Tektronix P6230 Instruction Manual Download Page 1

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Summary of Contents for P6230

Page 1: ...O Box 500 Beaverton Oregon 97077 070 4211 00 Product Group 60 lbktlOl1i COII MTTED10 EXCELLENCE PLEASE CHECK FOR CHANGE INFORMATION AT THE REAR OF THIS MANUAL INSTRUCTION MANUAL Rrst Printing APR 1983 Revised SEP 1986 ...

Page 2: ...n of Tektronix Inc Products of Tektronix Inc and its subsidiaries are covered by U S and foreign patents and or pending patents TEKTRONIX TEK SCOPE MOBILE and i are registered trademarks of Tektronix Inc TELEQUIPMENT is a registered trademark of Tektronix U K Limited Printed in U S A Specification and price change privileges are reserved L c ...

Page 3: ...ONNECTORS 2 2 PROBE ACCESSORIES 2 4 OPERATION 2 7 Page SECTION 3 PERFORMANCE CHECK PURPOSE 3 1 TEST EQUIPMENT REQUIRED 3 1 LIMITS AND TOLERANCES 3 1 PREPARATION 3 1 PROCEDURE STEPS 3 3 DC Offset Check 3 3 Bandwidth Rise Time High Frequency Aberrations Check 3 5 IWARNING The following servicing instructions are for use by qualified personnel only To avoid personal injury do not perform any servicin...

Page 4: ... TROUBLESHOOTING 6 5 Schematic Diagram and Circuit Board Illustration 6 9 Page Color Codes and Markings 6 9 Semiconductor Lead Configuration 6 9 Troubleshooting Techniques 6 9 CORRECTIVE MAINTENANCE 6 13 Maintenance Precautions 6 13 Obtaining Replacement Parts 6 13 Soldering Techniques 6 14 PROBE DISASSEMBLY 6 16 Probe Tip Replacement 6 16 Control Box Disassembly 6 16 Cable Assembly Replacement 6 ...

Page 5: ...rcuit 2 8 Typical loading effects on ECL 2 8 High frequency check setup 3 6 P6230 adjustment locations 4 5 Functional block diagram 5 2 Figure 6 1 6 2 6 3 6 4 6 5 7 1 7 2 7 3 7 4 7 5 P6230 Page Lead configuration of IC 6 9 Color code for resistors and capacitors 6 10 Disassembly of control box 6 17 Input power connector pins 6 18 INT EXT switch removal 6 19 Schematic diagram for the P6230 P6230 ci...

Page 6: ...1 3 Physical Characteristics 1 5 2 1 Typical Performance Effects of Grounding Configurations 2 6 3 1 Test Equipment Required 3 2 4 1 Test Equipment Required 4 2 6 1 6 2 6 3 Relative Susceptibility To Static Discharge Damage 6 2 Troubleshooting Equipment 6 5 Fault Indication and Probable Cause 6 6 P6230 ...

Page 7: ...s or practices that could result in damage to the equipment or other property WARNING statements identify conditions or practices that could result in personal injury or loss of life Do Not Operate In Explosive Atmospheres To avoid explosion do not operate this product in any explosive atmosphere unless it has been specifically certified for such operation Do Not Remove Covers To avoid personal in...

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Page 9: ... Not Service Alone Use Care When Servicing With Power On Do not perform internal service or adjustment of this pro duct unless another person capable of rendering first aid and resuscitation is present To avoid personal injury do not touch exposed con nections and components while power is on REV MAR 1986 P6230 vii M Q MiA ...

Page 10: ...The P6230 Probe viii ...

Page 11: ...e at the tip of the P6230 spans the range from 5 volts to 5 volts al lowing the probe to minimize loading effects on most logic families that are in use today The P6230 is available with a 1 6 meter Signal ca ble and a 1A meter power cable The subminiature probe head of the P6230 is fully compatible with the Tektronix family of subminiature probe accessories ACCESSORIES The P6230 is shipped with t...

Page 12: ...natory notes calibration setup descriptions performance characteristics for which no absolute limits are specified or characteristics that are impractical to check The probe s physical characteristics are listed in Table 1 3 Table 1 1 Electrical Characteristics Characteristic Performance Requirement Supplemental Information Attenuation 10X 3 at dc Probe terminated by son O 5 system Input Resistanc...

Page 13: ...least 1 S GHz Less than 230 ps Less than 4 6 9 p p for the 1st 1 ns 3 thereafter 8 70 ns 100 ps a S V E VsIgnaI VottseJ E S V Less than 10 mV oto at least S V and 5 V Less than 10 mV hr oC a Specification P6230 Supplementallnfonnation Calculated from probe rise time BW 0 3S rise time Test system must have a rise time of less than 100 ps In addition to system aberrations Probe tip to output BNC Mea...

Page 14: ...quirement not checked in manual 1 4 Table 1 1 cont Electrical Characteristics Performance Requirement 50 n 0 5 8 0 Vdc continuous 30 V dc peak ac for 1 sec a Tektronix Oscilloscope Probe Power Supply Specification P6230 Supplemental Information 15 Vdc 40 0 15 Vdc 4 less than 10 mV ripple 20 Hz to 500 Hz REV MAR 1986 ...

Page 15: ... 55OC to 75 C 67 F to 167 F Five cycles 120 hr at 90 to 95 relative humidity at 30 C to 60 C To 4 600 m 15 000 tt Qualifies under National Safe Transit Association s Pre Shipment Test Procedures 1A B 1 Table 1 3 Physical Characteristics Characteristic Net Weight includes accessories Signal Cable Length Power Cable Length Information 400 g 14 oz 1 6 m 61 in 1 4 m 54 in Specification P6230 1 5 Q 4 4...

Page 16: ...100 10 50 o 50 100 kHz 1 MHz i o o I I I rIE BANIDv T l 10 MHz FREQUENCY Hz I 100 MHz Figure 1 1 Typical input impedance versus frequency Specification P6230 I I i I A I l 1 I I Ii 1 GHz 10GHZ 1 I I 1 4211 02A REV MAR 1986 ...

Page 17: ... reuse should reshipment become necessary Refer to Maintenance Section 6 for further information OPERATING CONSIDERATIONS Probe Handling The P6230 s subminiature body has been designed for ease of use when probing small circuitry Both the probe itself and its accessories should be handled carefully at all times To prevent damage avoid dropping the probe body since damage to its tip may result Exer...

Page 18: ...ng used To maintain signal fidelity the test signal should not exceed the limits imposed by the following formula 5 0 V V V 50 V signal offset voltage DESCRIPTION OF CONTROLS AND CONNECTORS The following information will familiarize the opera tor with the location and function of the external con trols and connections of the P6230 Please refer to Figure 2 1 G Input Power Connector Connects the pro...

Page 19: ...robe is connected to an in strument that has an input impedance of 500 0 5 available Output BNC Used for connecting the output of the P6230 to the input of an oscilloscope or oth er test instrument Probe Tip Used to apply the test signal to the probe instrument system Ground Lead Socket Used to connect the standard accessory ground leads oReadout Connector The spring loaded contact finger actuates...

Page 20: ... adhesive and attach the holder to the cabinet side preferably near the vertical inputs For maximum strength the holder should be left to set for 4B hours before inserting any probes When a probe is not in use insert its tapered portion behind the probe head into the holder Ground Leads The P6230 Probe is supplied with three ground leads a 150 mm 5 S in lead with a microhook a 250 mm S B in lead w...

Page 21: ...1 J J J CIRCUIT BOARD TO PROBE TIP CONNECTORS LOW INDUCT GROUND LEAD MICRO HOOK GROUND LEAD 150 mml Figure 2 2_ Installation of probe accessories Operating Instructions P8230 j 4211 04 2 5 Li ho ...

Page 22: ...onnectors are pro vided for making permanent probe test pOints on cir cuit boards These connectors provide extremely short signal and ground paths to minimize ringing Before inserting the probe tip into a connector re move both the light grey probe body shell and the grounding collar from the tip Hook Tip The hook tip provides the means for making a hands free connection to a test pOint or compone...

Page 23: ...logic family such as EeL EeL logic is most commonly operated from a 5 2 V supply with Vcc connected to ground In this configuration the high signal level is approximately 0 8 V and the low signal level is approximately 1 7 V The output of an EeL gate is the emitter of an NPN emitter follower stage whose collector is connected to ground The output is pulled down to a negative sup ply usually about ...

Page 24: ... 4 Typical ECl output circuit a small decrease in the Eel output termination resis tance The effect of the probe on output voltage lev els is negligible Figure 2 5 shows typical effects to be expected when examining Eel signals TYPICAL SIGNAL DISTORTION USING A STANDARD 500n PROBE c L ACTUAL ECl OUTPUT AS OBSERVED USING THE P6230 Figure 2 5_ Typical loading effects on ECl 4211 07 2 8 Operating Ins...

Page 25: ...n 4 TEST EQUIPMENT REQUIRED The test equipment listed in Table 3 1 is a com plete list of equipment required to accomplish the Performance Check Procedure I Test equipment specifications described in Table 3 1 are the minimum necessary to provide accurate results therefore equipment used must meet or exceed the listed specifications Detailed operating instructions for test equipment are not contai...

Page 26: ...KTRONIX DM 502A8 3 DC Voltage Source Output and 5 V Offset range check TEKTRONIX PS 503Aa 4 Sampling Oscilloscope Bandwidth dc to 11 5 GHz HF checks TEKTRONIX 7704A with 7S12 plug in 5 Sampling Head Bandwidth de to 11 5 GHz HF checks TEKTRONIX 8 6 6 Pulse Generator Rise time less than 25 ps HF checks TEKTRONIX S 52 7 Termination adapter Impedance 500 HF checks Tektronix Part Number Connectors subm...

Page 27: ...igital Multimeter Item 2 DC Voltage Source Item 3 Example of SUItI e Purpose Te Equipment HF checks Tektronix Part Number 015 1018 00 HF checks Tektronix Part Number 015 1007 00 HF checks Tektronix Part Number 015 1022 00 a Connect the probe input power connector to the oscilloscope probe power and connect the probe out put BNC connector to the oscilloscope s vertical in put b Set the probe s INT ...

Page 28: ...t of the multimeter Touch the probe input to the input of the multimeter i Set multimeter controls for DC volts 20 V scale j CHECK That the INPUT BIAS OFFSET VOL TAGE control is able to vary the voltage at the probe tip over a and 5 0 V range k Remove the probe from the multimeter I Using the multimeter to confirm adjust the vari able dc voltage source to 5 0 V m Connect the probe ground via a pro...

Page 29: ...propriate in strument manual or measured by performing the procedure given below while substituting a soon cable for the P6230 and increasing the Volts Division setting by a factor of 10 a Connect the test setup as shown in Figure 3 1 b Set the probe s INT EXT Switch to EXT c Set the oscilloscope sampling plug in controls as follows Volts Division Time Division 5 mV 50 pS d Adjust the sampling plu...

Page 30: ...alculated in part g should be less than 230 ps This indicates a bandwidth of at least 1 5 GHz as calculated from the formula Bandwidth 0 35 Rise Time i Set the oscilloscope sampler Time Division con trol to 500 pS j CHECK The probe high frequency aberrations do not increase the system aberrations by more than 4 0 2 divisions or 9 0 45 divisions For example if the system aberrations are 3 and 3 the...

Page 31: ...test equipment listed in Table 4 1 is a com plete list of equipment required to accomplish the Adjustment Procedures Test equipment specifications described in Table 4 1 are the minimum necessary to provide accurate results therefore equipment used must meet or exceed the listed specifications Detailed operating instructions for test equipment are not contained in this pro cedure Should additional...

Page 32: ...xample of Suitable and Description Specification Test Equipment 1 Real Time Oscilloscope Bandwidth dc to least Offset nUll TEKTRONIX 7704A 100 MHz Vertical attenuation and with 7A26 and 7B80 deflection factor mid frequency plug ins 5 mV to 1 V Two adjustments vertical channels 2 Calibration Generator Pulse rise time 1 ns Attenuation and TEKTRONIX PG 506 a or less Amplitude mid frequency 0 5 V or m...

Page 33: ...Tektronix Part Number subminiature probe mid frequency 013 0195 00 tip to BNC male adjustments 5 Termination Impedance 50n Attenuation and Tektronix Part Number Connectors BNC mid frequency 011 0049 01 adjustments 6 BNC T Impedance 50n Attenuation and Tektronix Part Number Connectors BNC mid frequency 103 0030 00 adjustments 7 Low Reactance Length 2 in shaft Offset null Tektronix Part Number Align...

Page 34: ...you are using does not include the probe attenuation factor in its scale factor indi cation d Center the trace on the screen e CHECK That the oscilloscope trace does not shift more than 1 2 of a minor division 10 mV refer enced to the probe tip while rotating the INPUT BIAS OFFSET VOLTAGE control from one extreme to the other If the trace shift is within tolerance proceed with the next adjustment ...

Page 35: ...t Required see Table 4 1 BNC T Item 6 Alignment Tool Item 7 Oscilloscope Item 1 Calibration Generator Item 2 Coaxial Cable Item 3 Adapter Item 4 Termination Item 5 a Set test oscilloscope controls as follows Ch 1 Volts Division 100 mV Adjustment Procedure P6230 4211 09 4 5 ...

Page 36: ...channel 2 vertical input g Change the amplitude of the calibration genera tor to 50 mV h Adjust the channel 2 gain control for an exact 5 division display i Remove the 50 cable from the test setup In stall the P6230 on the channel 2 vertical input Con nect the probe power input connector to the oscillo scope probe power supply j Set the probe s INT EXT switch to INT k Connect one end of the 50 0 c...

Page 37: ...litude and front corner aberrations are within tolerance disconnect the test setup If they are not proceed with step p p ADJUST R3016 R2016 and C1015 for the best match between the channel 2 trace and the channel one trace All three of these adjustments in teract R3016 and R2016 primarily control the at tenuation of the probe but they will also affect the front corner aberrations C1015 adjusts the...

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Page 39: ... of the tip assem bly the cable assembly R3015 R3010 R3016 in verting amplifier U10308 differential amplifier U1030A R2016 and R2015 The dc to mid frequency path provides the input bias offset voltage function DETAILED CIRCUIT DESCRIPTION Operational amplifier U10308 R1 R3015 R3010 and R3016 and R1020 and R3021 form an inverting amplifier with an adjustable bias provided at the amplifier input by ...

Page 40: ...MID TO HIGH FREQUENCY PATH 400n son L DC TO MID FREQUENCY PATH VB1AS INVERTING AMPLIFIER DIFFERENTIAL AMPLIFIER 4211 10 Figure 5 1 Functional block diagram 5 2 Theory of Operation P6230 ...

Page 41: ... 5 of U10308 from the output of U10308 pin 7 and re inverts the dc to mid frequency signal R2015 and R2016 and the 50 0 termination resistor form a vol tage divider for the output of U1 030A R3 is the probe internal 50 0 termination resistor for use on oscilloscopes with only 1 MO input resis tance R4 is a probe coding resistor built into the 8NC shell which causes the readout circuitry of os cill...

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Page 43: ... environments Observe the following standard precautions to avoid damage 1 Minimize handling of static sensitive com ponents 2 Transport and store static sensitive components or assemblies in their original containers on a metal rail or on conductive foam Label any package that contains static sensitive assemblies or components 3 Discharge the static electricity from your body by wearing a wrist s...

Page 44: ...to earth ground 10 Use only special antistatic suction type or an tistatic wick type desoldering tools Table 6 1 Relative Susceptibility to Static Discharge Damage Semiconductor Approximate Classes Susceptibility Level8 MOS or CMOS most sensitive 100 500 V ECl 200 500 V Schottky signal diodes 250 V Schottky TTL 500 V High frequency bipolar transistors 400 600 V JFET 600 800 V Linear microcicuits 4...

Page 45: ...ng agents consult your Tek tronix Service Center or representative Exterior Loose dust accumulated on the outside of the probe can be removed with a soft cloth or a small brush Dirt which remains can be removed with a soft cloth dampened in a mild detergent and water solu tion Do not use abrasive cleaners Interior Cleaning the interior of the probe should only be occasionally necessary Normally th...

Page 46: ...ts Overheating usually indicates other trouble in the probe therefore the cause of overheating must be corrected to prevent re currence of the damage SEMICONDUCTOR CHECKS Periodic checking of semiconductors is not recom mended The best check of semiconductor perfor mance is proper operation of the probe 6 4 Maintenance P6230 r II L C j L ...

Page 47: ...ilar test equipment which meet or exceed the listed specifications Table 6 2 lists the equipment useful for troub Table 6 3 is a listing of possible fault indications and their probable causes Table 6 2 Troubleshooting Equipment Description Minimum Specification Example 1 Real time oscilloscope Bandwidth dc to about 15 MHz TEKTRONIX 7704A Vertical deflection factor with 7A26 and 7B80 5 mV to 1 V p...

Page 48: ... signal amplitude probe dynamic range 3 Defective probe tip assembly Replace probe tip assembly f DC and mid frequency Attenuation and See Adjustment Procedure attenuation wrong HF mid frequency attenuation correct adjustments incorrect DC and mid frequency 1 Defective power Check and 15 volt supply portion of signal supply Replace or repair if missing or severely defective attenuated 2 U1 030 def...

Page 49: ...e Probable Cause Corrective Action C2010 defective Replace C2010 C1 015 misadjusted or See Adjustment Procedure defective Replace C1 015 if necessary 1 Defective probe tip Replace probe tip assembly assembly 2 R3015 defective Check and replace if necessary 3 C201 0 defective Replace C201 O 1 Broken or unsoldered Visually check for damage wire connection or component and repair any found 2 Defectiv...

Page 50: ...essary 4 R3015 defective Check and replace if necessary 5 Defective probe tip assembly Replace probe tip assembly Input bias offset voltage 1 U1030 defective Replace U1030 feature does not work or is out of 2 R2030 defective Check and replace if necessary specitcation 3 Power supply is Check power supply and detective or out of repair or replace it specification necessary 4 C1 01 0 defective Repla...

Page 51: ...rinted on the body RefertoFigure 6 2 or color coding definition The capacitance value of common disc and some small electrolytic capacitors is marked on the side of the component body The cathode end of each diode is indicated by either a stripe a series of stripes or a dot SEMICONDUCTOR LEAD CONFIGURATION Figure 6 1 shows the lead configuration of the Ie used in the probe control box 1 4211 11 Fi...

Page 52: ...IN TEKTRONIX 0 TOLERANCE F 1 J 5 K 10 M 20 PART NUMBER E G BROWN GRAY GREEN STRIPES INDICATE PART NUMBER 152 0185 001 00and 2 1ST 2ND AND 3RD SIGNIFICANT FIGS e MULTIPLIER 2 TOLERANCE TEMPERATURE COEFFICIENT oANDIOR COLOR CODE MA Y NOT BE PRESENT ON SOME CAPACITORS Figure 6 2 Color code for resistors and capacitors 6 10 Maintenance P6230 3642 20 I t ...

Page 53: ...0 2 10 or 100 2 _ ORANGE 3 103 Or 1 K 3 10 or 1000 3 YELLOW 4 104 or 10 K 4 104 or 10 000 100 9 GREEN 5 10 orl00K Io 105 or 100 000 5 0 5 pF BLUE 6 10 or 1 M 10 or 1 000 000 VIOLET 7 1 10 GRAY 8 10 or 0 01 80 20 0 25 pF WHITE 9 10 or 0 1 10 1 pF GOLD 10 or 0 1 5 SILVER 10 or 0 01 10 NONE 20 10 1 pF 3642 28 Figure 6 2 Color code for resistors and capacitors cont Maintenance P6230 ...

Page 54: ...t the point you are testing If you are using the probe with an oscilloscope the vertical amplifier may be defective orthe vertical controls may be misadjusted 3 Check Calibration An out of calibration condition of either the probe or the test oscilloscope can cause an apparent error in a measurement 4 Visual Check Many problems can be located visually Check for broken wires damaged connections and...

Page 55: ...be and before removing or installing any component Do not use excessive heat when soldering or unsoldering since circuit and component damage can result OBTAINING REPLACEMENT PARTS Standard Parts Most electrical and mechanical parts can be obtained through your local Tektronix Field Office or represen tative However you should be able to obtain many of the standard electronic components from a loc...

Page 56: ...cturers Code Number to Manufacturer in the Replaceable Parts List sections Most of the mechanical parts used in the probe have been manufactured by Tektronix Inc Order all special parts directly from your local Tektronix Field Office or representative Ordering Parts When orderi ng replacement parts from Tektronix Inc include all of the following information to insure receiving the proper parts 1 I...

Page 57: ...to clean it out A vacuum type desoldering tool also can be used for this purpose 3 Bend leads of new component to fit holes inboard If component is replaced while board is mounted in the probe cut leads so they just protrude through board Insert leads into holes in board with component firmly seated against board or as positioned originally If it does not seat properly heat solder and gently press...

Page 58: ... Disassembly WARNING I To prevent electric shock or shorting of com ponents disconnect the power connector from the power source before removing the covers from the Control Box The following procedure should be used when re placing components or assemblies in the Control Box 1 Remove the four screws holding the top half of the Control Box cover Refer to Figure 6 3 Remove the top half cover 2 Remov...

Page 59: ... 1 GRAY COAX BLUE COAX J END PIECE TOP COVER CABLE ASSEMBLY RETAINER ENDPIECE Figure 6 3 Disassembly of Control Box Maintenance P6230 4211 12 6 17 ...

Page 60: ... four power cable wires and the center conductor of the gray signal cable 2 Unplug the gray signal cable from its circuit board connector 3 Remove the screw holding the plastic cable assembly retainer to the Control Box end piece See Fiaure 6 3 Input Power Connector Replacement The input power connector may be replaced as a separate item Simply unscrew the connector shell and unsolder the three po...

Page 61: ... it see Fig ure 6 5 BLUE SIGNAL COAX UNPLUGGED FROM BNC 5 Grasp the iNT EXT switch actuator and pull to remove see Figure 6 5 Note orientation of the clip end 4 Grasp the white plastic piece just exposed and pull to remove see Figure 6 5 WHITE PLASTIC p TURNTO REMOVE ACTUATOR CLIP END 4211 14 Figure 6 5 INT EXT switch removal Maintenance P6230 6 19 ...

Page 62: ...t 175 pounds 2 Description of the service required Required Reshipment Information If the probe is to be shipped to a Tektronix Service Center for service or repair attach a tag before pack aging that contains the following information INSTRUMENT REPACKING To repackage the probe use the original carton in which your probe was shipped If the original packing is unfit for use or is not available rep...

Page 63: ... assemblies on the diagrams A Assembly separable or repairable H Heat dissipating device heat sink RT Thermistor circdt board etc heat rad iator etc S Switch AT Attenuatar fixed or variable HR Heater T Transformer S Motor HY Hybrid circuit TC Thermocouple BT Battery J Connector stationary portion TP Test point C Capacitor fixed or variable K Relay U Assembly inseparable or non repairable CB Circui...

Page 64: ...t 1 Internal Screwdriver Adjustment r Test Voltage Plug to E C Board Panel Adjustment L Plug Index L Modified Component See Parts List Refer to Waveform Refer to Diagram Numbe SEL Value Selected at Factory Coaxial Connector Panel Connector Assembly Number L Board Name Etched Circuit Board Outlined L in Black Schematic Name and Number l ...

Page 65: ... O 41 661 I I P iAS ff FSfT I lLTA6E v 1o J IO 1O 2 r hi I m 7 7 I if I oc 6taJN R3 AwUST j 1 50 1 14 1 I I t ________ j i i POWEIO CABLE i5 l _______ A V____ I Q 1uF O A iF 3 CONTQOC OOX i Figure 7 1 Schematic diagram for the P6230 Replaceable Parts P6230 4211 15 7 3 ...

Page 66: ...IIDR3021 R3020 R 30 30 J4020 fR3030r_ j L ___________________________________________________________________________ 4_2_11_ 1_6_A I Figure 7 2 P6230 circuit board 7 4 Replaceable Parts P6230 REV SEP 1986 ...

Page 67: ...x numbers to the illustrations ITEM NAME In the Parts List an Item Name is separated from the description by a colon Because of space limitations an Item Name may sometimes appear as incomplete For further Item Name identification the U S Federal Cataloging Handbook HS l can be utilized where possible This mechanical parts list is indented to indicate item relationships Following is an example of ...

Page 68: ...C MFG CO PORTLAND SCREN CO LENIS SCRE CO CONSOLIDATED VINYL SALES Address GENESEE ST 11901 MADISON AVE 13001 ETEMPLE AVE 16730 EJOHNSON DRIVE POBOX 3588 811 EARQUES POBOX 760 30 HUNTER LANE 550 HIGH ST 2620 ENDRESS PLACE P0 80X 0 1200 COLUMBIA AVE 2126 S LYON ST 2155 NFORBES BLVD 446 MORGAN ST ST CARLES ROAD 4900 S GRIFFITH OR POBOX 500 POBOX 609 40 MARBLEDALE ROAO 600 18TH AVE 1501 FIRST ST 6520 ...

Page 69: ... RES FXD FILM 17 4K OHM 11 0 125M TC TO 19701 5033E017K40F A1R1022 321 0289 00 RES FXO FILM 10 0K OHM 11 O 125W TC TO 19701 S033E010KOF A1R1023 321 0289 00 RES FXO FILM 10 0K OHM 11 O 125W TC TO 19701 5033E010KOF A1R2015 307 0515 00 RES FXO FILM 510 OHM 11 O 015M 52262 MCREC511FYZ A1R2016 311 0635 00 RES VAR NONWW TRMR 1K OHM O 5M 32997 3329H 648 102 A1R2030 311 2215 01 RES VAR NONMW CKT BO 47K OH...

Page 70: ...Figure 1 3 Exploded View 7 8 Replaceable Parts P6230 ...

Page 71: ... 1 CONTACT ELfC M 136 0252 00 80009 131 1893 14 9 342 0337 00 1 INSULATOR BSH6 0 0B4IO X0 28100 X0 66l 80009 342 0337 06 10 262 0998 00 1 SMITCH ASSEMBLY PR08E 80009 262 0998 00 11 131 2973 00 1 CONN RCPT ElEC SCREM TYPE 1 FEMALE 80009 131 2973 10 ATTACHING PARTS 12 210 0413 00 1 NUT PLAIN HEX 0 375 32 XD 5 BRS CD PL 73743 3145 402 13 210 0012 00 1 MASHER lOCK 0 384 IO INTl O 022 THK STl 09772 ORD...

Page 72: ...RF 50 OHM eOAX 59 S 1I1 3M PWR ATTACHING PARTS SCREW MACHINE 4 40 X0 5 FILH STl NUT Pl ASSEM A 4 40 X0 25 STL CO Pl END ATTACHING PARTS PANEL REAR COVER PROBE TIP POLTHN NATURAl AVAlLA8LE ONLY IN PACKAGES OF 10 ORDER PIN 200 2747 01 BODY SHl PR08E eOlLAR GNO TIP ASSY PROBE 10X P6230 CONN PLUG ElEe lEMO 2 MtlLE 2 FEMALE Replaceable Parts P6230 Mfr Code Mfr Part No 80009 366 0371 00 TK0433 ORDER BY ...

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Page 74: ...Figure 1 4 Standard Accessories I I I 7 12 Replaceable Parts P6230 ...

Page 75: ...ICAL O 025 DIA COPPER 2 3 L 1 HOLDER PROBE SLATE GRAY ASS 2 BAND MARKER 0 371 DIA MHITE PLASTIC 2 BAND MARKER 0 371 DIA GRAY PLASTIC 2 BAND MARKER O 371 DIA RED PLASTIC 2 BAND MARKER O 371 DIA GREEN PLASTIC 1 AOAPTER PROBE PROBE TO CONNECTOR PINS 1 LEAD ELECTRICAL 26 AMG 8 812 L O N 1 LEAD ELECTRICAL 23 AMG 6 3 L O N 1 POUCH ACCESSORY Replaceable Parts P6230 Mfr Code Mfr Part No 80009 070 4211 00 ...

Page 76: ...7 14 o Figure 7 5 0 ptlonal Accesso nes Replaceable Parts PS230 ...

Page 77: ...0 3 131 2766 01 1 CONNECTOR PROBE PACKAGE OF 100 80009 131 2766 01 4 136 0352 02 1 SOCKET PIN TERM PKG OF 100 SOO09 136 0352 02 THE SUBMINIATURE TO MINIATURE PROBE TIP ADAPTER IS REQUIRED TO USE THESE ACCESSORIES 5 013 0202 00 1 ADAPTER PROBE MINI SOO09 013 0202 00 8 206 0222 00 1 TIP PROBE MICROCIRCUIT TEST SOO09 206 0222 00 9 013 0084 01 1 ADAPTER CONN BNC TO PROBE 24931 28P156 1 10 013 0085 00 ...

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