Q1254 151 0188 00 B020000 B100219 TRANSISTOR SII ICON PNP 04713 SPS6868K Q1254 151 0438 01 B100220 TRANSISTOR SILICON PNP SELECTED 80009 151 0438 01 Q1258 151 ...

Page 84: ...M 20 1W 32997 4308R 101 101 R122 315 0272 00 RES FXD CMPSN 2 7K OHM 5 0 25W 01121 CB2725 R124 315 0272 00 RES FXD CMPSN 2 7K OHM 5 0 25W 01121 CB2725 R125 315 0272 00 RES FXD CMPSN 2 7K OHM 5 0 25W 01121 CB2725 R141 307 0492 00 RES NTWK FXD FI 3 50 OHM 5 0 125W 91637 CSP04COI 500J R150 315 0511 00 RES FXD CMPSN 510 OHM 5 0 25W 01121 CB5115 R151 307 0493 00 RES NTWK FXD Fl 7 50 OHM 5 0 125W 32997 4...

Page 85: ...21 0202 00 RES FXD FILM 1 24K OHM 1 0 125W 91637 MFF1816G12400F R656 315 0102 00 RES FXD CMPSN IK OHM 5 0 25W 01121 CB1025 R657 321 0297 00 RES FXD FILM 12 1K OHM 1 0 125W 91637 MFF1816G12101F R662 315 0102 00 RES FXD CMPSN IK OHM 5 0 25W 01121 CB1025 R663 321 0335 00 RES FXD FILM 30 IK OHM 1 0 125W 91637 MFF1816G30101F R664 321 0213 00 RES FXD FILM 1 62K OHM 1 0 125W 91637 MFF1816GI620OF R665 321...

Page 86: ...M 5 0 25W 01121 CB47G5 R732 315 0271 00 RES FXD CMPSN 270 OHM 5 0 25W 01121 CB2715 R733 315 0271 00 RES FXD CMPSN 270 OHM 5 0 25W 01121 CB2715 R734 315 0391 00 RES FXD CMPSN 390 OHM 5 0 25W 01121 CB3915 R735 321 0202 00 RES FXD FILM 1 24K OHM 1 0 125W 91637 MFF1816GI240OF R736 321 0248 00 RES FXD FILM 3 74K OHM 1 0 125W 91637 MFF1816G37400F R737 315 0683 00 RES FXD CMPSN 68K OHM 5 0 25W 01121 CB68...

Page 87: ...6G21001F 8908 321 0354 00 RES FXD FILM 47 5K OHM 1 0 125W 91637 MFF1816G47501F 8910 315 0473 00 8020000 8079999 RES F XD CMPSN 47K OHM 5 0 25W 01121 CB4735 8910 315 0223 00 B080000 RES FXD CMPSN 22K OHM 5 0 25W 01121 CB2235 8912 315 0684 00 XB080000 RES FXD CMPSN 680K OHM 5 0 25W 01121 CB6845 R913 315 0102 00 X8080000 RES FXD CMPSN IK OHM 5 0 25W 01121 CB1025 8914 315 0104 00 8020000 B079999X RES ...

Page 88: ... CB6815 81269 315 0104 00 B020000 B020614 RES FXD CMPSN 100K OHM 5 0 25W 01121 CB1045 R1269 315 0753 00 B020615 RES FXD CMPSN 75K OHM 5 0 25W 01121 CB7535 81270 311 1894 00 RES VAR NONWIR 5K OHM 10 0 75W 02111 43P502T655 R1271 315 0102 00 RES FXD CMPSN 1K OHM 5 0 25w 01121 CB1025 R1272 315 0392 00 RES FXD CMPSN 3 9K OHM 5 0 25W 01121 CB3925 81273 315 0511 00 B020000 B020614 RES FXD CMPSN 510 OHM 5...

Page 89: ...XD CMPSN 4 7K OHM 5 0 25W 01121 CB4725 81371 315 0272 00 RES FXD CMPSN 2 7K OHM 5 0 25W 01121 CB2725 R1372 315 0151 00 RES FXD CMPSN 150 OHM 5 0 25W 01121 CB1515 81373 315 0562 00 RES FXD CMPSN 5 6K OHM 5 0 25W 01121 CB5625 81374 315 0103 00 RES FXD CMPSN 1OK OHM 5 0 25W 01121 CB1035 R1375 311 1245 00 RES VAR NONWIR IOK OHM 10 0 50W 73138 72 28 0 81376 315 0302 00 RES FXD CMPSN 3K OHM 5 0 25W 0112...

Page 90: ... 91637 MFF1816GI4302F 81449 315 0103 00 RES FXD CMPSN IOK OHM 5 0 25W 01121 CB1035 81450 315 0134 00 RES FXD CMPSN 130K OHM 5 0 25W 01121 CB1345 81451 321 0400 00 RES FXD FILM 143K OHM I 0 125W 91637 MFF1816G14302F 81452 315 0204 00 RES FXD CMPSN 200K OHM 5 0 25W 01121 CB2045 81453 315 0103 00 RES FXD CMPSN IOK OHM 5 0 25W 01121 CB1035 81454 315 0134 00 RES FXD CMPSN 130K OHM 5 0 25W 01121 CB1345 ...

Page 91: ...20V 09353 7103SYCB8E 51205 260 1809 00 SWITCH T000LE SPTT 0 4A 20V 09353 7103SYCB8E 51206 260 1809 00 SWITCH TOGGLE SPTT 0 4A 20V 09353 7103SYCB8E 51207 260 1809 00 SWITCH T000LE SPT 1 0 4A 20V 09353 7103SYCB8E S1208 260 1809 00 SWITCH T000LE SPTT 0 4A 20V 09353 7103SYCB8E 51209 260 1809 00 SWITCH TOGGI E SP rf 0 4A 20V 09353 7103SYCB8E S1210 260 1809 00 SWITCH T000LE SPTT 0 4A 20V 09353 7103SYCB8...

Page 92: ...8100265 MICROCIRCUIT DI 256 BIT RAM 04713 MCM10144L U256 156 0657 02 8100266 MICROCIRCUIT DI 256 X 1 STATIC RAM 04713 MCM10144L U258 156 0657 00 8020000 8100265 MICROCIRCUIT DI 256 BIT RAM 04713 MCM10144L U258 156 0657 02 8100266 MICROCIRCUIT DI 256 X 1 STATIC RAM 04713 MCM10144L U260 156 0458 00 8020000 8100265 MICROCIRCUIT DI QUAD AND CATE 2 INP 04713 MC10104L U260 156 0458 01 8100266 MICROCIRCU...

Page 93: ...RCUIT DI QUAD 2 INPUT NOR GATE 04713 MC10102 P OR L 156 0205 02 B100000 MICROCIRCUIT DI QUAD 2 INP NOR GATE SCRN 04713 SC22689L102 156 0295 00 B020000 B099999 MICROCIRCUIT DI TRIPLE EXCI OR EXCL NOR 80009 156 0295 00 156 0295 02 B100000 MICROCIRCUIT DI TRIPLE 2 INP EXCL OR NOR 80009 156 0295 02 156 0230 00 B020000 B099999 MICROCIRCUIT DI DUAL D MA SLAVE FLIP FLOP 04713 MC10131 L OR P 156 0230 02 B...

Page 94: ...69 03 B100220 MICROCIRCUIT DI TRIPLE LINE RECEIVER SCRN 04713 SC22689P216 01236 156 0369 00 B020000 B100219 MICROCIRCUIT DI TRIPLE LINE RECEIVER 80009 156 0369 00 02136 156 0369 03 B100220 MICROCIRCUIT DI TRIPLE LINE RECEIVER SCRN 04713 SC22689P216 01248 156 0369 00 B020000 B100219 MICROCIRCUIT DI TRIPLE LINE RECEIVER 80009 156 0369 00 01248 156 0369 03 B100220 MICROCIRCUIT DI TRIPLE LINE RECEIVER...

Page 95: ...1402 156 0572 00 B020000 B100243 MICROCIRCUIT DI 8 BIT SERIAL IN PRL OUT 80009 156 0572 00 U1402 156 0572 02 B100244 MICROCIRCUIT DI 8 BIT SERIAL IN PRL OUT SE 27014 MM74C164JA U1408 156 0572 00 B020000 B100243 MICROCIRCUIT DI 8 BIT SERIAL IN PRL OUT 80009 156 0572 00 U1408 156 0572 02 B100244 MICROCIRCUIT DI 8 BIT SERIAL IN PRL OUT SE 27014 MM74Cl64JA U1410 156 0388 00 B020000 B100243 MICROCIRCUI...

Page 96: ...o incorporated into the appropriate sections of the manual Refer to Table 7 1 and the Table of Contents for location of option information Conversion kits for most options are available and can be installed at a later time For further information on instrument options see your Tektronix Catalog or contact your Tektronix Field Office OPTION 49 Deletes one P6451 Data Acquisition Probe from the stand...

Page 97: ...l Adjustment Plug Index Modified Component See Parts List Refer to Waveform Refer to Diagram Number SEL Value Selected at Factory Coaxial Connector Panel Connector Assembly Number Board Name Etched Circuit Board Outlined in Black Schematic Name and Number A Assembly separable or repairable H Heat dissipating device heat sink PIT Thermistor circuit board etc heat radiator etc S Switch AT Attenuator...

Page 98: ...REV A JAN 1979 Figure 8 1 Semiconductor lead configuration ...

Page 99: ...Figure 8 2 Circuit board locations Section 8 7D01 SN B020000 up 2206 22A ...

Page 100: ...R u Figwm82 Au Mvmmy circuit board component side ...

Page 101: ...CR105 2G P212 5B R121 2D U136 21 CR106 2G P213 58 R124 5E U140 21 CR110 5G P224 5H R122 5E U150 2 CR111 5G P225 51 R126 5F U225 4 CR112 5G P236 5B R141 3K U235 4 CR113 5G P237 58 R150 2B U245 41 CR114 5G P248 5H R151 3J U252 3F CR115 5F P249 5H R221 4C U254 3 CR116 5G P350 4A R223 5G U256 3 CR117 5G P515 2A R241 4B U258 31 CR118 5G P532 5E R251 3B U260 21 CR119 5E P538 5D R261 21 U268 5J CR120 5F ...

Page 102: ...35 41 i R531 4J U445 4H i R541 4K U452 3F R551 3J U454 3F R561 2K U456 3H U458 3H U106 2G U460 21 U108 2G U535 4J U110 2F U545 4J U120 2D U552 31 0130 2E U554 31 U132 2D U556 3J U136 2C U558 3J U140 213 U560 2J U150 2C U570 21 U225 4C U572 21 U235 4C U245 413 U252 313 U254 3C U256 3C 0258 3D U260 2H U268 51 U269 5J U335 4D U345 4E U352 3D U354 3E U356 3E U358 3F U425 41 ...

Page 103: ...7D01 SN B020000 up 6 A67 4 91H691 X871 F835 RI 43 0748 8744 13 R738 C738 REV A FEB 1977 ...

Page 104: ...97 1F R783 2D C786 1E P780 2D R608 2F R698 1F R784 1D C800 5B P782 1C R609 5E R699 1G R785 1D C801 5B P782 2E R611 3F R701 1A R786 1D C802 5B P783 2E R613 3G R702 1A R800 5B C811 5C P798 1B R614 2G R703 1A R801 3B C813 4E P839 4B R615 4G R704 1A R811 3C C831 3B R616 3G R707 1A R813 4C CR607 3D Q565 2H R617 2G 8708 1B R821 4C CR608 3E Q602 2E R618 3G R709 2C R831 3B CR615 4F G604 2E R619 4G R712 2C...

Page 105: ...Figure 8 3 A2 Memory circuit board component side ...

Page 106: ...U132 CR105 2G I P212 5B R121 2D U136 CR106 2G I P213 5B R124 5E U140 CR110 5G I P224 5H R122 5E U150 CR111 5G I P225 51 R126 5F U225 CR112 5G I P236 5B R141 3K U235 CR113 5G I P237 58 R150 2B U245 CR114 5G I P248 5H R151 3J U252 CR115 5F I P249 5H R221 4C U254 CR116 5G I P350 4A R223 5G U256 CR117 5G I P515 2A R241 4B U258 CR118 5G I P532 5E R251 3B U260 CR119 5E I P538 5D R261 21 U268 CR120 5F I ...

Page 107: ...1 4J U445 4H R541 4K U452 3F R551 3 1 U454 3F R561 2K U456 3H U458 3H U106 2G U460 21 U108 2G U535 4J U110 2F U545 4J U120 2D U552 31 U130 2E U554 31 U132 2D U556 3J U136 2C U558 3J U140 2B U560 2J U150 2C U570 21 U225 4C U572 21 U235 4C U245 4B U252 3B U254 3C 0256 3C U258 3D U260 2H 0268 5J U269 5J U335 4D U345 4E U352 3D U354 3E U356 3E U358 3F U425 41 ...

Page 108: ...0 8707 R766 1 76 6 R765 RI 82 9701 CH b9 R767 8764 0772 0831 a N 00 N 00 J606 9620 ERb2s Rg22 0620 Ch ki 2 D 8835 06 0606 3 C694 R60 R606 Figure 8 5 A3 Output circuit board component side R731 R673 0694 C667 R6 6 C606 H1691H691 0676 Ck6is2 067RC665 v C731 8671 P6b7 L672 R6 R657 065eC6S6 8617 0664 R61 10 64 0662 8662 REV B FEB 1980 4 0744 87 87 3 074P 4 R609 R738 602 R602 C738 8609 R 37 C 2Q ...

Page 109: ...8 2F P678 2H Q772 1C R684 1G R768 2C C750 2D P680 1F 0784 2D R685 2H R769 2C Y800 4B C752 2D P684 1H R600 3E R686 1H R770 2C C753 2D P694 1H R601 3E R688 2G R771 1C C766 1B P708 1B R602 2F R691 2F R772 1 C C768 2C P718 2E R603 2F R692 1F R774 1E C780 1E P728 2E R604 2E R693 1F R775 1E C800 5B P738 3F R606 3E R694 1F R780 1D C801 5B P740 4H R607 3E R696 1F R781 1D C802 5B P780 2D R608 2F R697 1F R7...

Page 110: ...Al WORD RECOGNIZER BOARD A4 CURSOR BOARD ...

Page 111: ......

Page 112: ......

Page 113: ...4 3C C356 3F CR123 4G P236 5J R115 5E R521 4C U258 3H U556 3B C445 4D CR124 5F P237 5J R119 5G R531 4B U260 2D U558 38 C456 3E P248 413 R120 4F R541 4A U268 5A U560 2B C560 1A DL224 51 P249 4D R121 5G R551 3C U269 5B U570 2C C911 4A DL424 5C P350 4K R122 4G R561 2A U335 4H U572 2B C935 4K P532 5G R125 5F U345 4H J108 1G P538 4H R141 3A U106 2E U352 3H CR105 2E J120 4F P550 1K R150 2J U108 2F U354 ...

Page 114: ... P1265 1A 81213 1C 81274 4F P1270 1D R1220 3E 81275 1D CR1251 2B P1273 2E 81223 2A 81276 4F CR1252 2B R1225 2B R1277 2E CR1261 1B 01202 2C 81227 4B 81278 4F CR1263 1B 01204 2C R1229 4A 81279 2E CR1264 1B 01206 2D 81230 4C CR1266 3A 01208 1C R1231 2C U1215 2B CR1268 1B 01212 1C 81232 2E U1218 4B 01254 2B 81233 213 U1224 2C P1020 1D 01258 2B 81235 4D U1236 2D P1205 2D 01262 2B 81250 1B U1240 4D P121...

Page 115: ...l WORD RECOGNIZER BOARD CKT NO GRID COORD 7z j CKT NO GRID COORD J115 4B S1211 4D J110 3B S1212 4D S1213 4C S1200 3E 51214 4C S1201 3E S1215 4C S1202 3D S1218 1D S1203 3D 51219 2D S1204 3D S1220 4E S1205 3C 51251 3B S1206 3C S1256 3E S1207 3C S1258 2E 51208 4E S1260 3F S1209 4E S1265 2D S1210 4D S1275 3A ...

Page 116: ... 4 m 0 1490 R1493 j allt6 G 41484 Dr j n3 _ _ I vlabz 81308 Bm p QI31b 8m j PI314 P1963 PY83 a 4I r 5 s SY _a r_C E r 51 15 s K p E Isv Q a t __ _ _ _ _ a Ivlaba P663 4745 c U1492 3a j E g618 G 41304 8 w j U6 I9 14 m a O C hlJ C al G 1 CJ Jl IJ J C L i l _ E_ sR619 __ _ _ _ __r _ E wc U62B 4 81496 m_ J E a 0611 3I oOa QO 5 13 _ 3 SY HSY d j E a 2V a l l tSVL m 5V m Nm _w N S 9 5 r m N m d KN V O d...

Page 117: ... 13 I P510 Palo 121 12 1 ISYm_ J _L __ s_ISY L UI261 141 P1020 I F awDe c a1212 c 5EEDIAL O 5EE DIACT I P1212 P212 I A r7 i U1215 3 1 114 1 1 224 6 Pills P21a I ulv5 11 I z F 1 224_10 1 13 UI218 3 I 1 71441 IPI224 P2uI UI214 15 s nF i m 1 424 I 19 _t UI234 7 J L r 1 41446 iPl r y25 9Y 2 J 2 9 5 I UI714 3 1 424 10 z1 n U17B4 3 m J __ f 1 424 7 IPI13 e P2ibl 1 224 3 U154i5 J _ 1 E 1 224 4 PI29T P2bT...

Page 118: ... 4E R461 2B U256 31 U554 3C C356 3F CR123 4G P236 5 1 R115 5E R521 4C U258 3H U556 3B C445 4D CR124 5F P237 5 1 R119 5G 8531 4B U260 2D U558 3B C456 3E P248 4D R120 4F R541 4A U268 5A U560 2B C560 1A DL224 51 P249 4D R121 5G R551 3C U269 5B U570 2C C911 4A DI 424 5C P350 4K R122 4G R561 2A U335 4H U572 2B C935 4K P532 5G R125 5F U345 4H J108 1G P538 4H R141 3A U 106 2E U352 3H CR105 2E J120 4F P55...

Page 119: ... 3F C1278 4F P1264 1A 81212 1C R1273 1D C1279 4F P1265 1A 81213 1C 81274 4F P1270 1D R1220 3E 81275 1D CR1251 2B P1273 2E R1223 2A 81276 4F CR1252 2B 81225 2B 81277 2E CR1261 1B 01202 2C R1227 4B 81278 4F CR1263 1B 01204 2C R1229 4A 81279 2E CR1264 1B 01206 2D 81230 4C CR1266 3A 01208 1C 81231 2C U1215 2B CR1268 1B 01212 1C R1232 2E U1218 4B P1020 1D 01254 2B 81233 2D U1224 2C P1205 2D 01258 2B 81...

Page 120: ...A1 WORD RECOGNIZER BOARD rCKT GRID COORD CKT GRID I NO NO COORD J115 4B S1211 4D J110 3B S1212 4D S1213 4C S1200 3E 51214 4C S1201 3E S1215 4C 51202 3D S1218 1D S1203 3D S1219 2D S1204 3D S1220 4E S1205 3C S1251 3B 51206 3C S1256 3E S1207 3C 51258 2E S1208 4E 51260 3F S1209 4E S1265 2D S1210 4D S1275 3A ...

Page 121: ...wm s 01366 1 w UI346 3 WM 2 7DO1 unwwrn L T n 1 p1302 8 51 SI IS f 2y y ps TTT zTT TT T T_ TT T will I is ss s ss iszs a z L b c 1N I A N EI 6 Z w I fee low 11L 2206 55 wa j REV FEB 1980 ...

Page 122: ...2 1SEE DI Ay 5y A2 WE DIAL US MACI U1215 1 L7 14 4 F 11 l3 r L114 10 1 P1225 I u214 3 K TA L U40 3R III 2 LW 3 U1245 3 L 24 4 L424 12 21 I2 Wl2 M45 glS zz_zi WYNYI ON 5 0 0 4 up FRONT PANEL AND BOARD INTERCONNECTIONS SH WAy ...

Page 123: ... 4D Rl14 4E R461 28 U256 31 U554 3C C356 3F CR123 4G P236 5J R115 5E R521 4C U258 3H U556 3B C445 4D CR124 5F P237 5 1 R119 5G R531 4B U260 2D U558 3B C456 3E P248 4D R120 4F R541 4A U268 5A U560 2B C560 1A DL224 51 P249 4D R121 5G R551 3C 0269 5B U570 2C C911 4A DL424 5C P350 4K R122 4G R561 2A U335 4H U572 2B C935 4K P532 5G R125 5F U345 4H J108 1G P538 4H R141 3A U106 2E U352 3H CR105 2E J120 4...

Page 124: ...13 1C 81274 4F P1270 1D 81220 3E 81275 1D CR1251 2B P1273 2E 81223 2A 81276 4F CR1252 2B 81225 2B 81277 2E CR1261 1B 01202 2C 81227 4B 81278 4F CR1263 1B 01204 2C 81229 4A 81279 2E CR1264 1B 01206 2D 81230 4C CR1266 3A 01208 1C 81231 2C U1216 2B CR1268 1B 01212 1C 81232 2E U1218 4B P1020 1D 01254 2B 81233 2D U1224 2C P1205 2D 01258 2B 81235 4D U1236 2D P1206 2F 01262 2B 81250 1B U1240 4D P1210 1D ...

Page 125: ...nel of instrument A1 WORD RECOGNIZER BOARD 51200 3E S1201 3E S1202 3D S1203 3D S1204 3D S1205 3C S1206 3C S1207 3C 51208 4E S1209 4E S1210 4D CK1 GRID NO COORD S1211 4D S1212 4D S1213 4C S1214 4C S1215 4C S1218 1D S1219 2D S1220 4E S1251 3B S1256 3E S1258 2E S1260 3F S1265 2D S1275 3A ...

Page 126: ...nected to the 7000 series mainframe through two 067 0616 00 Flexible Plug in Extenders The 7D01 controls are set as follows TRIGGER SOURCE W R WORD RECOGNIZER CH 0 HI The Ch 0 probe is connected to a 1 kHz signal source with the 7D01 THRESHOLD VOLTAGE set appropriately VOLTAGE AND WAVEFORM CONDITIONS ...

Page 127: ......

Page 128: ...ON MA9 77 S 2 uQan u U 6 6 6 n 1 1 3 5 5 1 QO SW 802 0000 E UP WORD iZECOGNIZER TRIGGER SELECTOR 0 MQ A9 00 mn ...

Page 129: ...F P225 4D R114 4E R461 2B U256 C356 3F CR123 4G P236 5J R115 5E R521 4C U258 C445 4D CR124 5F P237 5J R119 5G R531 4B U260 C456 3E P248 4D R120 4F R541 4A U268 C560 1A DL224 51 P249 4D R121 5G R551 3C U269 C911 4A DL424 5C P350 4K R122 4G R561 2A U335 C935 4K P532 5G R125 5F U345 J108 1G P538 4H R141 3A U106 2E U352 C R105 2E J120 4F P550 1K R150 2J U108 2F U354 C R106 2E J138 2G P911 3A R151 3B U...

Page 130: ...5 41 U460 2C 4C U245 4J U535 48 4D U252 3J U545 4B 3E 0254 3J U552 3C 28 U256 31 U554 3C 4C U258 3H U556 3B 4B U260 2D U558 3B 4A U268 5A U560 28 3C U269 5B U570 2C 2A U335 4H U572 2B U345 4H 2E U352 3H 2IF U354 3G 2F U356 3G 2H U358 3F 2G U425 4C 2H U435 4C 2H U445 4D 21 U452 3F 2J U454 3E 21 U456 3D 41 U458 3D ...

Page 131: ...n OF t O FO 2 yU WE J o _ y r rv f OL 3 3 No S W N sC l sll sCJ WF I __ T a _ 4h f ATf D WORD __ WORD S a i u r KN REV 8 SUN 1978 ...

Page 132: ...I U I U a I u 9 I U w NC F l J 5 SN 0020000 UP ANORD RECOGNIZER AND TRIGGER SELECTOR CA 1 MM n C C I mm O 7a m moo 00 CO N m I C7 wi U m ...

Page 133: ...108 5B R361 2C U235 C110 2G CR119 5G P212 51 R111 2G R421 4C U245 C130 1G CR120 4F P213 51 R112 4E R441 4D U252 C150 11 CR121 5G P224 4D R113 2F R451 3E U254 C252 3K CR122 5F P225 4D R114 4E R461 2B U256 C356 3F CR123 4G P236 51 R115 5E R521 4C U258 C445 4D CR124 5F P237 5 1 R119 5G R531 4B U260 C456 3E P248 4D R120 4F R541 4A U268 C560 1A DL224 51 P249 4D R121 5G R551 3C U269 C911 4A DL424 5C P53...

Page 134: ...5 41 U460 2C 4C U245 4J U535 48 4D U252 3J U545 4B 3E U254 3J U552 3C 2B U256 31 U554 3C 4C U258 3H U556 3B 4B U260 2D U558 3B 4A U268 5A U560 2B 3C U269 5B U570 2C 2A U335 4H U572 2B U345 4H 2E U352 3H 2F U354 3G 2F U356 3G 2H U358 3F 2G U425 4C 2H U435 4C 2H U445 4D 21 U452 3F 2J U454 3E 21 U456 31 41 U458 3D ...

Page 135: ...Qw 2u rc x wa ...

Page 136: ...ZZOG 5C REV C JAN 1979 Yd sw sozmoo 1 JP WORD RECOGNIZEIZ AND 7ZO ER SELECTOR ...

Page 137: ...41 4D U252 C150 11 CR121 5G P224 4D R113 2F R451 3E U254 C252 3K C R122 5F P225 4D R114 4E R461 2B U256 C356 3F C R123 4G P236 5 1 R115 5E R521 4C U258 C445 4D CR124 5F P237 51 R119 5G R531 4B U260 C456 3E P248 4D R120 4F R541 4A U268 C560 1A DL224 51 P249 4D R121 5G R551 3C U269 C911 4A DL424 5C P530 4K R122 4G R561 2A U335 C935 4K P532 5G R125 5F U345 J108 1G P538 4H R141 3A U106 2E U352 CR105 2...

Page 138: ... U235 41 N U460 2C 4C U245 4 1 U535 4B 4D U252 3J U545 4B 3E U254 3 1 U552 3C 2B U256 31 U554 3C 4C U258 3H U556 3B 4B U260 2D U558 3B 4A U268 5A U560 2B 3C U269 5B U570 2C 2A U335 4H U572 2B U345 4H 2E U352 3H 2F U354 3G 2F U356 3G 2H U358 3F 2G U425 4C 2H U435 4C 2H U445 4D 21 U452 3F 2J U454 3E 21 U456 3D 41 U458 3D ...

Page 139: ...Figure 8 9A A7 Clock Qualifier circuit board ...

Page 140: ......

Page 141: ...azoGoc REV C on WORD RECOGNIZER AND TRIGGER SELECTOR ...

Page 142: ...B R361 2C U235 2G C 119 G P212 5J R111 2G R421 4C U245 CR1 0 4F P213 51 R112 4E R441 4D U252 11 CR 21 5G P224 4D R113 2F R451 3E U254 1 CR1 2 5F P225 4D R114 4E R461 213 U256 3K R123 G P236 5J R115 5E R521 4C U258 3F CR 24 5F P237 5 1 R119 513 R531 4B U260 4D P248 4D R120 4F R541 4A U268 3E DL224 51 P249 4D R121 5G R551 3C U269 1A DL424 5C P530 4K R122 4G R561 2A U335 4A P532 5G R125 5F U345 4K J1...

Page 143: ...235 41 U460 2C 4C U245 4J U535 4B 4D U252 3J U545 413 3E U254 3J U552 3C 2B U256 31 U554 3C 4C U258 3H U556 3B 413 U260 2D U558 3B 4A U268 5A U560 2B 3C U269 5B U570 2C 2A U335 4H U572 213 U345 4H 2E U352 3H 2F U354 3G 2F U356 3G 2H U358 3F 2G U425 4C 2H U435 4C 2H U445 4D 21 U452 3 F 2J U454 3E 21 U456 3D 41 U458 3D ...

Page 144: ...P1502 R150X R1511 CR15 4 R1505 R150 6 C1522 Figure 8 9A A7 Clock Qualifier circuit board ...

Page 145: ... two 067 0616 00 Flexible Plug in Extenders The 7D01 controls are set as follows The 7D01 is untriggered EXT TRIG connector open VOLTAGE AND WAVEFORM CONDITIONS Waveforms D and 0 DATA CHANNELS 0 3 DISPLAY TIME 1 s TRIGGER SOURCE EXT SAMPLE INTERVAL 1 us Waveforms 0and 0 DATA CHANNELS 0 7 DISPLAY TIME 1 s TRIGGER SOURCE EXT SAMPLE INTERVAL 1 ps ...

Page 146: ...6 6 3 5 SELECTABLE CHAN MODE S CHAN MOOG 0 N ...

Page 147: ... log 1 M T IF puWyn TT IT Ti 14 A 4 WITMA gal I i a lo Yo oooo s_ 42 KK I fp 1 N ASIAT d i j i A 1 A 7 a 4 I Y IMATTOWTAT 9 WiNA 1 82 K I 1 a r_ 1 IT nL F 5 4 MEMO M iN I I SN B02000 0 t jpI MEMORY 0 1 711 ...

Page 148: ...TIONS AS VIEWED WITH BOARD INSTALLED FOR VIEW OF COMPONENT SIDE OF BOARD SEE FIGURE 8 5 IN THIS SECTION REV A FEB 1977 Figure 8 10 A3 Output circuit board Component locations as viewed with board installed R7a2 ki ez 8766 766 0772 7764 ...

Page 149: ...R615 4B R709 2F RT691 2C C811 5F P839 4G R616 3B R712 2F RT782 1F C813 4D R617 2B R713 2F C831 3G 0602 2D R618 3B R714 3F S825 2G 0604 2D R619 4B R715 3F CR607 3D 0606 2D R620 5F R716 2F U608 3D CR608 3D 0620 5E R621 4D R717 2F U610 3D CR615 4C Q628 4B R622 5F R718 3F U615 5D CR621 5E 0652 2A R623 4A R720 3E U617 5D CR622 5E Q654 2B R627 4A R721 3E U619 3C CR628 4B Q656 2A R628 4A R731 2D U621 3C ...

Page 150: ...461 2B U256 31 U554 3C C356 3F CR123 4G P236 5J 13115 5E 13521 4C U258 3H U556 3B C445 4D CR124 5F P237 5J 13119 5G 13531 4B U260 2D U558 3B C456 3E P248 4D 13120 4F 13541 4A U268 5A U560 2B C560 1A DL224 51 P249 4D 13121 5G 13551 3C U269 5B U570 2C C911 4A DL424 5C P350 4K 13122 4G 13561 2A U335 4H U572 2B C935 4K P532 5G 13125 5F U345 4H J108 1G P538 4H 13141 3A U106 2E U352 3H C R105 2E J120 4F...

Page 151: ...s C r _ i ft TTT 1 TDOI X00 CHO MODE 4 B LHAN MODE Lw SELECTABLE MODE t 8 CHO 6 L AM IN t zy REV B SUN 1978 ...

Page 152: ... a N n_ Wo a _ _ ms V NN O aJ p p _ m d J F a NQ J __ _ _a Qaaaaa aa el _ o _ TI I T 1 7 s aa a aaaa Q IT7 Ih 1 T I m aaaaa aaa zua i Z o u a _ _ _ _ _ _ _ _ _ _ __ u N a E o aaaaaaaa F v C d _ lv a va nV p QJ p J m O O a v w9 ono a _ aeae aaa O m oc W OF O O QZ yU Wa M p _ 0 y f wN a aL _ 1 a _ __ x i ___ sN sozooao g uc MEMORY_ ___ _ b M d ...

Page 153: ...G 38 1 02CS02 klh k W P 7 J j Hui t GERD 14 61 1 Y kbWS bWq R C o V50 071 0 b V ubvQj i R H I1 C vsbb I I I r hold U 0 sm 1 W S R 15 1 alai Oh6t C 68 07400739 4 Am 107M jty4 LA 0 72 1 H66 N b I tf HE Ib U W t J 4 b33 7 90 j 0655 ER 754 744 H Ki CI 54 6 0 A 2 8 N I OD KbO 0608 C 00 9 C I C C C OD 00 r1j 03 1 111 0620 R620 C OD N U C 00 W 00 OD Co OD N OD C 1 y P839 A c COMPONENT LOCATIONS AS VIEWED...

Page 154: ...R615 4B R709 2F RT691 2C C811 5F P839 4G R616 3B R712 2F RT782 1F C813 4D R617 2B R713 2F C831 3G 0602 2D R618 3B R714 3F S825 2G Q604 2D R619 4B R715 3F CR607 3D 0606 2D R620 5F R716 2F U608 3D CR608 3D 0620 5E R621 4D R717 2F U610 3D CR615 4C Q628 4B R622 5F R718 3F U615 5D CR621 5E 0652 2A R623 4A R720 3E U617 5D CR622 5E 0654 2B R627 4A R721 3E U619 3C CR628 4B 0656 2A R628 4A R731 2D U621 3C ...

Page 155: ...0 4F P213 5J R112 4E R441 4D U252 3J U545 4B CR121 5G P224 4D R113 2F R451 3E U254 3 1 U552 3C CR122 5F P225 4D R114 4E R461 2B U256 31 U554 3C CR123 4G P236 5 1 R115 5E R521 4C U258 3H U556 3B CR124 5F P237 5J R119 5G R531 4B U260 2D U558 3B P248 4D R120 4F R541 4A U268 5A U560 2B DL224 51 P249 4D R121 5G R551 3C U269 5B U570 2C DL 424 5C P350 4K R122 4G R561 2A U335 4H U572 2B P532 5G R125 5F U3...

Page 156: ... Q Q Q Q 4 Q a No Q Mo Q m o Y d r C a m TTZ tPi f T 1 r a m4 LHPN MDDE I v4 BLHAN MDDE d f619 DIAq SELECTABLE I6 C_H_ ___ pb GHAN MDDE a B LHAN MDDE_ I r S L A WD _ 3 IaFF2AME PIfll4 1514 DI M a AL C 9maN O a inn r No m a _ _ a aaa aaaa a o _ nMr s i 7TC7 7 I 1 IT w p d 17 Qa Q aa Z ov s7 ma o 0 No W o Ln N r REV G JAN 1979 ...

Page 157: ...playsla ply 1 lEV C JAN 1979 5N 30 0000 eca6os4 MEMORY I z M w 00 ...

Page 158: ... 6 V OD OD _ N OD N W N 6627 D m OD A m 00 8623 6628 0628 C631 CR 20 R629 C813 P8 9 R613 6615 t 1 813 C C C7 I C C N OD N 00 C C C Q7 Ol C 0 C C7 0 m OD c l m OD OD OD E D7 N N N I N N 00 U W N V Ul a I tCI C688 6686 0684 0682 6683 R687 R688 C681 C786 C692 C7 0 i 7 rv 0708 0784 762 764 P738 7 8703 C7 682l 8708 03070g0 81 782 R76 C766 R766 R707 0772 N764 R767 CR703 C687 R676 C667 0694 R673 R731 076...

Page 159: ...83 2D R614 2B R708 1G C801 5G P798 1G R615 4B R709 2F RT691 2C C802 5G P839 4G R616 3B R712 2F RT782 1F C811 5F R617 2B R713 2F C813 4D Q602 2D R618 3B R714 3F S825 2G C831 3G 0604 2D R619 4B R715 3F CR607 3D 0606 2D R620 5F R716 2F 0608 3D CR608 3D 0620 5E R621 4D R717 2F U610 3D CR615 4C Q628 4B R622 5F R718 3F U615 5D CR621 5E Q652 2A R623 4A R720 3E U617 5D CR622 5E 0654 2B R627 4A R721 3E U61...

Page 160: ...5G P212 51 R111 2G R421 4C U245 4J U535 4B CR120 4F P213 51 R112 4E R441 4D U252 3J U545 4B CR121 5G P224 4D R113 2F R451 3E U254 3 1 U552 3C CR122 5F P225 4D R114 4E R461 2B U256 31 U554 3C CR123 4G P236 51 R115 5E R521 4C U258 3H U556 3B CR124 5F P237 5 1 R119 5G R531 4B U260 2D U558 3B P248 4D R120 4F R541 4A U268 5A U560 2B DL224 51 P249 4D R121 5G R551 3C U269 5B U570 2C DL424 5C P350 4K R122...

Page 161: ...UA Eli TOMApIwa adadaaaa 77 y laZZr Yd cl 0 A P613 DIAL O IL MM P1310 DIAL Vol 0000 0000 REV G JAN 1979 day m Q ...

Page 162: ...00 N m 110 00 41 h N REV F JAN 1979 AWN 1FAF A Irk Cl m rr r r r TT r a aaaaaaaa a ma E no a i 1 7 I T T T 9rr o to F T BQBG054 MEMORY M LA z M ...

Page 163: ...R7 O R73 PIG 0cllt60t 8604 R735 C750 0 5007 LH 38 11606 0 R736 P734 R715 m 8607 Q 32 U7400738 CRi q W 0 m CR6 2HoiU73 h 0734 R7200 722071 87410 cn m RE R 39 F 8721 8718 COMPONENT LOCATIONS AS VIEWED WITH BOARD INSTALLED FOR VIEW OF COMPONENT SIDE OF BOARD SEE FIGURE 8 5 IN THIS SECTION Figure 8 10 A3 Output circuit board Component locations as viewed with board installed ...

Page 164: ... G P740 4A R609 5D R703 1H R821 4F C768 2F P780 2E 8611 3C R704 1H R831 3G C780 1 D P782 1F R613 313 R707 1H R835 2C C786 1 D P783 2D R614 213 R708 1G C800 5G P798 1G R615 4B R709 2F RT691 2C C801 5G P839 4G R616 3B 8712 2F RT782 1F C802 5G R617 213 R713 2F S825 2G C811 5F Q602 2D R618 313 R714 3F C813 4D 0604 2D R619 413 R715 3F U608 3D C831 3G 0606 2D R620 5F R716 2F U610 3D CR607 3D 0620 5E R62...

Page 165: ...52 3K CR122 5F P225 4D R114 4E R461 2B U256 31 U554 3C C356 3F CR123 4G P236 5J R115 5E R521 4C U258 3H U556 3B C445 4D CR124 5F P237 51 R119 5G R531 4B U260 2D U558 3B C456 3E P248 4D R120 4F R541 4A U268 5A U560 2B C560 1A DL224 51 P249 4D R121 5G 8551 3C U269 513 U570 2C C911 4A DL424 5C P350 4K R122 4G R561 2A U335 4H U572 2B C935 4K P532 5G R125 5F U345 4H J108 1G P538 4H R141 3A U106 2E U352...

Page 166: ...w ton 1 11191 i R 4 J T D01 O 10i n AIT77 17 a 9 9 1 _ 1 0 L y _ _ _ 9 10 o 1 4 GNAN MODE r4 0GNAN MODE g AG l_ Q WC i _s CH s L I Ah TV WZ_ I t t K Q1 5 3 m iIMIITVH I _rr a ri r m jrA AW ...

Page 167: ...I 1 AT 5 a now r p bw F squ 14111 A 4 P 0 s 11 a z a T A c a n 6 a 3 5 l BOSG wewop Y ...

Page 168: ...IDOI eg FaF o 0 Y Ua Eli yj s j 84 W r 4 V BEL LE SCk4NNT 4 5C M006 FRAME E Fm wm O AVANT 0 T Q Q S 1 1 7 TTTi I NMI Uifli A m ...

Page 169: ...zzoc sz REV A GEe iseo U w mom fT707ITW4 x U U NN lsN eoebces t ua MEMOR _ p3 Cm D3 r0 O0 P 0 00 co A LTI C ...

Page 170: ...h 0 probe is connected to a 1 kHz signal source with the 7D01 THRESHOLD VOLTAGE set appropriately Waveforms were obtained by pressing the DISPLAY TIME MANUAL pushbutton and triggering the waveform display on the transition shown in the center of the top trace of each waveform display VOLTAGE AND WAVEFORM CONDITIONS EIIIIIIIIIIIIIMM DATA CHANNELS 0 3 DATA POSITION POST TRIG SAMPLE INTERVAL 0 5 ps T...

Page 171: ...N TPC 21 10131 2y 15 IOD 519 f PRE _ Z RESET TO LI 5 6 u 40 7 U15O 7 AND Dny RECORD ENABLE 2V I6 CHAN MODE FROM _ ORT09 DIAL 8609 61 UU TA s MIS 0810 2 DIAy 4 8 em mom U50B FROM WAN 4CHAN MODE FROM P613 2 DIA 0 T_lA 4 SV L S REIM loo 1 CIL D C D 51 52 TPOS o P532 6_621 I 7 REV A MAR 77 ...

Page 172: ...31 C loo I p ly 2y V 4 6Y Q TYPE CVd 1010 21 I6 00 10113 1 16 10131 1 16 10136 I I6 10141 I I6 10135 i lb 100 OHM TERMINATION RESISTOR PACKS A 5 J D VVNI V SEE PARTS UST MR SEMICONDUCTOR TYPES SK somoo 0 E JP MqOER UNBLANK DISABLE TO U 005 4 DIACI P617 m 0 U124 10196 V 10 5 631C7 31 13 C 1 2 D K ji sq 1 DO D QO 0 D1 qx D D 0 3 3_4 0 43 0 7y 7 7 52 ...

Page 173: ...IDE OF BOARD SEE FIGURE 8 5 IN THIS SECTId REV A FEB 1977 Figure 8 72 A3 Output circuit board Component locations as viewed with board installed CIt75 C665 8754 c tw Q7 R75 r I Q C 07 W 3 I N m N 13627 w _ m Cc 1313628 0628 C631 Gri G28 13629 0813 136 19 R6I RB13 0 I N c C C C C 07 Ql W N Ul N fl N W N N V 8685 13665 13664 13668 13655 06650678 r 3 r 77 Q652 R67 j 54 C b8 13653 p65 7 1_658 13657 p6...

Page 174: ...R835 2C C801 5G P783 2D R614 2B R708 1G C802 5G P798 1G R615 4B R709 2F RT691 2C C811 5F P839 4G R616 3B R712 2F RT782 1F C813 4D R617 2B R713 2F C831 3G 0602 2D R618 3B R714 3F S825 2G 0604 2D R619 4B R715 3F CR607 3D 0606 2D R620 5F R716 2F U608 3D CR608 3D Q620 5E R621 4D R717 2F U610 3D CR615 4C 0628 4B R622 5F R718 3F U615 5D CR621 5E 0652 2A R623 4A R720 3E U617 5D CR622 5E Q654 2B R627 4A R...

Page 175: ... 056_20 020 is TPou 0 I270 820 iV ROVE o R011c 00 ly 0 7Y 2v Io CHAN NODE FROM MV9 P DATA POSITION _ POST TWE P I I l Q swag I 1 Pb15 r7I F RESET U140 7 P To 160 7 AND UZo9 DIA e PISS p5sb F7 1 RESET ENABLE TO P500 5 DIAGI RESET 0 24 dMO DIAC UW7A yr 10105 10 RbolE c DL DO D I D TPW9 I MV B JMa 076 4 sy RECORD ENABLE UX023 10136 Ca UT C D D D D W I _ I i Rog 0 0 Q Q L3 ...

Page 176: ... Q 4 8Y WAX CR628 R623 1 8 k 5k R601A 100 2Y STORE TO R739 DIAL 0 PfolS I r STORE TO PSIS 2 DIAq Pil STORE To J1400 12 OIAq 1 P 3 STORE To PI3 e3 S _ J y FLAG TO I P13 o3 2 1 A_ X TRIGGERLOCATION ICI TO S 5_3 i TRIGGER INTENSIFY TO PI369 I SEE PARTS LIST FOR SEMICONDUCTORTYPES DIAC7 SN BO 0000 E UP TRIClGER UNSLANK DISABLE To U005 4 D1A 7 Pvn Q1 FULL DISPLAY I FIRST TRI GR 100 OHM TERMINATION RE51...

Page 177: ...MANUAL RESET 701 R m m RESET woo 14 A MAC _ RESET ull 7 _ T P I 5 I l CHAN NODE uw7A IDVI NR A O q M 4CMN MODE m _L 3 ul V 112 W41 m I L D uo B R m s ...

Page 178: ... s v ao oooo E a TRI aE R ...

Page 179: ...C6 663 R737 R603 R604 R735 R663 N CR 38 R606 _U R736 06660668 8613 0740 u v R607 31 R667 073E3 m m CRoO ut073R 7 1 1734 RRIR R616 t7 4 0 CRC07 R73g Figure 8 15 A3 Output circuit board Component locations as viewed with board installed R78 2 rJ 6706 m0708070 Cf RT782 R76S 8760 R707 0772 R764 760 8767 CR 03 0784 0769 R769 1 768 R770 R768 COMPONENT LOCATIONS AS VIEWED WITH BOARD INSTALLED FOR VIEW OF...

Page 180: ... 5G P783 2D R614 2B R708 1G C801 5G P798 1G R615 4B R709 2F RT691 2C C802 5G P839 4G R616 3B R712 2F RT782 1F C811 5F R617 213 R713 2F C813 4D 0602 2D R618 3B R714 3F S825 2G C831 3G 0604 2D R619 4B R715 3F CR607 3D 0606 2D R620 5F R716 2F U608 3D CR608 3D 0620 5E R621 4D R717 2F U610 3D CR615 4C Q628 4B R622 5F R718 3F U615 5D CR621 5E 0652 2A R623 4A R720 3E U617 5D CR622 5E 0654 2B R627 4A R721...

Page 181: ...loe R621E R021y 00 00 2V 2V 1 0 1y TO U028 T DIAL D 7Y zip n 9 U6218 TP621 10191 D 4 U aISA 0131 Rb21F 100 P1219 CENTER II 3 PRviii _ PblS PT36 P53b1 0110 21 RECORD ENABLE Y 1 y P300 5 DIAy U OI 5 5B 101 1 D R Q 6609 av I o CHAN MODE FROM OR709 DIAq RESET FROM 01400 24 DIAL 100 FROM USIO 2 DIAq T SCHAM MODE UIOITB FROM 1 E J 10105 P613 I D_IA6_C _ _ TR621 D 100 4 CHAN MODE FRO P613 2 D M I4y 2V 4 ...

Page 182: ... BV 2v TF623 Rboly loo 9 b21A IDo U140 Io19s 4 R60IA loo 2v STORE To 9 739 DIAy 7615 Iryl STORE TO _j PSIS 2 DIAy P612 r1 STORE TO Jlaoo 12 DIAy 9663 TYPE I Dao2 IOI05 10107 10113 10131 10136 IC141 10 15 VC GND I I6 1 16 i I6 1 101 I 1 IbI I6 1 161 UNSLANK DISABLE a rD umos a DIAy 8 P6R FULL DISPLAY FIRST TRIyy F_ 100 OW TERMINATION RE515TOR PACKS 0 _ _ D_ E F_ G _L _ V EE a av B B B 3 8 a SEE PAR...

Page 183: ... _ 1 m CRre CR307 0652 R672 0654CH68r R653 0656 0658 8657 0664 R617 0662 C66 I C14 R663 06660668 8613 R667 R753 r ty o3 0754 R627 R623 8628 0628 C631 CRC28 R629 R61 COMPONENT LOCATIONS AS VIEWED WITH BOARD INSTALLED FOR VIEW OF COMPONENT SIDE OF BOARD SEE FIGURE 8 5 IN THIS SECTIC Figure 8 12 A3 Output circuit board Component locations as viewed with board installed 0766764 P a3 b 8703 ft70E mQ 70...

Page 184: ...7 1H C768 2F P780 2E R613 313 R708 1G RT691 2C C780 1 D P782 1F R614 213 R709 2F RT782 1F C786 1 D P783 2D R615 413 R712 2F C800 5G P798 1G R616 313 R713 2F S825 2G C801 5G P839 4G R617 2B R714 3F C802 5G R618 313 R715 3F U608 3D C811 5F 0602 2D R619 413 R716 2F U610 3D C813 4D G604 2D R620 5F R717 2F U615 5D C831 3G Q606 2D R621 4D R718 3F U617 5D Q620 5E R622 5F R720 3E U619 3C CR607 3D 0628 413...

Page 185: ...1 4 SY a DISPLAY CLOCK 1 x 1 P560 4 DIACGO3 SEE DlACj I I 1 r II 11 50 O R81IE loo IO s __ _ 2V _ 13 R 1 1 F 10 8 0 CI 2 C 4 C5 U 820 101 l 4 C 3 DATA SELECTOR 5 _10 u5 2V 1 D L 7 U S j 6 R81 I0 101 38 100 1 _ 2v IOO as 7 2V 2V J140 EXT 5 VYCS z 500 100 5825 loo _ 50 SAMPLE INTERVAL 10 1 0 SHOWN IN 50 n5 POSITION 5 2 I 500 100 n5 100 50 10 to li ...

Page 186: ...EXT S 2 I 500 200 1 00 50 2o 10 5 2 I 500 z00 100 so z0 1D 5N 8020000 UP C TIME BASE TP 839 2 _ J 83 S 1 r EXT STORE To L PI39 I DIAC 3O P839 STORE CLOCK 70 J138 DIACgQ ...

Page 187: ...6660668 8613 07400738 U m 8607 31 CH734 9667 CR6b9 ui073 0734 87100722 8714 8618 9616 740 Ul m 6 CRbO R739 R 2 1 8718 9753 CR7 13 0754 8627 8623 8628 0628 C631 CR6 28 9620 8619 COMPONENT LOCATIONS AS VIEWED WITH BOARD INSTALLED FOR VIEW OF COMPONENT SIDE OF BOARD SEE FIGURE 8 5 IN THIS SECTIOI Figure 8 13 A3 Output circuit board Component locations as viewed with board installed 0784 0768 R769 C76...

Page 188: ... 1 G R615 4B R709 2F RT691 2C C802 5G P839 4G R616 3B R712 2F RT782 1F C811 5F R617 2B R713 2F C813 4D 0602 2D R618 3B R714 3F S825 2G C831 3G 0604 2D R619 4B R715 3F CR607 3D 0606 2D R620 5F R716 2F U608 3D CR608 3D 0620 5E R621 4D R717 2F U610 3D CR615 4C Q628 4B R622 5F R718 3F U615 5D CR621 5E Q652 2A R623 4A R720 3E U617 5D CR622 5E 0654 2B R627 4A R721 3E U619 3C CR628 4B Q656 2A R628 4A R73...

Page 189: ...3K CR122 5F P225 4D R114 4E R461 28 U256 31 U554 3C C356 3F CR123 4G P236 5 1 R115 5E R521 4C U258 3H U556 3B C445 4D CR124 5F P237 51 R119 5G R531 4B U260 2D U558 3B C456 3E P248 4D R120 4F R541 4A U268 5A U560 2B C560 1A DL224 51 P249 4D R121 5G R551 3C U269 5B U570 2C C911 4A DL424 5C P350 4K R122 4G R561 2A U335 4H 0572 2B C935 4K P532 5G R125 5F U345 4H J108 1G P538 4H R141 3A U106 2E 0352 3H...

Page 190: ...02 lowl IS Y mq so PARTIAL AZ MEMORY BD 2v sy 404 SAMPLE INTERVAL SHOWN IN S0 Ls POSITION 03y E YT s K 5 500 too too so 5 500 too L s too s o 10 10 1 8 _ SEE DI O ACq R BOIE 50 2 Y RBOID So 100 ts zv U51r Rslle 10138 wo v Too P560 P660 1 9660 ONO N L l I L Al CLOCK TO 1 1 1 R835 t1 1 1 1 P5bO 4 DOqeB 5 100 zv Zv ...

Page 191: ...o AI EN DATA SELECTOR 9 114 TYPE x0102 10136 lol o4 0174 UCG 4ND VEE 4 SV 1lo a I 10 a I IlO 6 50 OHM 6 100 OHM TERMINATION RESISTOP PACKS SEE PARTS LIST FOR SEMICONDUCTOR TYPES R821E 17821D m 100 100 1 1 I 5 1 62 I R83ICi C 5 D 43 10138 50 51 51 Qml S_ 0 2V 4 5N Boaoooo UP TIME BASE EX T 5 2 I 500 200 1 00 50 2o 10 5 2 I 500 200 100 50 20 10 cS ...

Page 192: ...31 FSi 4835 743 d744UF0 4744 0 8602 9F0C C738 860206 02 8737 F1608 9604 k fja _ 8606 8607 0740 m 736 8740 i s r q L Hu 7 COMPONENT LOCATIONS AS VIEWED WITH BOARD INSTALLED FOR VIEW OF COMPONENT SIDE OF BOARD SEE FIGURE 8 5 IN THIS SEC I 10 Figure 8 13 A3 Output circuit board Component locations as viewed with board installed S825 ...

Page 193: ... 2D R614 28 R708 1G C802 5G P798 1G R615 48 R709 2F RT691 2C C811 5F P839 4G R616 3B R712 2F RT782 1 F C813 4D R617 2B R713 2F C831 3G Q602 2D R618 3B R714 3F S825 2G Q604 2D R619 4B R715 3F CR607 3D 0606 2D R620 5F R716 2F U608 3D CR608 3D 0620 5E R621 4D R717 2F U610 3D CR615 4C 0628 4B R622 5F R718 3F U615 5D CR621 5E Q652 2A R623 4A R720 3E U617 5D CR622 5E 0654 2B R627 4A R721 3E U619 3C CR62...

Page 194: ... U554 3C C356 3F CR123 4G P236 5J R115 5E R521 4C U258 3H U556 3B C445 4D CR124 5F P237 5 1 R119 5G R531 4B U260 2D U558 3B C456 3E P248 4D R120 4F R541 4A U268 5A U560 2B C560 1A DL224 51 P249 4D R121 5G R551 3C U269 5B U570 2C C911 4A DL424 5C P350 4K R122 4G R561 2A U335 4H U572 2B C935 4K P532 5G R125 5F U345 4H J108 1G P538 4H R141 3A U106 2E U352 3H CR105 2E J120 4F P550 1K R150 2 1 U108 2F ...

Page 195: ...20 10 n5 CLOCK f 00x5 TO ip Ulo1 IA 4 DIAq 4 SY ms u 5 M 5 sxT s z 50 1 500 2 00 zo 10 5 2 500 100 100 50 10 10 looxs Ra01D s0 2V R813 51 100h 5 2V 3 89019 so Do DI Dz 2Y iI D 4 9811q loo is 2 s 2V 11 D5 __ 0814 RSHE 1013a 2 IO us 2V 13 R811F 100 nd 15 1 u s a_ _ _ 4 8Y m o DISPLAY CLOCK 0 10035 1 2 3 P5 60 4DIMO so 10138 100 51 2Y 100 5 U 820 101 04 D 3 DATA SELECTOR 2V 2v R81I 100 FI J 1400 ea _...

Page 196: ...R D 4 I I D IG I 14 D 5 I C IE I I I SEE PARTS LIST FOR 14 D E zV FROM F 1 J1400 45 DIAL 2v SEMICONDUCTOR TYPES 9 II 10 RI Qz Cz so 43 51 5 44 53 EXT 5 z 1 500 200 100 50 zo 10 5 2 500 zoo 1 00 50 zo to 5N 8020000 UP C TIME BASE ft5 L Q139 I DIAC O3 TYPE VCC GNO V EE 4 SY 10102 1 I o 9 10138 1 1 0 a 101 04 1 I o a so1Ta 1 10 e ...

Page 197: ...D W 1 W 3 0 7 5 4 M 7 1 LT T 14 R627 C o 01 0 L 0628 IMP T a 23 1 1 1 i _ 461 R 9T 9629 j csi3 1 I I I f s CI C C C C lp 0C 00 OD 00 00 100 0 C C 0 C j N K 0 1 00 co h W 1 4 2 n T 7 111111 YSBI P786 1 0684 0682 C M D fo Q D 0 a o K p 4 j OD M T Co 8683 n L C692 C780 N r anrD R 6 8 T 1 G88 0784 V j Z 4 cc ve 0 x WU M I 4 i 1111111 11 1 1 1 11 0 6 64 RT7b2 R765 n bG 772 R7 6 4 C76G R 7 P 7 B R782 C6...

Page 198: ...R708 1G RT691 2C C780 1D P782 1F R614 2B R709 2F RT782 1 F C786 1D P783 2D R615 4B R712 2F C800 5G P798 1G R616 3B R713 2F S825 2G C801 5G P839 4G R617 2B R714 3F C802 5G R618 313 R715 3F U608 3D C811 5F Q602 2D R619 4B R716 2F U610 3D C813 4D Q604 2D R620 5F R717 2F U615 5D C831 3G 0606 2D R621 4D 8718 3F U617 5D Q620 5E R622 5F R720 3E U619 3C CR607 3D 0628 4B R623 4A R721 3E U621 3C CR608 3D 06...

Page 199: ...R221 41 U120 2H U358 3F 5G R223 5E U130 2G U425 4C 5D R241 4J U132 2H U435 4C R251 3 1 U132 2H U445 4D 2E R261 2C U136 21 U452 3F 2E R321 4H U140 2J U454 3E 2E R341 4H U150 21 U456 3D R351 3H U225 41 U458 3D C i U L 0 C cn n c N CR i0 C c V N V O 0 m i1 07 GRi6 5 m i m m m R105 a 00 R104 caJ 139 i2106 C Ul U C C t Ce a C a C U U Ul U U i a n U a I 0 a N ao U a N t4 C C a C c Ul U U w N a a a Ui U ...

Page 200: ...exible Plug in Extenders The 7D01 controls are set as follows all others X The 7D01 is connected to produce a display as shown in waveform display The timebase unit is triggered on the falling edge of the channel 2 signal waveform display VOLTAGE AND WAVEFORM CONDITIONS DISPLAY TIME DATA CHANNELS 0 3 DATA POSITION CENTER TRIGGER SOURCE W R WORD RECOGNIZER Ch 7 LO ...

Page 201: ...E CHAN MODE I To ucol rB i0 DIACI 4 CHAN MODE To UK2 II DIACG D2 Iol a D3 Da D5 D6 PIGIy R2 IA I D I A DI P6 so P650 t 2 3 4 I5V REV A MAR 77 D0 6 1 D I 5 STORED DATA raom D2 a DIAL D3 a A I D4 D 5 A s D6 A ...

Page 202: ...0 P 093 1 00k SV t RGSG 422 R G94 _6692 47 wF SV 100 OHM TERMINATION R E515TOR PACKS A 5 G D E G G H io TYPE vo2__ 10136 10164 voo aND I IG IG I I G V E 4 8V 8 6 8 SEE PARTS LIST FOR SEMICONDUCTOR TYPES 619 R691 2 4k c SV R698 499 SN B020000 E UP VERTICAL OUTPUT RG80 Ik P05 MAGI 8695 2 5 k fv _ ERT 51 GINAL ...

Page 203: ...tC75E 5738 5603 ID60 0738 5602 602 5733 573 o 5737 P60 8 R604 R735 lcP 8 306 13 R7 F COMPONENT LOCATIONS AS VIEWED WITH BOARD INSTALLED FOR VIEW OF COMPONENT SIDE OF BOARD SEE FIGURE 8 5 IN THIS SECTIC REV A FEB 1977 Figure 8 15 A3 Output circuit board Component locations as viewed with board installed 8765 R76 R70n x 766 7fn u R7 6 r i k w9 ...

Page 204: ...1G R615 4B R709 2F RT691 2C C811 5F P839 4G R616 3B R712 2F RT782 1F C813 4D R617 2B R713 2F C831 3G Q602 2D R618 3B R714 3F S825 2G Q604 2D R619 4B 8715 3F CR607 3D 0606 2D R620 5F R716 2F 0608 3D CR608 3D 0620 5E R621 4D R717 2F 0610 3D CR615 4C Q628 4B 8622 5F R718 3F U615 5D CR621 5E Q652 2A R623 4A R720 3E U617 5D CR622 5E Q654 2B R627 4A R721 3E U619 3C CR628 4B 0656 2A R628 4A R731 2D U621 ...

Page 205: ... TDOI P560 ukl Al 2 3m 4 p6so FROM 01400 J 1 K 641 ZV 4 5V r REV B JUNE 1978 ...

Page 206: ...F 314k SV n 9 664 molk 9 686 301 9 667 LOOK 9 692 J 60k JZ 093 1 00k a 6v 5V CR 0S4 QG84 R68S 1 00Ic 100 OHM TERMINATION RESISTOR PACKS A O G D E P CG H Q a o R o55 Q c OG L24k 9 665 7 400k SEE PARTS LIST FOR SEMICONDUCTOR TYPES SV R e96 422 R094 619 P c80 51 SV SN B020000 UP VERTICAL 0UTPUT 9 680 Ik POs MAy 8695 2 Sk EVEC Vcc V66 TYPE CIND _ a av 10102 1 16 e 10136 I 1 o S t01 04 I 1 o 9 SV 5V 9 ...

Page 207: ...L__ 7a _ r3 1 inras orsm 7 _ rU ooMpomEmrLocAnommAmmEmsom r aOAno mmTALLsczponv omopoOMpomEmrmosOpoOAnc SEE FIGURE 8 5 IN THIS SECTI Figure 8 15 A3 Output circuit board Component locations as viewed with board installed OO 7 uaus r OO O ...

Page 208: ...3C R704 1H R831 C800 5G P782 1F R613 3B R707 1H R835 C801 5G P783 2D R614 2B R708 1G C802 5G P798 1G R615 4B R709 2F RT691 C811 5F P839 4G R616 3B R712 2F RT782 C813 4D R617 2B R713 2F C831 3G 0602 2D R618 38 R714 3F S825 0604 2D R619 4B R715 3F CR607 3D Q606 2D R620 5F R716 2F U608 CR608 3D 0620 5E R621 4D R717 2F U610 CR615 4C Q628 4B R622 5F R718 3F U615 CR621 5E 0652 2A R623 4A R720 3E U617 CR...

Page 209: ...7DOI PSSO k11Z 2 Roso 19 A DI D I W 5L DI wwi D3 S l D3 D4 h D4 D5 2 Dr D 190 1 D f m0l DI 2 EN 10 AZ I Ao D US72 a S9 REV C AN WS ...

Page 210: ... USED R678 3 011 C688 47 F r R68lc 301 R687 1 009 R692 1 301 8693 1 001 _ 4 8V 5V 100 OHM TERMINATION RE515TOR PACKS C D A 5V 8683 15b L692 CR684 4 BV Q084 R 85 1 001 SEE PARTS LIST FOR SEMICONDUCTOR TYPES sv 496 422 R694 J c687 100 619 e R697 681 SN 8020000E UP VERTICAL OUTPUT R o80 I1 P05 VERT MA T R695 2 sk 51 CINAL VOa V66 TYPE ikN D _ 4 SV 10102 1 16 8 10136 f 1 0 8 101 04 I I 0 8 ...

Page 211: ...3 7440604 n w R653 0 o R744 sl 06S6 0658 R657 8738 R603 0606 C738 8602 060 2 873 0664 8617 0662 C66 614 8663 0666 0668 8613 8667 8618 8615 Figure 8 15 A3 Output circuit board Component locations as viewed with board installed COMPONENT LOCATIONS AS VIEWED WITH BOARD INSTALLED FOR VIEW OF COMPONENT SIDE OF BOARD SEE FIGURE 8 5 IN THIS SECTIOP REV ...

Page 212: ... 1H R835 2C C800 5G P783 2D R614 2B R708 1G C801 5G P798 1G R615 4B R709 2F RT691 2C C802 5G P839 4G 5616 3B R712 2F RT782 1 F C811 5F R617 2B R713 2F C813 4D 0602 2D R618 3B R714 3F S825 2G C831 3G Q604 2D R619 4B R715 3F CR607 3D Q606 2D R620 5F R716 2F U608 3D CR608 3D 0620 5E R621 4D R717 2F U610 3D CR615 4C Q628 4B R622 5F R718 3F U615 5D CR621 5E 0652 2A R623 4A R720 3E U617 5D CR622 5E 0654...

Page 213: ... pushbutton VOLTAGE AND WAVEFORM CONDITIONS Voltages and Waveforms shown are typical but may vary between instruments TEST SETUP The 7D01 is connected to the 7000 series mainframe through two 067 0616 00 Flexible Plug in Extenders The 7D01 controls are set as follows 200 us ...

Page 214: ...U74OqS OWCq STORE FRAM U0105 FLAG P FROM U Dl9A 1 4r SAMPLE INTERVAL 7DOI Wy QWAL 51218 DATA CHANNELS ods as VAY 1 INTERCONNECTIONS __ I Q CHANNEL MODE R1109 TO Z 1 Uovo 7 L 1 13 DIACI _16V cl 5v I 8760 TVloop Imy SV REV A MAR 77 GV ...

Page 215: ...F90MJ1400 OiACI 0 P c11 tl C U152 145 0 11Cl86 1OOyap 15V 2Y 8775 316 r5V 61 3 5V4EEP GATE TO I I P F13 c3 lo 01a I gl SN EEP LOCKOUT TO J P 363 5 Pto6l a FROM m J1430 1 0 Dlau P760 POS gl P 790 Ik MAC7 RlS5 0 2 5k 5N B020000 l P HORIZONTAL OUTPUT FLAG OUT 51 C NAL ...

Page 216: ...7D01 SIU B020000 up REV A FEB 1977 Figure 8 16 A4 Cursor circuit board component locations n1 79 31474 01410 Pl f ...

Page 217: ...G P1413 4D 81301 4E 81394 2F 81452 2H U1328 58 CR1328 5H P1423 5F 81302 4E 81395 2F 81453 3F U1332 51 CR1336 51 P1492 2F 81303 5E R1396 2G 81454 2F 01334 51 CR1370 4E P1493 2F 81304 5E R1397 2G 81455 2F U1338 51 CR1414 3C P1942 3A 81306 4E 81403 3D R1456 2G U1342 31 CR1416 4C 81307 4E R1404 4C 81457 3F U1344 3E CR1418 4B 01302 4D 81308 4E 81405 4D 81458 2F U1346 3F CR1422 2H 01304 5D 81311 5E 8140...

Page 218: ...RD NO CKT rtv GRID CKT T GRID CKT _ __ GRID CKTm GRID CKT GRID NO COORO D COORD NO COORD NO COORD NO COORD C606 2D P510 2D Q662 2B 8613 3B 8668 2A 8740 3C C631 4B P612 3D 0664 2B 8614 2B 8671 2C 8741 3A 6633 3A P613 5C 0665 2B 8615 4C 8672 2B 8743 2C 6667 2C P615 3C 0666 3B 8616 3B 8673 2C 8744 2C 6672 28 P621 2C Q668 3B 8617 2B 8676 2B 8754 3B 6681 1 D P632 5B 0676 2C 8618 38 8678 1B 8783 2E C687...

Page 219: ...1 R5015 100 Cms 2 2 r PARTIAL 5121S DATA CHANNELS 5Y F11 270 32 INTERCONNECTIONS PAIZTIALSS LS DlArq C9 110 SAMPLE ItJ t ERVAL rT CP711 _TV RI 34 590 8717 ak O Is R735 vo m 5f 4 1 8713 sl Rus IaQ CUB IZ720 Rol I p CHANNEL 10O L CRISO TV C750 0 1 SV NY CI P7 FROM J 1400 DQ REV B TUNS 1978 ...

Page 220: ...V 4 5V 1 761 1 OOk L C f 100 FROM 01400 DIACI Oo POIQ C1 1 SEE PARTS LIST FOR SEMICONDUCTOR TYPES 8716 316 5V P aso f I a _ FLAiy OUT HORN SN 8020000 4 uP REV 13 ZUNE 1978 HORIZONTAL OUTPUT SWEEP LOCKOUT FROM J 1400 I D _ _ 428 0 51 CINAL ...

Page 221: ...7D01 SN B020000 up REV A FEB 19T C1366 r1482 _ 0142C f 1 Rld 4 Figure 8 16 A4 Cursor circuit board component locations ...

Page 222: ...1413 4D 81301 4E 81394 2F R1452 2H 01328 5G CR1328 5H P1423 5F R1302 4E 81395 2F 81453 3F 01332 5F CR1336 51 P1492 2F R1303 5E 81396 2G 81454 2F 01334 5F CR1370 4E P1493 2F R1304 5E R1397 2G R1455 2F 01338 5H CR1414 3C P1942 3A 81306 4E 81403 3D 81456 2G 01342 3B CR1416 4C R1307 4E R1404 4C 81457 3F 01344 3B CR1418 4B 01302 4D 81308 4E 81405 4D 81458 2F 01346 3B CR1422 2H 01304 5D R1311 5E 81406 4...

Page 223: ...B R668 2A R740 3C C631 4B P612 3D 0664 2B R614 2B R671 2C R741 3A C633 3A P613 5C G665 2B R615 4C R672 2B R743 2C 0667 2C P615 3C Q666 3B R616 3B R673 2C R744 2C C672 2B P621 2C 0668 3B R617 2B R676 2B R754 3B 0681 1D P632 5B Q676 2C R618 3B 8678 1B R783 2E C687 2A P650 2A 0678 2B R619 4B 8681 1B R813 4D C688 1A P660 2C 0682 1B R621 5D 8682 18 R835 2C C692 1D P663 3B 0684 1B R623 48 R683 1B C731 2...

Page 224: ...NTERVAL 2V PARTIAL 51219 DATA CHANNELS DST08 PIA SEWF 9 OA MTERCONNECTION5 r M __4u Pi Is e P roB PARTIAL5825DIAy I 10 CHANNEL M ODE SAMPLE NT RVAL CR f09 R709 O O9 710 2 T k U 006 7 uro17 13 C9 112 DIA4 49 9 10012 k 471 k 5v R I 2c M SV C _ RTao 1 3ok 5V 1 1 1 r FROM J14C DIAL Z2 Ofp 60 REV C JAN 1379 ...

Page 225: ... FROM J1400 DIAGt to O c SEE PARTS LIST FOR SEMICONDUCTOR TYPES UIA 11 81 SNEEP LOCKOUTTOJ PI303 8 IP ofal I FROns J 1400 Ib OIA G SN B020000 VP HORIZONTAL OUTPUT PAR TIALAS INTERCONNECT BD FLACK OUT FROMI J1400 DIAL e2s to q 29 30 A 511 i SICINAL ...

Page 226: ...7D01 SN B020000 up REV A FEB 1977 1S 1 11499 Fi4a2E Rt9tli s1916 A1397 R1999 R1igsj A1419 1411 c1366 41488 1494 0148 f lzt ess f Figure 8 16 A4 Cursor circuit board component locations ...

Page 227: ...1322 5G P1413 4D 81301 4E 81394 2F 81452 2H 01328 5G CR1328 5H P1423 5F 81302 4E 81395 2F 81453 3F 01332 5F CR1336 51 P1492 2F 81303 5E 81396 2G 81454 2F 01334 5F CR1370 4E P1493 2F 81304 5E R1397 2G 81455 2F 01338 5H CR1414 3C P1942 3A 81306 4E 81403 3D 81456 2G 01342 3B CR1416 4C 81307 4E 81404 4C 81457 3F 01344 3B CR1418 4B 01302 4D 81308 4E 81405 4D 81458 2F 01346 3B CR1422 2H 01304 5D 81311 5...

Page 228: ... Q664 2B 8614 2B R671 2C R741 3A C633 3A P613 5C Q665 2B R615 4C R672 2B R743 2C C667 2C P615 3C 0666 3B R616 3B R673 2C R744 2C C672 2B P621 2C G668 313 R617 213 R676 28 R754 3B C681 1D P632 5B 0676 2C R618 313 R678 1B R783 2E C687 2A P650 2A 0678 2B R619 4B R681 1B R813 4D C688 1A P660 2C Q682 1B R621 5D R682 1B R835 2C C692 1D P663 3B Q684 1B R623 4B R683 1B C731 2D P678 2A Q694 2C R627 4B R684...

Page 229: ......

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Page 231: ... CR1422 2H 01422 2H 41304 5E C1328 5G CR1424 1H P1314 4D 01426 2H 41306 4E C1329 4G CR1426 2H P1342 2A 01430 2G 41307 4E C1336 41 CR1430 2G P1351 2A 01434 2H R1308 4E C1341 3A CR1434 2H P1357 1B 01436 2H 41311 4E C1342 3A CR1436 21 P1362 4D 01438 31 41312 5E 01343 3A CR1437 21 P1363 4D 01442 3H 41315 3E C1344 3A CR1438 41 P1367 1B 01446 3H 41316 4E C1345 3A CR1439 21 P1383 4E 01450 3H 41321 5G C13...

Page 232: ... 1C CR1474 4G 01376 5H CR1322 5G CR1478 4F 01404 3C CR1328 5H CR1482 4G 01406 3C CR1336 51 CR1484 1 H 01412 4D CR1370 3E CR1485 1H 01414 3C CR1414 3C CR1486 1H 01416 38 CR1416 3C CR1487 4F 01417 5G CR1418 3B CR1488 4F 01418 3B CR1422 2H 01422 2H CR1424 1H P1314 4D 01426 2H MID CKT GRID CKT GRID LOC NO LOC __NO ___L OC 41 R1475 4G U1334 5F 31 R1477 3G U1338 5H 4H R1478 4F U1342 3B 4H R1479 4F U1344...

Page 233: ...3 1F 01462 2G 81336 51 81394 1F 81435 2H R1469 3G TP1334 3F 11 P1496 1A 01466 2G 81341 3A 81395 1F 81436 21 81470 4G 11 01470 3G 81342 3A 81396 1G R1437 31 81471 4G U1322 5E 2F 01302 3D 01474 3G 81343 3A 81397 1G 81438 41 81473 3G U1328 5G 1G 01304 5D 01478 3F 81344 3A 81403 3D R1439 41 R1474 4G U1332 5F F 01308 4D 01482 3G 81345 1B 81404 3C 81440 41 R1475 4G U1334 5F 2G 01312 4D 01484 1H 81351 1A...

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Page 236: ...7D01 SN 8020000 UP P 99 YJ R9Iq R915 C91B _ y2 1 L Y9 1 i R904 R914 0983 09080910 0904 0914 C904 Figure 8 18 A6 Power Supply circuit board component locations 0 y 26 OW f L L t C ...

Page 237: ...B CR904 2C P940 4B R904 2C R986 2A C918 2B CR905 2C P950 5B R905 2C C920 1D CR914 2C P994 5B R907 2B T922 2D C921 2D CR942 4E R908 2B T942 4D C927 3D CR943 3E Q903 2B R910 2B C944 3D CR952 5D Q904 2B R914 2C TP942 2C C945 3C CR968 4B 0908 2B R915 1C TP948 3B C953 5E Q910 2B R916 5B TP968 4C C954 5C Q914 2C R918 1C TP980 4B C955 4C L945 3C Q926 3D R919 1C C961 4B L955 5C 0928 3E R920 1 D U918 1B C9...

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Page 240: ...7D01 SN B020000 up REV A JUN 1978 Figure 8 18 A6 Power Supply circuit board component locations ...

Page 241: ...B R966 3B 2C P930 4B R902 3B R967 3B 2C C R904 2C P933 3A R903 2B R968 4B 2B CR905 2C P940 4B R904 2C R986 2A 2B CR914 2C P950 5B R905 2C 1D CR927 3E P994 5B R907 2B T922 2D 2D CR928 3E R908 2B T942 40 3D CR942 4E Q903 2B R910 213 3D C R943 3E 0904 2B R914 2C TP942 2C 3D CR952 5D 0908 2B R915 1C TP948 3B 3C C R968 4B Q910 2B R916 5B T P968 4C 5E 0914 2C R918 1C TP980 4B 5C L945 3C 0926 3D R919 1C ...

Page 242: ......

Page 243: ......

Page 244: ...87 0903 0908 0910 R903 R902 L986 1 C945 R927 f I N U a 01 EO R912 p94j I L945 0962 T 8 C912 C923 8913 L982 U912 n q92 C983 Q922 C913 j t C954 2 C944 C929 t92 T942 T922 a CR932 R ICR953 CR943 CR942 Figure 8 18A A6 Power Supply circuit board component locations SN B070000 up ...

Page 245: ...CR942 4E Q926 3D R968 4B C923 2C CR943 3E Q928 3E R986 2A C927 3D CR952 5D Q962 5B C929 1 D CR968 4B Q964 4B T922 2D C944 3D CR984 4B Q968 4B T942 4D C945 3C L945 3C R902 3B TP942 2C C954 5C L955 5C R903 3B TP948 3B C955 4C L982 4C R907 2B TP968 5B C961 4B L986 3C R908 2B TP980 4B C967 4B R910 2B C981 3B P920 3B R912 2C U912 2C C983 2D P923 1B R913 2C U918 1B C984 4C P930 4B R918 iC C985 3B P933 3...

Page 246: ......

Page 247: ......

Page 248: ...7D01 SN B020000 up Figure 8 18A A6 Power Supply circuit board component locations SN 8070000 up ...

Page 249: ...918 2B CR928 3E 0903 2B R923 C921 2D CR942 4E 0908 2B R925 C923 2C CR943 3E 0910 2B R927 C927 3D CR952 5D 0922 2C R961 C929 1 D CR953 5E Q924 2C R966 C944 3D CR968 4B 0926 3D R967 C945 3C CR984 4C 0928 3E R968 Q962 513 C954 5C L945 3C 0964 4B T922 C955 4C L955 5C 0968 4B T942 C961 413 L982 4C C967 413 L986 3C R902 3B TP948 C981 313 R903 3B TP968 C983 2D P920 313 R907 2B TP980 C984 4C P923 113 R908...

Page 250: ...AND WAVEFORM CONDITIONS Voltages and Waveforms shown are typical but may vary between instruments TEST SETUP The 7D01 is connected to the 7000 series mainfram through two 067 0616 00 Flexible Plug in Extenders ...

Page 251: ......

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Page 261: ...SN B020000 up 0903 0909 0910 0904 0914 X904 8918 R919 8915 R 05 Figure 8 18B A6 Power Supply circuit board component locations SN B020000 B069999 C9 18 C9_18 CRt04 R907 CR31A _ R908 Ro yS R910 C907 R904 7914 ...

Page 262: ...4B R904 2C R986 2A C918 2B CR914 2C P950 513 R905 2C C920 1D CR927 3E P994 513 R907 2B T922 2D C921 2D CR928 3E R908 2B T942 4D C927 3D CR942 4E Q903 2B R910 2B C929 3D CR943 3E Q904 2B R914 2C TP942 2C C944 3D CR952 5D 0908 213 R915 1C TP948 3B C945 3C CR968 413 Q910 2B R916 5B TP968 4C C953 5E 0914 2C R918 1C TP980 4B C954 5C L945 3C 0926 3D R919 1C C955 4C L955 5C 0928 3E R920 1D U918 1B C961 4...

Page 263: ......

Page 264: ......

Page 265: ...7U01 SN B020000 up Figure 8 18B A6 Power Supply circuit board component locations SN B020000 B069999 ...

Page 266: ...40 4B R904 2C R986 2A C918 2B CR914 2C P950 5B R905 2C C920 1D CR927 3E P994 5B R907 2B T922 2D C921 20 CR928 3E R908 2B T942 4D C927 3D CR942 4E 0903 2B R910 2B C929 3D CR952 5D 0904 2B R914 2C TP942 2C C944 3D CR953 5E 0908 2B R915 1C TP948 3B C945 3C CR968 4B 0910 2B R916 5B TP968 4C C953 5E 0914 2C R918 1C TP980 4B C954 5C L945 3C 0926 3D R919 1C C955 4C L955 5C Q928 3E R920 1D U918 1B C961 4B...

Page 267: ...A3 OUTPUT BOARD Al WORD RECOGNIZER BOARD A6 POWER SUPPLY BOARD Aq CURSOR BOARD A2 MEMORY BOARD A5 INTERCONNECT BOARD ...

Page 268: ... d o 9 s V V Y V V v Y v S S 9 S S y 9 S S S M a n ti m a l M M _ to M M M m M N N U U m M In m W 1 O S M M M_ M In CC tT M n d v 0 7 a r t a a D N N N N Y Y V V v Q G ca 1 Q O REV A MAR 77 a u W O U a W a J nt a M ...

Page 269: ...go 8 L T v OaDQ m a d W d 9 a O J SN B020000 E UP AUXILIARY INTERCONNECT Q m a N W O a s Q J Q H a d l T 1 1 i i cn m J W Q m O d d d d ti d u i Q J C O V W F Z Q J O ...

Page 270: ...0 0 c N N an S m P O P 1 v M C7 D f r S M M N N U V yp M S S i S S 0 S S p n M a a m C to cY N A N T pM O Si 9 m n O of 7 u Q J a N a a d f W Q J H a a 0 m U 2 W a REV B TUNE 1978 r dc ...

Page 271: ...W F J H t v iE 1978 J m aD H O d r 9 r r y s aC N J r ram rmmw r I V 70 Oco O r o 77 7 S O 0 m F 7 F 7 O Q J F N a SN 8020000 E UP AUXILIARY INTERCONNECT D a 0 m J J O n Q J a ...

Page 272: ...Figure 8 19 Test point and adjustment locations Cursor board ...

Page 273: ...D Q K 4 wJx c o c 220 37 CURSOR POSITION COUNTER 1 mA REFERENCE R1335 TRIGGER INTENSITY R625 0 0 FJ 0 Figure 8 20 Test point and adju ...

Page 274: ...est point and adjustment locations Output board as viewed with board installed 2206 38 ...

Page 275: ...ately unless otherwise specified 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 Section 9 7D01 SN B020000 up ITEM NAME INCH ELCTRN ELECTRON NUMBER SIZE ELEC ELECTRICAL ACI R ACTUATOR EL...

Page 276: ...MPSON AVE GARDEN GROVE CA 92642 C AND K COMPONENTS INC 103 MORSE STREET WATERTOWN MA 02172 AMPHENOL CARDRE DIV BUNKER RAMO CORP LOS GATOS CA 95030 BERG ELECTRONICS INC YOUK EXPRESSWAY NEW CUMBERLAND PA 17070 ESNA DIV OF AMERACE CORPORATION 16150 STAGG STREET VAN NUYS CA 91409 TRANSCON MFG CO 2655 PERTH ST DALLAS TX 75220 SPECIALITY CONNECTOR CO INC 2620 ENDRESS PLACE GREENWOOD IN 46142 TECHNICAL W...

Page 277: ...PARTS 17 210 0583 00 1 NUT PLAIN HEX 0 25 32 X 0 312 INCH BRS 73743 2X20317 402 18 210 0940 00 1 WASHER FLAT 0 25 ID X 0 375 INCH OD STL 79807 OBD 19 210 0046 00 1 WASHER LOCK 0 261 ID INTL 0 018 THK BRS 78189 1214 05 00 0541C 20 1 RESISTOR VAR SEE R1265 REPL ATTACHING PARTS 21 210 0583 00 1 NUT PLAIN HEX 0 25 32 X 0 312 INCH BRS 73743 2X20317 402 22 210 0940 00 1 WASHER FLAT 0 25 ID X 0 375 INCH ...

Page 278: ...STL CD PL 83385 OBD CKT BOARD ASSY INCLUDES 60 136 0578 00 B020000 B100265X 2 SKT PL IN ELEK MICROCKT 24 PIN LOW PROFILE 73803 C 59002 24 61 136 0260 02 B020000 B100265 42 SKT PL IN ELEK MICROCIRCUIT 16 DIP LOW CLE 71785 133 51 92 008 136 0260 02 B100266 21 SKT PL IN ELEK MICROCIRCUIT 16 DIP LOW CLE 71785 133 51 92 008 62 131 1437 00 1 CONN RCPT ELEC 25 FEMALE CONTACT 71468 DB25S F179 ATTACHING PA...

Page 279: ... 00 1 SPACER POST 1 375L W 4 40THD EA END BRAS 80009 129 0230 00 ATTACHING PARTS 98 211 0008 00 2 SCREW MACHINE 4 40 X 0 250 PNH STL CD PL 83385 OBD 99 1 CKT BOARD ASSY CURSOR SEE A4 REPL ATTACHING PARTS 100 211 0008 00 2 SCREW MACHINE 4 40 X 0 250 PNH STL CD PL 83385 OBD CKT BOARD ASSY INCLUDES 101 136 0260 02 B020000 B100243 8 SKT PL IN ELEK MICROCIRCUIT 16 DIP LOW CLE 71785 133 51 92 008 136 02...

Page 280: ...00 1 HLDR TERM CONN 3 WIRE BLACK 80009 352 0161 00 352 0161 02 3 CONN BODY PL EL 3 WIRE RED 80009 352 0161 02 135 352 0162 04 1 CONN BODY PL EL 4 WIRE YELLOW 80009 352 0162 04 136 352 0166 07 1 CONN BODY PL EL 8 WIRE VIOLET 80009 352 0166 07 137 352 0167 07 1 CONN BODY PL EL 9 WIRE VIOLET 80009 352 0167 07 138 352 0168 07 1 CONN BODY PL EL 10 WIRE VIOLET 80009 352 0168 07 139 220 0790 00 2 NUT BLO...

Page 281: ... 172 426 1292 00 2 FR SECT PLUG IN UPPER LEFT AND RIGHT 80009 426 1292 00 173 426 1293 00 2 FR SECT PLUG IN BOTTOM LEFT AND RIGHT 80009 426 1293 00 198 3254 00 B020000 B079999 1 WIRE SET ELEC 80009 198 3254 00 198 3254 01 B080000 B100807 1 WIRE SET ELEC 80009 198 3254 01 198 3254 02 B100808 1 WIRE SET ELEC 80009 198 3254 02 174 175 0825 00 FT WIRE ELECTRICAL 2 WIRE RIBBON 80009 175 0825 00 175 175...

Page 282: ...ERM CONN 4 WIRE BLACK 80009 352 0162 00 352 0162 01 2 CONN BODY PL EL 4 WIRE BROWN 80009 352 0162 01 352 0162 04 2 CONN BODY PL EL 4 WIRE YELLOW 80009 352 0162 04 352 0162 08 2 CONN BODY PL EL 4 WIRE GRAY 80009 352 0162 08 185 352 0164 00 2 CONN BODY PL EL 6 WIRE BLACK 80009 352 0164 00 352 0164 03 2 CONN BODY PL EL 6 WIRE ORANGE 80009 352 0164 03 352 0166 03 2 CONN BODY PL EL 8 WIRE ORANGE 80009 ...

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Page 287: ... No EM Donont Qty 1 2 3 4 5 Name Description Code MfrPart Number 1 010 6451 01 1 PROBE DIGITAL P6451 MULTI LEAD W ACCESS 80009 010 6451 01 070 2205 01 1 MANUAL TECH CPERATORS 80009 070 2205 01 070 2206 01 1 MANUAL TECH INSTRUCTION 80009 070 2206 01 ...

Page 288: ...e Description _ 1_ 010 6451 03 T_ _ 2 PROBE DIGITAL P6451 MULTI LEAD W ACCESS 070 2205 01 1 MANUAL TEM OPERATORS 070 2206 02 1 MANUAL TEM INSTRUCTION Mfr Code Mfr Part Number 80009 010 6451 03 W 80009 070 2205 01 80009 070 2206 02 REV B JAN 1979 7001 LOGIC ANALYZER B020000 up ...

Page 289: ...e Mh Part Number om a4u o1 z xEAo raxcaoLzz LE o n ocExx nooov om a4n o1 070 2205 01 n020000 n086084 I xAmu L zmon nronAznon 80009 070 2205 01 070 278 00 a086085 xAmuxL ceou opsoArnnn 80009 070 2789 00 nm 2uo6 oz u moAL rooo zmarxoozzom uoooy om 2zn6 uz REV DEC 1981 7OO1 LOGIC ANALYZER BO2DOOO up ...

Page 290: ...Since the change information 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 ...

Page 291: ...etrigger Pulse delay 114 10 V output Short proof output 115 Paired Burst Gated and Delayed pulse mode F 10 V output Short proof output 190B Amplitude range 40 mV to 10 V p p 191 Frequency range 350 kHz to 100 MHz 0532 01 Frequency range 65 MHz to 500 MHz Marker outputs 5 sec to 1 us Sinewave available at 20 10 and 2 ns Trigger pulses 1 10 100 Hz 1 10 and 100 kHz Multiple time marks can be generate...

Page 292: ..._ _ _ _ _ _ _w _ e r _ _ __ FI yD I hr n as 3 e arm llsjeG products 1hy MW j a OM 7 C _ L f 7 f of n wr w be _ l I5 7 in icy fiFy AMA We powlWon oF the copyrign owner F 1 I F to ONNIN vno e yoweal that Own the Cum ...

Page 293: ...F 10 1001 car CIM 1BO 0041 00 XQUY 10 COV ccr LUM MOM 0170K ACT 10 cw U1236 W 0301 00 OWN 101 JAV ROOM S9 WE RK 315 0103 50 low M 0 2 5 n 411 316 0101 00 On it Whi R150 310 0103 00 13k IV 0 2 4 e Gavrse input U052 Was Modifin in a similar wpbnev paye 2 of 2 040 MU 111 ...

Page 294: ...cause the cursor detector counter circuit to Jump forward go back wards or not to move at all The problem is corrected by adding filters to the in puts of the cursor detector counter circuit 1977 1978 Tektronix Inc 1 24 78 Page 1 of 3 All Rights Reserved Supersedes 11 23 77 TEKTRONIX SCOPE MOBILE and are registered trademarks of Tektronix Inc 040 0843 00 M32234 Type 7DO1 ...

Page 295: ...one lead of another 0 25W 5 1OkQ resis tor to the white orange wire cover splices and resistors with one inch pieces of shrink tubing 162 0531 00 and put other lead of resistors and the white red wire in 131 0707 00 con nectors and a 352 0161 02 holder Capacitor 047pF 10 NOTE It is not necessary to remove the A4 Cursor circuit board to add the 047VF capacitors Make the following change on the fron...

Page 296: ...1 and C1355 in parallel with R1351 and R1352 respectively Install C1357 and C1355 in the same manner as C1341 and C1345 except turn the instrument right side up Replace the three wire ribbon cables that connect S1342 FINE CURSOR Switch to P34 2 and S1352 COURSE CURSOR Switch to P1352 respect ively with the three wire ribbon cables w resistors from the kit Install with the resistor ends connected t...

Page 297: ... Ana1Y 010 upManual Part No M a 72Z06 n02 2 Keep this cover sheet in the Change Information section at the back your manual for permanient record REMOVE THE FOLLOWING PAGE AND REPLACE IT WITH THE ENCLOSED PAGE Fig I EXPLODED 0000775 OOD ...

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