Download
Share
Print this page
Tektronix DM 5010 Instruction Manual
  1. Manuals
  2. Brands
  3. Tektronix Manuals
  4. Multimeter
  5. DM 5010
  6. Instruction manual
Tektronix DM 5010 Instruction Manual

Tektronix DM 5010 Instruction Manual

Programmable digital multimeter
Hide thumbs

Advertisement

Quick Links

Download this manual
ektronix
COMMI
ED O EXCELLENCE
ll references to the S
501 in this manual now apply
to the 067-1090-00 Signature
nalyzer.
PLEASE CHECK FOR CHANGE INFORMA ION
A
HE REAR OF HIS MANUAL.
DM 5010
PROGRAMMABLE
DIGI AL
MUL IME ER
ektronix, Inc.
P.O. Box 500
Beaverton, Oregon
97077

Advertisement

loading
Need help?

Need help?

Do you have a question about the DM 5010 and is the answer not in the manual?

Questions and answers

Subscribe to Our Youtube Channel

Related Manuals for Tektronix DM 5010

Summary of Contents for Tektronix DM 5010

  • Page 1 S 501 in this manual now apply to the 067-1090-00 Signature nalyzer. PLEASE CHECK FOR CHANGE INFORMA ION HE REAR OF HIS MANUAL. DM 5010 PROGRAMMABLE DIGI AL MUL IME ER ektronix, Inc. P.O. Box 500...
  • Page 2 Copyright (C) 198 6 durch ektronix, Inc. Alle Rechte vorbe- halten Der Innait dieser Publikation dart ohne Genehmigunc- ektronix, Inc mcht wettergegeben werden Produkte von ektronix, Inc und seinen ochtergesellschaften sind durch US- und Auslandspatente und/oder schwebende Patente abgedeckt. EK RONIX, EK.
  • Page 3 DM 5010 ABLE OF CON EN S Page Page LIS OF ILLUS RA IONS ......... LIS OF ABLES ............OPERA ORS SAFE Y SUMMARY ......SERVICE SAFE Y SUMMARY ........Section 1 SPECIFICA ION Abschnitt 2 BEDIENUNGSANLEI UNG Section 2...
  • Page 4 DM 5010 ABLE OF CON EN S (cont) HE FOLLOWING SERVICING INS RUC IONS ARE FOR USE BY QUALIFIED PERSONNEL ONLY. O AVOID PERSONAL INJURY, DO NO PERFORM ANY SERVICING INS RUC IONS UNLESS YOU ARE QUALIFIED O DO SO.
  • Page 5 DM 5010 ABLE OF CON EN S (cont) Section 6 ADJUS MEN PROCEDURE Section 7 MAIN ENANCE Section 8 OP IONS Section 9 REPLACEABLE ELEC RICAL PAR S Section 10 DIAGRAMS AND CIRCUI BOARD ILLUS RA IONS Section 11 REPLACEABLE MECHANICAL PAR S...
  • Page 6 DM 5010 LIS OF ILLUS RA IONS Fig. Fig. Page Page NO E he following illustrations are located in the diagrams foldout section at the rear of this manual. REV JUL 1986...
  • Page 7 DM 5010 LIS OF ABLES able able Page Page NO E he following tables are located in the diagrams foldout section at the rear of this manual. REV JUL 1986...
  • Page 8 DM 5010 OPERA ORS SAFE Y SUMMARY Power Source ERMS In his Manual Grounding the Product As Marked on Equipment Danger Arising From Loss of Ground Use the Proper Fuse SYMBOLS In his Manual Do Not Operate in Explosive Atmospheres...
  • Page 9 DM 5010 SERVICE SAFE Y SUMMARY FOR QUALIFIED SERVICE PERSONNEL ONLY Refer also to the preceding Operators Safety Summary Do Not Service Alone Power Source Use Care When Servicing With Power On...
  • Page 10 DM 5010 ermes utilises dans ce manuel Danger provoque par la coupure de connexion de masse Reperes graves sur I'appareii Utiliser le cordon d'alimentation approprie Symboles graves sur I'equipement Utiliser le fusible approprie Source d'alimentation Ne pas utiliser I'appareii en atmosphere explosive Mise £...
  • Page 11 DM 5010 CONSIGNES DE SECURI E Ne dépannez pas seul Source d'alimentation Agir avec précaution lorsque l'appareil est sous ten ­ sion ADD JUL 1986...
  • Page 12 DM 5010 SICHERHEI SANGABEN FUR DEN ANWENDER BEGRIFFE In diesem Handbuch Gefahr durch fehlende Schutzerde Verwendung eines richtigen Netzkabels Markierungen auf dem Gerät SYMBOLE Verwendung einer richtigen Sicherung In diesem Handbuch Markierungen auf dem Gerät Arbeiten Sie nicht in explosiver Umgebung Entfernen Sie keine Gehäuseabdeckungen...
  • Page 13 DM 5010 SICHERHEI SANGABEN FÜR DEN SERVICE NUR FÜR GESCHUL ES PERSONAL Beziehen Sie sich auch auf die vorangehenden Sicherheitsangaben für den Anwender. Führen Sie keine Servicetätigkeiten alleine durch Netzspannungsversorgung Lassen Sie besondere Vorsicht walten, wenn Sie an einem unter Spannung stehenden Gerät...
  • Page 14 DM 5010 2994-00 DM 5010 Programmable Digital Multimeter. ADD JUL 1986...
  • Page 15 Section 1 — DM 5010 SPECIFICA ION Introduction able 1-1 IEEE 488 IN ERFACE FUNC ION SUBSE S Subset I Capability Function Standard Accessories Performance Conditions IEEE 488 (GPIB) Functions IEEE Standard Digital Interface for Programmable Instrumenta ­ tion.
  • Page 16 Specification — DM 5010 NO E For measurements to specified accuracy, internal ad ­ justments should be performed after 1000 hours of operation or every six months if used infrequently. Re ­ fer to the Adjustment Procedure in this manual.
  • Page 17 Specification — DM 5010 able 1 * 2 (cont) Supplemental Information Characteristics Performance Requirements DC VOL S (cont)
  • Page 18 Specification — DM 5010 able 1-2 (cont) Performance Requirements Supplemental Information Characteristics AC VOL S — RUE RMS...
  • Page 19 Specification — DM 5010 able 1*2 (cont) Supplemental Information Characteristics Performance Requirements AC VOL S — RUE RMS (cont)
  • Page 20 Specification — DM 5010 able 1-2 (cont) Performance Requirements Supplemental Information Characteristics AC VOL S — RUE RMS OHMS Using NULL Using NULL on 2k OHM range only. c * Using NULL on 200 OHM range only. When the NULL function is not used, add ±200 milliohms to all readings.
  • Page 21 Specification — DM 5010 able 1 -2 (cont) Supplemental Information Performance Requirements Characteristics OHMS (cont) a - Using NULL b ' Using NULL on 2k OHM range only. c ‘ Using NULL on 200 OHM range only. When the NULL function is not used, add ±200 milliohms to all readings.
  • Page 22 Specification — DM 5010 able 1-2 (cont) Performance Requirements Characteristics Supplemental Information OHMS (cont) DIODE able 1-3 MISCELLANEOUS Characteristics Description...
  • Page 23 Specification — DM 5010 able 1-4 ENVIRONMEN AL Characteristics Description "With power module. b Requires retainer clip. c Refer to M 5000-Series power module specifications. d Without power module. "System performance subject to exceptions of power module or other individual plug-ins.
  • Page 24 Specification — DM 5010 able 1-5 PHYSICAL CHARAC ERIS ICS Characteristics Description 1-10...
  • Page 25 Section 2 — DM 5010 OPERA ING INS RUC IONS Introduction o prevent damage to the DM 5010, turn off the pow ­ er module before installing or removing the instru ­ ment. Do not use excessive force to install or remove.
  • Page 26 Illuminated Selecte d Range Function Multiplier Blank when Overrange indication: FAS CONVERSION Display flashes for voltage functions. RA E is enabled. 2994.02 Displays " OC ” for OHMS and DIODE ES functions. Fig. 2-2. DM 5010 front panel range indication.
  • Page 27 Operating Instructions — DM 5010 2994-03 Fig. 2-3. DM 5010 front panel controls and connectors.
  • Page 28 Operating Instructions — DM 5010 Controls and Connectors ACV + DCV FUNC IONS LOW FREQ RESPONSE OHMS NULL RANGE AU O S EP ^ W RNING Use caution when the NULL function is enabled, since the displayed measurement may not indicate the value of the voltage applied to the input connectors.
  • Page 29 Operating Instructions — DM 5010 CONVERSION RA E of a (7) AVERAGE ( 10 ) COMPARE LIMI S (2) (11) RECALL CONS ( 12 ) REAR INPU Δ A, B DIGI S (0 through 9), Decimal Point, and Sign CLEAR...
  • Page 30 Operating Instructions — DM 5010 INPU ( 14 ) HIGH Connector LOW Connector GUARD Connector ( 15 ) Ground Binding Post (j 16 Release Latch OPERA ORS FAMILIARIZA ION Power On Self est...
  • Page 31 Operating Instructions — DM 5010 able 2-2 Input Connections FRON PANEL ERROR CODES Displayed Abnormal Event General Operating Information > C UTION < W NNING | Observe the specified maximum input voltage ratings. Instrument damage may occur if the maximum input voltage ratings are exceeded.
  • Page 32 Operating Instructions — DM 5010 Guard connected (internally) to DM 5010 LOW terminal — E cm error present. Guard connected to source Lo terminal — No error. Guard connected to source chassis ground. Low Ecm error, assuming the common error source is mostly between grounds.
  • Page 33 Operating Instructions — DM 5010 C UTION < o avoid equipment damage, do not apply a voltage exceeding 42.4 V peak ac or 60 V de between pins 28B (Hi) and 28A (Lo) of the rear-interface connector P1031 on the ADC board (A 17).
  • Page 34 Operating Instructions — DM 5010 Calculations Changing Constant Values able 2-4 CALCULA ION AND CONS AN S Calculation Constants Default Value Valid Constant Range 2-10...
  • Page 35 Operating Instructions — DM 5010 Calculation Examples Example 1: Example 2: 2994-05 Fig. 2-5. Setup for calculation example 1. 2-11...
  • Page 36 Operating Instructions — DM 5010 Fig. 2-6, Setup for calculation example 2. Example 3: Repackaging Information 2-12...
  • Page 37 Operating Instructions — DM 5010 2-13...
  • Page 39 Section 3 — DM 5010 PROGRAMMING Introduction Standard Digital Interface Programmable Instrumentation' . alk Only Mode Published by the Institute of Electrical and Electronics Engi ­ neers, Inc., 345 East 47th Street, New York, N.Y., 10017.
  • Page 40 Programming — DM 5010 2994-07 Fig. 3-1. instrument commands and relationship to front panel controls.
  • Page 41 Programming — DM 5010 COMMANDS setting operational commands query ­ output commands Setting commands — Query-output commands — Operational commands — C UTION < With the instrument in the AU O range mode, do not repeatedly switch the input voltage between a low val­...
  • Page 42 Programming — DM 5010 SYS EM COMMANDS S A US COMMANDS INPU /OU PU COMMANDS...
  • Page 43 Programming — DM 5010 DE AILED COMMAND LIS ACDC (AC with DC Voltage Function) ACV (AC Voltage Function) ype: ype: Setting syntax: Setting syntax: Examples: Range Selected: Examples: Range Selected: Discussion: Discussion: ACDC...
  • Page 44 Programming — DM 5010 AVE (Average) ype: Setting syntax: Examples: Query syntax: Query response: Discussion:...
  • Page 45 Programming — DM 5010 CALC (Calculation Operation) ype: Setting syntax: Arguments; Examples: Query syntax: Query response: Discussion: CALC...
  • Page 46 Programming — DM 5010 DA A ype: ype: Syntax: Setting syntax: Response: Examples: Query Syntax: Discussion: Query Response: Discussion: DA A...
  • Page 47 Programming — DM 5010 DIGI (Digital Resolution) DCV (DC Voltage Function) ype: ype: Setting syntax: Setting syntax: Examples: Range selected: Query syntax: Discussion; Query response: Discussion: DIGI...
  • Page 48 Programming — DM 5010 D (Device rigger) DIODE (Diode est Function) ype: ype: Setting syntax: Setting syntax: Query syntax: Discussion: Query response: Discussion: DIODE 3-10...
  • Page 49 Programming — DM 5010 ERR? (Error) FUNC ? (Function) ype: ype: Query syntax: Query syntax: Query response: Query response example: sp sp Examples: Discussion: Discussion: 3*11 ERR? FUNC ?
  • Page 50 Programming — DM 5010 ype: ype: Query syntax: Syntax: Query response: Discussion: Discussion: 3-12...
  • Page 51 Programming — DM 5010 LFR (Low Frequency Response) LIMI S ype: ype: Setting syntax: Setting syntax: Examples: Query syntax: Query response; Query syntax: Discussion: Query response: Discussion: 3-13 LIMI S...
  • Page 52 Programming — DM 5010 MODE MONI OR ype: ype: Setting syntax: Setting syntax: Query syntax: Query syntax: Query response: Query response: Discussion: Discussion: 3-14 MODE MONI OR...
  • Page 53 Programming — DM 5010 NULL OHMS (Ohms Function) ype: ype: Setting syntax: Setting syntax: Examples: Range selected: Examples: Query syntax: Discussion: Query response: Discussion: W RNING Use caution when the NULL function is enabled, since the measurement may not indicate the value of the voltage applied to the input connectors.
  • Page 54 Prog ram ming — DM 5010 OVER (Over-range) OPC (Operation Complete) ype: ype: Setting syntax: Setting syntax: Query syntax: Query syntax: Query response: Query response: Discussion: Discussion: OVER 3-16...
  • Page 55 Programming — DM 5010 RA IO RDY? ype: ype: Setting syntax: Query syntax: Examples: Query response: sp sp sp sp Query syntax: Discussion: Query response: Discussion: RA IO RDY? 3-17...
  • Page 56 Programming — DM 5010 SEND RQS (Request Service) ype: ype: Setting syntax: Syntax: Response: Query syntax: Query response: Example: Discussion: Discussion: SEND 3-18...
  • Page 57 Programming — DM 5010 SOURCE SE ? ype: ype: Setting syntax: Query syntax: Query response example (power up settings): Query syntax: Discussion: Query response: Discussion: Do not switch from front panel to rear interface input while over 500 V peak is applied to the front pane! input connectors.
  • Page 58 Programming — DM 5010 USER ype: ype: Setting syntax: Syntax: Response: Query syntax: Discussion: Query response: Discussion: USER 3-20...
  • Page 59 Programming — DM 5010 MESSAGES AND COMMUNICA ION PRO OCOL Command Separator Message erminator Formatting A Message NO E in the last example, the space is treated as a format character because it follows the comma (the argument delimiter). Number Formats...
  • Page 60 Programming — DM 5010 query-output command Message Protocol setting commands, setting commands setting commands, setting com ­ mands setting commands query-output command, operational command query-output com ­ mand in setting com ­ mands query-output command Instrument Response to IEEE-488 Interlace...
  • Page 61 Programming — DM 5010 LLO — Local Lockout (17 with A N) IFC — Interface Clear (GPIB pin 9) REN — Remote Enable DCL — Device Clear (20 with A N) G L — Go o Local (1 with A N) SDC —...
  • Page 62 Programming — DM 5010 EXECU ION ERROR Local State (LOCS) {query-output commands), (setting operational) IN ERNAL ERROR Local With Lockout State (LWLS) SYS EM EVEN S IN ERNAL WARNING Remote State (REMS) Remote With Lockout State (RWLS) DEVICE S A US...
  • Page 63 Programming — DM 5010 able 3-1 able 3-2 ERROR QUERY AND S A US INFORMA ION FRON -PANEL ERROR CODES Error Query Displayed Abnormal Events Serial Poll Abnormal Events Response Response Normal Events *11 the instrument is busy, it returns a decimal number 16 higher than the number listed.
  • Page 64 Programming — DM 5010 POWER-ON (INI IAL) CONDI IONS SENDING IN ERFACE COMMANDS able 3-3 DM 5010 POWER ON SE INGS Header Argument 3-26...
  • Page 65 Programming — DM 5010 ASCII & IEEE 488 (GPIB) CODE CHAR •15 (21 >- Fig. 3-3. ASCII and IEEE 4S8 (GPIB) Code Chart. 3-27...
  • Page 66 Programming — DM 5010 alker Listener Program For EK RONIX 4040-Series Example Programs Controllers alker Listener Program For EK RONIX 4050-Series Controllers 00 Rem DM50 0 TALKER/LISTENER PROGRAM 0 Rem PRIMARY ADDRESS = 20 Init all 30 On s rq then go s ub srqhdl...
  • Page 67 Programming — DM 5010 PROGRAMMING AIDS Front Panel Lockout Handling Service Requests Using INI Interrupt Handler — Invalidating a Pending Reading 3-29...
  • Page 68 Programming — DM 5010 Allowing Settling ime Determining Reading Availability riggering Measurements Sending Readings to a Listener 3-30...
  • Page 69 Programming — DM 5010 Program Example 1: Program Example 2: 3-31...
  • Page 70 Programming — DM 5010 Program Example 3: Program Example 4:...
  • Page 71 Programming — DM 5010 Program Example 5: 3-33...
  • Page 72 Programming — DM 5010 Program Example 6: Program Example 7: 3-34...
  • Page 73 Programming — DM 5010 Program Example 8: 3-35...
  • Page 74 Programming — DM 5010 Program Example 9: 3-36...
  • Page 75 Section 4 — DM 5010 HEORY OF OPERA ION BLOCK DIAGRAM DESCRIP ION General Description net ref out Isolation Charge Balancing...
  • Page 76 Operation — DM 5010 Microprocessor GPIB...
  • Page 77 Operation — DM 5010 Block Description...
  • Page 78 Operation — DM 5010 DE AILED CIRCUI DESCRIP ION INPU SWI CH < 1 >...
  • Page 79 Operation — DM 5010 ENUA OR <$> OVERVOL AGE PRO EC ION AND FUNC ­ ION SWI CHING <J> Fig. 4-1. Attenuator.
  • Page 80 Operation — DM 5010 EX ERNAL CONNEC ORS 2994-10 Fig. 4-2. Simplified overvoltage protection and function switching. DCV SIGNAL CONDI IONER <?> able 4-1 DCV SIGNAL CONDI IONER GAIN SE INGS Gain of the Buffer Amplifier Switch Q1105...
  • Page 81 Operation — DM 5010 2994-11 Fig. 4-3. Simplified DCV signal conditioner buffer amplifier. CHARGE-BALANCING CONVER ER <?>...
  • Page 82 Operation — DM 5010 BIAS FOR CA ES -36.9V 2994-12 Fig. 4-4. Simplified DCV signal conditioner bootstrap buffer. Auto-Zero...
  • Page 83 Operation — DM 5010 BUFFER 2994-13 Fig. 4-5. Simplified charge-balancing converter.
  • Page 84 Operation — DM 5010 MEASUREMEN , OVERRIDE, AND AU O-ZERO PERIODS. Fig. 4-6. U/D control for the measurement, override, and auto-zero periods. Measurement 4-10...
  • Page 85 Operation — DM 5010 2994-15 Fig. 4-7. Charge-balancing converter configuration during the auto-zero period. 4-11...
  • Page 86 Operation — DM 5010 ISOLA ED REGULA ORS MEASUREMEN ENABLE <$> Fig. 4-8. Override and auto-zero timing for measurement period ending. 4-12...
  • Page 87 Operation — DM 5010 FUNC ION AND RANGE CON ROL <JX$> ISOLA ED RANCE DA A ISOLA ED RANCE CLOCK Fig. 4-9. Simplified function and range control circuitry. 4-13...
  • Page 88 Operation — DM 5010 able 4-2 OHMS CONVER ER PARAME ERS RANGE V^OU /R x A FS RMS CONVER ER OHMS CONVER ER GROUNDED POWER SUPPLIES 4-14...
  • Page 89 Operation — DM 5010 able 4-3 RMS CONVER ER PARAME ERS U15OO U1200 HI or K1201 Gain Gain U1 100-4 K1405 K1503 Range v„ VOL ACE ACROSS R REF + R EXI JS MEASURED. 2994-18 Fig. 4-10. Measurement switching during an Ohms conversion.
  • Page 90 Operation — DM 5010 ISOLA ED POWER SUPPLIES RANSFORMER DRIVE <4> CON ROL LOGIC J — ™ -------------- ! — ! ________ s ____________ -------------- U _________ ! _________ F" PROPACA JON ■» — DELAY HROUGH COUN ER 299419 Fig.
  • Page 91 Operation — DM 5010 4-17...
  • Page 92 Operation — DM 5010 IMING LOGIC <6> OP O-ISOLA ORS <5> Fig. 4-12. iming of the divide by eighteen counter. 4-18...
  • Page 93 Operation — DM 5010 4-19...
  • Page 94 Operation — DM 5010 IN EGRA OR OU PU WI HOU RIPPLE A ZERO VOL S. WI H NOISE CAUSED BY MEASUREMEN LEADS (CLOCK GREA LY SLOWED OOWN). 2994-21 Fig. 4 -13. Influence of power line frequency on A/D conversion.
  • Page 95 Operation — DM 5010 MICROPROCESSOR <$> ADDRESS BUS BUFFER <7> ADDRESS DECODE <j> POWER-ON LOGIC <?> <t>2 4-21...
  • Page 96 Operation — DM 5010 able 4-4 ADDRESS DECODING Generated Equivalent Address Bit Output Addresses Size 4-22...
  • Page 97 Operation — DM 5010 able 4-5 DA A BUS BUFFER <7> ADDRESS DECODE MEMORY MAP Starting Signal and data on the data bus. Size Hexadecimal Address Enable (Decimal) NOP BUFFER <7> ROM <8> RAM <8> LOGIC 4-23...
  • Page 98 Operation — DM 5010 CMOS RAM < 8 > MISCELLANEOUS BUFFER <9> ERY <$> 4-24...
  • Page 99 Operation — DM 5010 SWI CHES <9> GPIB <9> he Handshake Process he IEEE 488-1978 Standard 4-25...
  • Page 100 ■P DA A DA A FIRS DA A BY E CHANGE LING SECOND DA A BY E <D 2874 149...
  • Page 101 Operation — DM 5010 Fig. 4-15. GP!B Handshake flowchart.
  • Page 102 Operation — DM 5010 GPIB Interface 4-28...
  • Page 103 Operation — DM 5010 FRON -PANEL CON ROL <9> MAIN IN ERCONNEC <$> FRON -PANEL DRIVE <£> 4-29...
  • Page 104 Operation — DM 5010 FRON -PANEL SWI CHES < 12 > FRON -PANEL DISPLAY < 12 > 4-30...
  • Page 105 DM5010 Instrument Interfacing Guide Checking the GPIB Address and erminator. Setting the Address and erminator Switches. Setting Up the DM 5010 for GPIB Operation ektronix COMMI ED O EXCELLENCE...
  • Page 106 DM5010. DM5010 should removed and disconnected from the M 5000 power module (after turning power off) before opening the instrument covers. Internal settings should only be able 1 made by qualified personnel. DM 5010 POWER ON SE INGS Header Argument...
  • Page 107 DM 5010 Messages able 2 (cont) Header Argument Description able 2 DM 5010 COMMANDS AND DESCRIP IONS () = Optional Header Argumenl t Description...
  • Page 108 able 2 (cont) able 2 (cont) Description Header Argument Header Argument Description...
  • Page 109 2 (cont) able 2 (cont) Description Argument Description Header Argument Sending Messages to the DM 5010 4050-Series: 170 PRIN 616: "ACVJLFR ON" 4041: 170 Print tt 16:" ACV ; LFR 0M H 4050: 200 D-16 210 PRIN fcDt"ACViLFR ON"...
  • Page 110 (RQS ON) that enables SRQ interrupts. All send the message to an instrument with primary address 5. he difference lies in the syntax of the statement re ­ quired for a particular controller. 4050-Series: Getting DM 5010 Current Settings 430 INPU @ 16:R 4041: Input #1 6:readin g...
  • Page 111 Using DM 5010 Interrupts 4050-Series with 405XR14 Rompack: 120 ON SRO HEN 470 130 CALL "SRQON" 140 REM 150 REM 450 REM 460 S OP 465 REM SERIAL POLL OF ADDRESS 16 ONLY 470 POLL A,S;16 475 PRIN ei6: M ERR?"...
  • Page 112 ERROR QUERY AND S A US INFORMA ION Error Serial Query Poll Abnormal Events Response I Response" DM 5010 Response to interface Messages Normal Events “ if the instrument is busy, it returns a decimal number 16 higher than the number listed.
  • Page 113 405XR14: 100 REM 110 REM 120 REM 130 REM 140 A = 16 ISO REM Send Listen Address (MLA) 160 REM 170 CALL "LIS EN Send Unii sten (UNL ) 180 REM 190 CALL "UNL" Send alk Address 200 REM 210 CALL "...
  • Page 114 Sample Measurement Program 405XR14:...
  • Page 115 ï DM 5810 MAKING MEASUREMEN S. EK/DM5010,U79.1,F00; Continuous Node: 0.18635 riggered Node: -0.0413 Device rigger Mode: -0.13415 Waiting for average... Average of 20 readings: -0.19933 Program complete. 4603-3 Fig. 3. Screen output from 4050-Series sample mea ­ surement program.
  • Page 116 ! OPERA ING PROCEDURE: ! Connect 4041 and M 5000 mainframe with GPIB cable. ! DM 5010 must be set for primary address of 16 or change line Addr_set ! Enter and type run (no other program segment required) contains main...
  • Page 117 Print ♦dmmt ” dt off" Print #101: “ Device risder Mode " t measure 760 Average; print “ ' ‘ 'GNaitine for average" Inform operator of de I as Status Clear variable so set only ba next serial poll Print * d mm : "ave 20/caIc ave/DPC on/send “ Wait I f or If not (status = 66 or status=82)
  • Page 118 ASCII & GPIB CODE CHAR BI S NUMBERS UPPER CASE LOWER CASE CON ROL SYMBOLS B4B3 B2 B1 o 60 & 0 0 0 • ♦ < — * 125 > 1111 (RUBOCrp SECONDARY ADDRESSES ADDRESSED UNIVERSAL LIS EN talk COMMANDS OR COMMANDS COMMANDS...
  • Page 119 EK RONIX INS RUMEN A ION SOF WARE LIBRARY Utility Software for M 5000 Instruments Ordering Utility Software (Outside the U.S.) ektronix Description Part No. Africa, Europe, Middle East Australia Ordering Utility Software (U.S. Only) Canada Caribbean, Latin America, and Far East (except Japan)
  • Page 120 ’ s payment is the sole and exclusive remedy provided to the customer for breach of this warranty. Tektronix will not be Hable for any indirect, special, incidental, or consequen ­ tial damages irrespective of whether Tektronix has...
  • Page 121 PREPARA ION Installation et retrait de l ’ appareil TTENTION A la livraison, le DM 5010 doit être mis sous ten ­ sion durant 24 heures environ, de façon à ce que sa batterie interne soit suffisamment chargée. Sinon, il pourrait en résulter un fonctionnement défectueux de l'appareil, dû...
  • Page 122 Instructions d ’ utilisation - DM 5010 COMMANDES E CONNEC EURS Fenêtre d ’ affichage DELA FACE AVAN Informations générales Multiplicateur Fonction Gamme sé lectionnée éclairé Utilise la gamme 2 V continus indication “ hors-gamme ” : Noir quand la commande...
  • Page 123 Instructions d ’ utilisation - DM 5010 2994-03 Fig. 2.3. Commandes et connecteurs de la face avant du DM 5010. French 2-3 ADD JUL 1986...
  • Page 124 Instructions d ’ utilisation - DM 5010 ACV + DCV Commandes et connecteurs FONC IONS LOW FREQ RESPONSE OHMS NULL GAMME AU O S EP VERTISSEMENT En mode NULL, la mesure affichée peut ne pas in ­ diquer la valeur de la tension appliquée aux connecteurs d'entrée.
  • Page 125 Instructions d'utilisation - DM 5010 PLAGE DE CONVERSION ® AVERAGE COMPARE LIMI S (2) RECALL CONS REAR INPU A, B Chiffres (0 à 9), point décimal et signe. CLEAR Të EN ER French 2-5 ADD JUL 1986...
  • Page 126 Instructions d ’ utilisation - DM 5010 INS ID ableau 2.1 Réglages à la mise en service (Fonctions en face avant seulement) EN REES Connecteur HIGH Commandes en face avant Etat Connecteur LOW Connecteur GUARD Connecteur à la masse du châssis.
  • Page 127 Veiller à ne pas dépasser la tension d ’ entrée maximale. Eviter tout contact avec la source de tension, si la tension mesurée dépasse 42,4 V crête. Déconnecter les cordons du circuit sous test avant de les débrancher du DM 5010 ou avant d ’ ôter 5010 module d'alimentation.
  • Page 128 Instructions d'utilisation * DM 5010 A. Connexion (interne) entre la borne GUARD et la borne LOW du DM 5010. Erreur de mesure due à la tension de mode commun (Emc). B. Connexion entre la borne GUARD et la borne basse (LO) de la source. Pas d ’...
  • Page 129 Instructions d ’ utilisation - DM 5010 TTENTION Pour ne pas endommager l'appareil, ne pas appli ­ quer de tension supérieure à 42,4 alternatifs crête ou à 60 V continus entre les broches 28B (HI) et 28A (LO) du connecteur de l ’ interface arrière P1 031 de la carte ADC (A1 7).
  • Page 130 Instructions d ’ utilisation - DM 5010 Calculs Modification des valeurs des constantes ABLEAU 2.4 FONC IONS CALCUL E CONS AN ES ASSOCIEES Calcul Constante Valeur Plage de constantes par défaut valides ADD JUL 1986 French 2-10...
  • Page 131 Instructions d ’ utilisation - DM 5010 Exemples de calculs Exemple 1 : Exemple F2994-05 Fig. 2.5. Installation nécessaire au calcul de l ’ exemple 1 ADD JUL 1986 French 2-11...
  • Page 132 Instructions d ’ utilisation - DM 5010 Fig. 2.6. Installation nécessaire au calcul de l’ exemple 2. Exemple 3 : “ ~2" Instructions de réemballage French 2-12 ADD JUL 1986...
  • Page 133 Instructions d ’ utilisation - DM 5010 French 2-13 ADD JUL 1986...
  • Page 135 Betrieb führen. Mit dem in diesem Handbuch enthal ­ tenen Justierungsvorgang" können die Kalibirier- faktoren neu in den Speicher eingegeben werden. ANMERKUNG Das DM 5010 ist nur für den Betrieb in einer Versor ­ gungseinheit der Serie 5000 ausgelegt.
  • Page 136 ! 9 ! 9 • 9 1 9 Overrange indication: Blank when Display flashes for voltage functions. FAS CONVERSION Displays “ OC" for OHMS and DIODE ES functions. RA E is enabled. 2994-02 Bild 2-2. DM 5010 Bereichsanzeige auf der Frontplatte. German 2-2 ADD JUL 1986...
  • Page 137 Bedienungsanleitung - DM 5010 2994-03 Bild 2-3. DM 5010 Bedienungselemente und Anschlüsse auf der Frontplatte. German 2-3 ADD JUL 1986...
  • Page 138 Bedienungsanleitung - DM 5010 Bedienungslemente und Anschlüsse ACV 4- DCV FUNK IONEN LOW FREQ RESPONSE OHMS BEREICH NULL (?) AU O S EP W RNUNG eingeschalteter NULL Funktion kann vorkommen, daß die dargestellte Messung nicht den RIGGERUNG Wert aer an den Eingangsanschlüssen angelegten Spannung anzeigt.
  • Page 139 Bedienungsanleitung - DM 5010 WANDELRA E (Î) AVERAGE © COMPARE ® LIMI S (2) RECALL CONS REAR INPU ! (?) dBm DIGI S (0 bis 9), Dezimalpunkt und Zeichen German 2-5 ADD JUL 1986...
  • Page 140 Bedienungsanleitung - DM 5010 CLEAR Selbst- est EN ER abelle 2-1 EINSCHAL -EINS ELLUNGEN (NUR FUNK IONEN AUF DER FRON PLA INS ID Funktion Status INPU HIGH Anschluß LOW Anschluß GUARD Anschluß ( ö) Masse-Anschluß (iß) Entriegelungshebel BEDIENUNGSHINWEISE German 2-6...
  • Page 141 Bedienungsanleitung - DM 5010 Eingangs-Anschlüsse abelle 2-2 FEHLERCODES Anzeige Fehler Allgemeine Betriebshinweise VORSICHT W RNUNG Beachten Sie die spezifizierten Maximalwerte für die Eingangsspannung. Überschreiten der Maximal ­ Um die Gefahr von Stromschiägen bei Spannungs ­ werte kann zu Schäden am Gerät führen.
  • Page 142 Bedienungsanleitung - DM 5010 A. Guard connected (internally) to DM 5010 LOW terminal — E em er.or present. B. Guard connected to source Lo terminal — No E error. C. Guard connected to source chassis ground. Low Ecm error, assuming the common error source is mostly between grounds.
  • Page 143 Bedienungsanleitung - DM 5010 Messung von Dioden VORSICHT Um Beschädigung des Gerätes zu vermeiden, darf zwischen den Stiften 28B (Hi) und 28A (Lo) am rückseitigen Interface-Anschiuß P1031 auf der ADC Platine (A17) keine Spannung angelegt werden, die 42,4 V s AC oder 60 V DC übersteigt.
  • Page 144 Bedienungsanleitung - DM 5010 Berechnungen Änderung der Konstantenwerte abelle 2-4 BERECHNUNG UND KONS AN EN gültiger Konstantenbereich Berechnung Konstanten Anfangswert German 2-10 ADD JUL 1986...
  • Page 145 Bedienungsanleitung - DM 5010 Berechnungsbeispiele Beispiel 1: Beispiel2: Bild 2-5. Anordnung für Berechnungsbeispiel 1. German 2-11 ADD JUL 1986...
  • Page 146 Bedienungsanleitung - DM 5010 Bild 2-6. Anordnung für Berechnungsbeispiel 2. Beispiel 3: German 2-12 ADD JUL 1986...
  • Page 147 Chapitre - DM 5010 PROGRAMMA ION Introduction Mode Emetteur Seulement ( alk Only) Institute of Electrical and Electronic Engineers, New York French 3-1 ADD JUL 1986...
  • Page 148 CALC AVE LIMI S <num>,<num> DBR <num> RA IO <A num>,<B AVE <num> DBR? LIMI S? RA IO? AVE? 2994-07 Fig. 3.1. Commandes du DM 5010 et relations avec les commandes de la face avant. French 3-2 ADD JUL 1986...
  • Page 149 Programmation - DM 5010 COMMANDES Commandes de réglage - Demandes d ’ informations Commandes d'utilisation TTENTION En mode Sélection Automatique de Gammes, ne TTENTION pas passer de manière répétitive d'une tension basse (< Veiller à ne pas transmettre un nombre de caractères inférieur à...
  • Page 150 Programmation - DM 5010 Commandes du système Commandes d ’ état Commandes d ’ entrée/sortie French 3-4 ADD JUL 1986...
  • Page 151 Programmation - DM 5010 LIS E DES COMMANDES DE AILLEES ACDC (AC 4- DC) (Mesure d ’ une tension alternative (Mesure d ’ une tension alternative efficace vraie efficace vraie) superposée à une tension continue) ype : ype : Syntaxe de réglage : Syntaxe de réglage :...
  • Page 152 Programmation - DM 5010 (AVERAGE (Moyenne)) ype : Syntaxe de réglage Exemples : Syntaxe d ’ interrogation : Réponse à l ’ interrogation : Explication : French 3-6 ADD JUL 1986...
  • Page 153 Programmation • DM 5010 CALC (Calculs) ype : Syntaxe de réglage : Arguments : Exemples : Syntaxe d ’ interrogation : Réponse à ( ’ interrogation : Explication : French 3-7 ADD JUL 1986 CALC...
  • Page 154 Programmation - DM 5010 DA A (dB par rapport à une référence) (Données) ype : ype : Syntaxe de réglage : Syntaxe : Exemples : Réponse : (indication “ hors-gamme ” ) Syntaxe d ’ interrogation : Explication : Réponse à l ’ interrogation :...
  • Page 155 Programmation - DM 5010 DIGI (Résolution numérique) (Mesure d'une tension continue) ype : ype : Syntaxe de réglage : Syntaxe de réglage : Exemples : Gamme sélectionnée : Syntaxe d'interrogation : Réponse à l ’ interrogation : Explication : Explication :...
  • Page 156 Programmation - DM 5010 DIODE ( est de diode) (Déclenchement de l ’ instrument) ype : ype : Syntaxe de réglage : Syntaxe de réglage : Explication : Syntaxe d ’ interrogation : Réponse à l ’ interrogation : Explication :...
  • Page 157 Programmation - DM 5010 ERR? FUNC ? (Erreur) (Fonction) ype : ype : Syntaxe d ’ interrogation : Syntaxe d ’ interrogation : Réponse à l ’ interrogation : Exemples de réponse à l ’ interrogation : Exemple : Explication :...
  • Page 158 Programmation - DM 5010 (Initialisation) (Identification) ype : ype : Syntaxe : Syntaxe d ’ interrogation : Explication : Réponse à l’ interrogation : Explication : French 3-12 ADD JUL 1986...
  • Page 159 Programmation - DM 5010 LIMI S (Réponse en Basse Fréquence) (Limites) ype : ype : Syntaxe de réglage : Syntaxe de réglage : Syntaxe d ’ interrogation : Exemples : Réponse à l ’ interrogation : Syntaxe d ’ interrogation : Explication : Réponse à...
  • Page 160 Programmation - DM 5010 MONI OR MODE (Moniteur) ype : ype : Syntaxe de réglage : Syntaxe de réglage : Syntaxe d ’ interrogation : Syntaxe d ’ interrogation : Réponse à l ’ interrogation : Réponse à l ’ interrogation :...
  • Page 161 Programmation - DM 5010 NULL OHMS (Mesure d ’ une résistance) (Annulation) ype : ype : Réglage Syntaxe de réglage : Syntaxe de réglage : Exemples : Exemples : Gamme sélectionnée : Syntaxe d ’ interrogation : Réponse à l ’ interrogation :...
  • Page 162 Programmation - DM 5010 OVER Operation Complète) (Hors-gamme) ype : ype : Syntaxe de réglage : Syntaxe de réglage : Syntaxe d ’ interrogation : Syntaxe d ’ interrogation : Réponse à l ’ interrogation : Réponse à l ’ interrogation :...
  • Page 163 Programmation - DM 5010 RA IO RDY? (Rapport de mesures) (Prêt) ype : ype : Syntaxe d ’ interrogation : Syntaxe de réglage : Exemples : Réponse à l ’ interrogation : Syntaxe d ’ interrogation : Explication : Réponse à l ’ interrogation :...
  • Page 164 Programmation - DM 5010 SEND (Envoi) (Demande de Servies) ype : ype : Syntaxe : Syntaxe de réglage : Syntaxe d ’ interrogation : Réponse : Exemple : Réponse à l ’ interrogation : Explication : Explication : SEND French 3-18...
  • Page 165 Programmation - DM 5010 SE ? SOURCE (Réglages?) ype : ype : Syntaxe d ’ interrogation : Syntaxe de réglage : Exemple de réponse à l ’ interrogation (réglages à la mise en service) : Syntaxe d ’ interrogation : Explication : Réponse à...
  • Page 166 Programmation - DM 5010 USER (Utilisateur) ype : ype : Syntaxe de réglage : Syntaxe : Réponse : Syntaxe d ’ interrogation : Explication : Réponse à l’ interrogation : Explication : French 3-20 USER ADD JUL 1986...
  • Page 167 Programmation - DM 5010 MESSAGES E PRO OCOLE DE COMMUNICA ION Délimiteur de commande Fin de message NO E Formattage d ’ un message Dans le dernier exemple, l ’ espace est traîté comme un caractère formatté parce qu'il suit la virgule (délimiteur de l ’...
  • Page 168 Programmation - DM 5010 Protocole des messages Réponse de l ’ instrument aux messages de l ’ inter ­ face IEEE-488 UNL - Unlisten - N ’ est pas Récepteur (63 avec la ligne Messages multiples A N) - Llntalk - N ’ est pas Emetteur (95 avec la ligne...
  • Page 169 Programmation - DM 5010 LLO - Local Lockout (ne fonctionne plus en mode Local) (17 avec la ligne A N) IFC - Interface Clear (Initialisation de l ’ interface) (broche 9 du GPIB) REN - Remote Enable (Commande à Distance) DCL - Device Clear (Initialisation de l ’...
  • Page 170 Programmation - DM 5010 Local State (LOCS) - (Etat Local) ERREUR D ’ EXECU ION ERREUR IN ERNE Local With Lockout State (LWLS) - (Etat Local avec blocage de l ’ Etat Local) EVENEMEN S SYS EME Remote State (REMS) - (Etat Commande à Distance)
  • Page 171 Programmation - DM 5010 ableau 3.2 ableau 3.1. CODES D ’ ERREUR INDICA IONS D ’ ERREURS E D ’ E A S VISUALISES EN FACE AVAN Evènements anormaux Réponse à Appel l’ interro ­ sélectif 8 gation en série (décimal)
  • Page 172 Programmation - DM 5010 REGLAGES EFFEC UES A LA RANSMISSION DE MESSAGES MISE EN SERVICE DE CON ROLE DE L ’ IN ERFACE ableau 3-3 REGLAGES EXIS AN S A LA MISE SOUS ENSION Préfixe Argument French 3-26 ADD JUL 1986...
  • Page 173 Programmation - DM 5010 ABLE DE CONVERSION ASCII E IEEE 488 (GPIB) B7 M 0 0, B3 B2 Bl 100 @ ¼ (0) 10 (16) 20 (32) 30 (48) 40 (64) 50 (80) 60 (96) 70 (112) S L 21...
  • Page 174 REM ADRESSE PRIMAIRE DU DM 5010 § 16 REM PROGRAMME DE OPEN 1 :"GPIB(PRI§16,E0M§<> ): ” RANSMISSION/RECEP ION DM5010 ON SRQ HEN GOSUB 240 REM L ADRESSE PRIMAIRE DU DM 5010 ES 16 ENABLE SRQ DIM AS 0 (200) ON SRQ HEN 260 PRIN “...
  • Page 175 Programmation - DM 5010 AIDE A LA PROGRAMMA ION DU DM 5010 raitement des Demandes de Service Blocage de la face avant Utilisation de la commande I NI Invalidation d ’ une mesure en attente ADD JUL 1986 French 3-29...
  • Page 176 Programmation - DM 5010 Disponibilité d ’ une mesure emps d ’ établissement Mesures par déclenchement ransmission de mesures à un Récepteur µS French 3-30 ADD JUL 1986...
  • Page 177 Abschnitt 3 -DM 5010 PROGRAMMIERUNG Einführung Betriebsart alk Only 1 Veröffentlicht durch das Institute of Electrical and Electronics Engineers, Inc., 345 East 47th Street, New York, N. Y. 10017. German 3-1 ADD JUL 1986...
  • Page 178 Programmierung - DM 5010 ERR? DA A MONI OR ON OPCON MONI OR OFF OPC OFF MONI OR? OPC? ROS ON OVER ON RQSOFF OVER OFF RQS? OVER? LFRON SE ? LFR OFF RDY? LFR? SEND FUNC ? ACDC <num>...
  • Page 179 Programmierung - DM 5010 BEFEHLE Einstell-Befehle - steuern die Einstellung des Gerätes. Abfrage-Befehle - fragen nach Daten. Betriebs-Befehle - veranlassen eine bestimmte ätigkeit. Wenn das Gerät in der Betriebsart AU O arbeitet, soll Eingangsspannung nicht wiederholt zwischen einem niedrigen Wert (< 200 mV$) und einem höheren Wert (>...
  • Page 180 Programmierung - DM 5010 SYS EM-BEFEHLE S A US-BEFEHLE EINGANG/AUSGANGS-BEFEHLE German 3-4 ADD JUL 1986...
  • Page 181 Programmierung - DM 5010 DE AILLIER E BEFEHLSLIS E ACDC ACV (AC Spannungsfunktion) (AC und DC Spannungsfunktionen) Art: Art: Einstellsyntax: Einstellsyntax: Gewählter Bereich: Beispiele: Beispiele: Gewählter Bereich Beschreibung: Beschreibung: ACDC German 3*5 ADD JUL 1986...
  • Page 182 Programmierung - DM 5010 AVE (Mittelwert) Art: Einstellsyntax: Beispiel: Abfragesyntax: Abfrage-Antwort: Beschreibung: ADD JUL 1986 German 3-6...
  • Page 183 Programmierung - DM 5010 CALC (Berechnung) Art: Einstellsyntax: Argumente: Beispiele: Abfragesyntax; Abfrage-Antwort ; Beschreibung: CALC German 3-7 ADD JUL 1986...
  • Page 184 Programmierung - DM 5010 DA A Art: Art: Einstellsyntax: Syntax: Antwort: Beispiel: Beschreibung: Abfragesyntax: Abfrage-Antwort: Beschreibung: DA A German 3-8 ADD JUL 1986...
  • Page 185 Programmierung - DM 5010 DCV (DC Spannungsfunktion) DIGI (Digitale Auflösung) Art: Art: Einstellsyntax: Einstellsyntax: Beispiele: Gewählter Bereich Abfragesyntax: Beschreibung: Abfrage-Antwort: Beschreibung: ADD JUL 1986 DIGI German 3-9...
  • Page 186 Programmierung - DM 5010 D (Gerätetrigger) DIODE (Diodentest) Art: Art: Einstellsyntax: Einstellsyntax: Beschreibung: Abfragesyntax: Abfrage-Antwort: Beschreibung: DIODE German 3-10 ADD JUL 1986...
  • Page 187 Programmierung - DM 5010 ERR? (Fehler) FUNC ? (Funktion) Art: Art: Abfragesyntax; Abfragesyntax: Abfrage-Antwort : Abfrage-Antwort Beispiele: Beispiel: Beschreibung: Beschreibung: FUNC ? ERR? German 3-11 ADD JUL 1986...
  • Page 188 Programmierung - DM 5010 Art: Art: Syntax: Abfragesyntax; Beschreibung: Abfrage-Antwort : Beschreibung: ADD JUL 1986 German 3-12...
  • Page 189 Programmierung - DM 5010 LIMI S Art: Art: Einstell syntax: Einstellsyntax: Beispiel: Abfragesyntax: Abfrage-Antwort: Abfragesyntax: Beschreibung: Abfrage-Antwort: Beschreibung: LIMI S German 3-13 ADD JUL 1986...
  • Page 190 Programmierung - DM 5010 MODE MONI OR Art: Art: Einstellsyntax: Einstei (syntax: Abfragesyntax: Abfragesyntax: Abf ra ge-Antwort: Abfrage-Antwort: Beschreibung: Beschreibung: MODE MONI OR German 3-14 ADD JUL 1986...
  • Page 191 Programmierung - DM 5010 OHMS NULL Art; Art: Einstellsyntax: Einstellsyntax: Beispiele: Gewählter Bereich: Beispiele: Abfragesyntax: Beschreibung: Abfrage-Antwort: Beschreibung: W RNUNG Wenn die NULL Funktion freigegeben ist, kann es vorkommen, daß die Messung nicht den an die Eingangsanschlüsse angelegten Spannungswert anzeigt.
  • Page 192 Programmierung - DM 5010 OVER O PC (Operation Complete) Art: Art: Einstellsyntax: Einstellsyntax: Abfragesyntax: Abfragesyntax: Abfrage-Antwort: Abfra ge-Antwort : Beschreibung: Beschreibung: OVER German 3-16 ADD JUL 1986...
  • Page 193 Programmierung - DM 5010 RA IO RDY? Art: Art: Einsteflsyntax: Abfragesyntax: Beispiel: Abfrage-Antwort: Beschreibung: Abfragesyntax: Abfrage-Antwort: Beschreibung: RA IO RDY? German 3-17 ADD JUL 1986...
  • Page 194 Programmierung - DM 5010 SEND Art: Art: Einstell syntax; Syntax: Antwort: Abfragesyntax: Beispiel: Abfrage-Antwort: Beschreibung Beschreibung: SEND ADD JUL 1986 German 3-18...
  • Page 195 Programmierung - DM 5010 SOURCE SE ? Art: Art: Abfragesyntax: Einstellsyntax: Abfrage-Antwortbeispiel (Einschalt-Einstellungen) : Abfragesyntax: Beschreibung: Abfrage-Antwort: Beschreibung: Um Beschädigungen des Gerätes und Betriebs ­ fehler zu vermeiden, darf nicht zwischen dem Eingang auf der Frontplatte und den Interface- Anschlüssen auf der Rückseite umgeschaltet...
  • Page 196 Programmierung - DM 5010 USER Art: Art: Einstellsyntax; Syntax: Antwort: Abfragesyntax: Beschreibung: Abfrage-Antwort : Beschreibung: USER German 3-20 ADD JUL 1986...
  • Page 197 Programmierung - DM 5010 EILUNGEN UND KOMMUNIKA IONS-PRO OKOLL Befehls- rennzeichen Mitteilungs-Endezeichen Formatierung einer Mitteilung ANMERKUNG Im letzten Beispiel wird der Zwischenraum als Formatzeichen angesehen, da er hinter dem Komma steht (dem Argument- rennzeichen). Za hl en -For mate German 3-21...
  • Page 198 Programmierung - DM 5010 Mehrfach-Mitteilungen Mitteilungs-Protokoll Gerätereaktionen auf IEEE 488 Interface Mittei ­ lungen German 3-22 ADD JUL 1986...
  • Page 199 Programmierung - DM 5010 UNL - Unlisten (63 mit A N) MLA - My Listen Address UN - Untalk (95 mit A N) M A - My alk Address LLO - Local Lockout (17 mit A N) REN - Remote Enable...
  • Page 200 Programmierung - DM 5010 COMMAND EXECU ION ERROR Local State (LOCS) IN ERNAL ERROR SYS EM EVEN S IN ERNAL Local With Lockout State (LWLS) WARNING DEVICE S A US Remote State (REMS) If 0. S B indicates event class If 1.
  • Page 201 Programmierung - DM 5010 abelle 3-1 abelle 3-2 FEHLERABFRAGE UND S A USINFORMA ION FRON PLA EN UND FEHLERCODES Antwort Antwort Darstellung Beschreibung Beschreibung auf Fehler ­ auf Serial abfrage Poll 8 Normale Ereignisse a Wenn das Gerät arbeitet antwortet es mit einer Zahl, die um 16 höher ist als die angegebene Zahl.
  • Page 202 Programmierung - DM 5010 DAS SENDEN VON IN ERFACE EINSCHAL - (ANFANGS-) BEDINGUNGEN S EUER-MI EILUNGEN abelle 3-3 DM 5010 EINSCHAL -EINS ELLUNGEN Argument Kopfteil German 3-26 ADD JUL 1986...
  • Page 203 Programmierung - DM 5010 3391-13 Bild 3-3. ASCII und IEEE 488 (GPIB) Code. German 3-27 ADD JUL 1986...
  • Page 204 Programmierung - DM 5010 Programm Beispiele Sprecher/Hörer Programm für Controller Sprecher/Hörer Programm für Controller der EK RONIX Serie 4050. der EK RONIX Serie 4040. 90 REN DM5010 ALKER/LIS EHER PROGRAM 95 REM DM5016 PRIMARY AOORESS ’ 16 100 OPEN tl"GPIB<PRI»16>E0M*<>) "...
  • Page 205 Programmierung - DM 5010 PROGRAMMIERUNGSHILFEN Behandlung von Service-Abfragen (SRQ) Frontplatten-Abschaltung Interrupt Handler REV JUL 1986 German 3-29...
  • Page 206 Programmierung - DM 5010 Programmierung - DM 5010 Die Verwendung von fNI Löschen einer Darstellung Verfügbarkeit von Ablesungen Allowing Settling ime Getriggerte Messungen Senden an einen Hörer (Listener) REV JUL 1986 German 3-30...
  • Page 207 WARNING...
  • Page 209 Section 5 — DM 5010 PERFORMANCE CHECK Introduction est Equipment Required able 5-1 ES EQUIPMEN LIS Minimum Performance Recommended Description Requirements Check Step Equipment...
  • Page 210 Performance Check — DM 5010 able 5-1 (cont) Minimum Performance Recommended Equipment Description Requirements Check Step Resistance of Dekabox and interconnect cable must be known to the accuracy listed in able 5-1 for each point checked in the Ohms Accuracy check.
  • Page 211 Performance Check — DM 5010 able 5-2 DC VOL AGE ACCURACY Display Limits DM 5010 De Calibrator DM 5010 Ambient emp. Range Ambient emp. Range Range Voltage + 18 to + 28 ’ C 0 to +18°C, +28 to +50 °C...
  • Page 212 Performance Check — DM 5010 2. Check Ac Voltage Accuracy NO E For the W and 20 Hz checks, press the LOW FREQ RESPONSE button to obtain a stable display. Re ­ lease the button for the remaining frequency checks.
  • Page 213 Performance Check — DM 5010 able 5-3 (cont) DM 5010 FUNC ION ACV + DCV ACV + DCV Calibrator Frequency 20 kHz 100 kHz Calibrator DM 5010 10 Hz 20 Hz “ DM 5010 Range Voltage Display Limits 1.0140 .9860...
  • Page 214 Performance Check — DM 5010 able 5-4 AC VOL AGE ACCURACY (Ambient emp. Range 0 to +18°C, +28 to +50°C) DM 5010 FUNC ION ACV + DCV 20 kHz 20 Hz 100 kHz Calibrator 10 Hz Voltage Display Limits 15 kHz...
  • Page 215 Performance Check — DM 5010 3. Check De Common Mode Rejection Power Module A. Setup for unguarded common mode rejection ratio check. Power Module B. Setup for guarded common mode rejection ratio check. 2994-27 Fig. 5-1. Common mode check setup.
  • Page 216 Performance Check — DM 5010 4. Check De Normal Mode Rejection Fig. 5-2. De normal mode rejection setup.
  • Page 217 Performance Check — DM 5010 able 5-5 DC NORMAL MODE REJEC ION 50-60 Hz DM 5010 Calibrator Display Jumper Reading Position Frequency (Hz) 5. Ohms Accuracy able 5-6 OHMS OFFSE ACCURACY DM 5010 Display Limits DM 5010 Range Ambient emp. Range Ambient emp.
  • Page 218 Performance Check — DM 5010 A. Initial ohms accuracy setup. B 20 MΩ range accuracy setup. 2994.29 Fig. 5-3. Ohms accuracy setup.
  • Page 219 Performance Check — DM 5010 able 5-7 OHMS GAIN ACCURACY DM 5010 Resistance DM 5010 Display Limits Range Standard 8 SR1 10 MΩ standard resistor in series with the DB62. NO E 6. Diode est Check he rear interface ohms offset and accuracy checks need not be made unless the instrument is used for measurements via the rear-interface connections.
  • Page 220 8. Rear Interface Accuracy Checks 9. GPIB Communication Check NO E he output cable fixture from the calibrating sources to the rear interface pins may require modification to accommodate accuracy checks via the DM 5010 rear interface.
  • Page 221 Performance Check — DM 5010 PERFORMANCE CHECK SUMMARY SHEE Step Description Minimum Measured Maximum Permission is granted to reproduce this summary sheet for customers data logging purposes only. Reproduction for commercial purposes is expressly forbidden.
  • Page 223 Section 6 — DM 5010 ADJUS MEN PROCEDURE Introduction Services Available est Equipment Required able 6-1 ES EQUIPMEN LIS n -------------- — -------------------------------------- Performance Recommended Description Minimum Requirements Check Step Equipment...
  • Page 224 Adjustment Procedure — DM 5010 able 6-1 (cont) Performance Recommended Description Minimum Requirements Check Step Equipment "Resistance of Dekabox and interconnect cable must be known to the accuracy listed in able 6-1 for each point adjusted in Step 4. b Requires a...
  • Page 225 Caution must be exercised. Do not con ­ tact the output connectors of the voltage calibrator, the input terminals of the DM 5010, or the internal cir ­ cuitry of the DM 5010. Also, do not contact the inter ­...
  • Page 226 De Calibrator Voltage DM 5010 FAS Press Display Reading NO E Avoid over-ranging the DM 5010 while performing the adjustment procedure. Should over-range occur, al ­ low several minutes for stabilization before proceed ­ able 6-4 ing with adjustments. OHMS OFFSE CALIBRA ION FAC ORS —...
  • Page 227 Adjustment Procedure — DM 5010 4. Adjust the Ohms Gain Calibration Factors NO E he actual resistance of the precision resistance, in ­ cluding the interconnecting cable, must be known for each calibration point before this step can be per ­...
  • Page 228 Standard applied resistance (entered resistance) ‘ Connect SR1 10M standard in series with the DB 62. o minimize the effect of noise, make physical contact with the DM 5010 chassis ground terminal. 5. Adjust the ACV Offsets 6. Adjust ACV Gain Calibration Factors...
  • Page 229 Adjustment Procedure — DM 5010 7. Adjust the Ac Frequency Compensation able 6-6 ACV GAIN CALIBRA ION FAC ORS DM 5010 Ac Calibrator DM5010 Range (200 Hz) Press Display Reading...
  • Page 230 Adjustment Procedure — DM 5010 NO E If C1607 approaches the end of its adjustment range, turn off the power module, and remove the RMS board (A 16). Adjust C1605 several complete turns In the same direction required for additional range by C1607.
  • Page 231 Section 7 — DM 5010 MAIN ENANCE o prevent damage to the DM5010, turn off the power module before installing or removing the instrument. Do not use excessive force to install or remove. able 7-1 PREPARA ION FOR USE IEEE 488 (GPIB) PRIMARY ADDRESSES...
  • Page 232 Maintenance — DM 5010 Message erminator Switch Setting alk Only Switch Setting Using the Rear Interface Connections GENERAL MAIN ENANCE Rear Circuit Board Removal Fig. 7-2. Backplate and retainer bar removal. Front-Panel Board Removal NO E Before removing the CPU board, unplug the ribbon cable connector from the Front Panel Driver board.
  • Page 233 Maintenance — DM 5010 > C UTION < Do not install the plug-in in the power module while the latch is disassembled. Removal of the plug-in with ­ out use of the latch can be extremely difficult. Fig. 7-3. Latch disassembly.
  • Page 234 Maintenance — DM 5010 Input Switch Assembly Battery Replacement Adjusting C1301 and C1404 NO E Disconnecting the battery causes the loss of calibra ­ tion factors stored in memory. Battery replacement must be followed by a 24-hour period of operation and then performance of the Adjustment Procedure.
  • Page 235 Maintenance — DM 5010 roubleshooting Equipment Static-Sensitive Components Static discharge can damage any semiconductor component in this instrument. Fig. 7-6. Location of C 1301 and C1404, roubleshooting Aids Diagrams. Circuit Board Illustrations. Adjustment Locations. Calibration Fixture...
  • Page 236 Maintenance — DM 5010 able 7-2 RELA IVE SUSCEP IBILI Y O O S A IC DISCHARGE DAMAGE Relative Semiconductor Classes Susceptibility Levels Soldering echniques W RNING o avoid electric-shock hazard, disconnect the instru ­ ment from the power source before soldering.
  • Page 237 Maintenance — DM 5010 > C UTION ( Semiconductors Rinse the area extremely well to completely remove cleaning residue. Exterior Cleaning Chassis, Front Panel. o prevent damage and to ensure proper operation, circuit boards and components must be dry before ap ­...
  • Page 238 Maintenance — DM 5010 CPU Board (A14). CPU Board Coating o prevent instrument damage and performance deg ­ radation, do not allow cleaning or rinsing solutions on the GPIB switches (S1515), or on the battery or bat ­ tery circuit. Board cleaning around the battery area...
  • Page 239 Dangerous voltages may be encountered in the fol ­ lowing troubleshooting procedures. Caution must be exercised. Do not contact the output connectors of the voltage source, or the input connectors or internal circuitry of the DM 5010. able 7-3 YPICAL ROUBLE SYMP OMS ypical Symptoms...
  • Page 240 Maintenance — DM 5010 able 7-3 (cont) Circuit Section — Verification ypical Symptoms...
  • Page 241 Maintenance — DM 5010 able 7-3 (cont) Circuit Section — Verification ypical Symptoms 1. POWER SUPPLY, CLOCK, PON CIRCUI S 2. MICROPROCESSOR, CPU Board, Diagram 7...
  • Page 242 Maintenance — DM 5010 3. FRON -PANEL, Front-Panel Drive board, Diagram 11 NO E A blown fuse may indicate an overload in another cir ­ cuit. o troubleshoot an overload condition, it may be helpful to temporarily replace the fuse with a 75 to 200 Ω, 3 W resistor.
  • Page 243 Maintenance — DM 5010 7. DC VOL AGE MEASURING CIRCUI S, ADC Board, Diagrams 1, 2 6. A/D CONVER ER, Isolation Board, Diagram 5 able 7-5 POWER SUPPLY AND REFERENCE VOL AGES Measurement Diagram Voltage Limits Location able 7-6 NO LOAD POWER SUPPLY VOL AGES...
  • Page 244 Maintenance — DM 5010 Input Switch able 7-7 ERROR CODE 311 FAUL S Symptoms Component Attenuator Overvoltage Protection and Function Switching DCV Signal Conditioner...
  • Page 245 Maintenance — DM 5010 able 7-8 ENUA OR FAUL S Symptom Diagram Components able 7-10 CHARGE-BALANCING CONVER ER FAUL S Symptom Components able 7-9 DCV SIGNAL CONDI IONER FAUL S Symptom Components <$> 8. RMS CONVER ER, RMS Board, Diagram 3...
  • Page 246 Maintenance — DM 5010 Fig. 7-7. 1 M/Z, I U/D, ICOMP and the zero-reference voltage waveforms after power on. Fig. 7-8. FE Gate timing diagram.
  • Page 247 Maintenance — DM 5010 Fig. 7-10. DCV Signal Conditioner and Charge-Balancing Fig. 7*9. Over-voltage protection and function switching Converter waveform. waveform. able 7-12 able 7-11 RMS CONVER ER FAUL S RMS CONVER ER FAUL S Symptom Component Symptom Component 9. OHMS CONVER ER, RMS Board, Diagram 3...
  • Page 248 Maintenance — DM 5010 able 7-13 POWER SUPPLY AND REFERENCE VOL AGES Measurement Conditions Location Limits Components able 7-14 OHMS CONVER ER FAUL S Symptom Component...
  • Page 249 Maintenance — DM 5010 Signal ADC Board RMS Board 10. GPIB, CPU Board, Diagram 9 able 7-15 Signature Versions Assembly...
  • Page 251 Section 8 — DM 5010 OP IONS...
  • Page 253 Section 9 — DM 5010 REPLACEABLE ELEC RICAL PAR S PAR S ORDERING INFORMA ION from or through your EK RONIX PAR NO. (column two of the OF ASSEMBLIES Electrical Parts List) CROSS INDEX-MFR. CODE NUMBER SERIAL/MODEL NO. (columns three and four...
  • Page 254 Replaceable Electrical Parts - DM 5010 Mfr. Code Manufacturer Address City, State. Zip Code 00779 AMP INC P 0 BOX 3608 HARRISBURG PA 17105 SANGAMO WES ON INC 00853 SANGAMO RD PICKENS SC 29671 SANGAMO CAPACI OR DIV P 0 BOX 128...
  • Page 255 Replaceable Electrical Parts - DM 5010 Mfr. Code Manufacturer Address City. State. Zip Code USONIX INC 2155 N FORBES BLVD UCSON, ARIZONA 85705 59660 MCGRAM-EDISON CO 502 EAR H CI Y PLAZA LOUIS MO 63178 71400 BUS5MANN MFC DIV P 0 BOX 14460...
  • Page 256 Replaceable Electrical Parts - DM 5010 ektronix Serial/Assembly No. Mfr. Component No, Part No. Effective Dscont Name & Description Code Mfr. Part No. 670-6812-00 CIRCUI 80 ASSY:FRON PANEL 80009 670-6812-00 Q3384/MAN4605A A110S1000 150-1066-00 58361 LAMP,LED RDOU : ORANGE, 6 SEG.+/-1.
  • Page 257 Replaceable Electrical Parts - DM 5010 ektronix Serial /Assembly No. Mfr. Component No. Part No. Effective Dscont Name & Description Mfr . Part No . Code A11S1315 263-0019-38 SNI CH PB ASSY: MOMEN ARY 80009 263-0019-38 ai1Sl320 263-0019-38 SNI CH PEI ASSY:MOMEN ARY...
  • Page 258 Replaceable Electrical Parts - DM 5010 ektronix Serial /Assembly No. Mfr. Component No. Dscont Name & Description Mfr. Part No. Part No. Effective Code RES,FXD,FILM:150 OHM,51,0.25N A12R1615 315-0151-00 57668 N R25J-E150E RES,FXD,CMPSN:5.6 OHM,51,0.25N C856G5 A12R1821 307-0107-00 01121 SN74LS138NP3 A12U1040 156-0469-02...
  • Page 259 Replaceable Electrical Parts - DM 5010 Serial /Assembly No. Mfr. ektronix Component No. Effective Dscont Name & Description Code Mfr. Part No. Part No, 01401121 151-0190-00 RANSIS OR:NPN,SI JO-92 80009 151-0190-00 17856 DM1001 A14Q1123 151-1103-00 RANSIS OR:FE,N CHANNEL,SI JO- 72 RES,FXD,FILM:4.7K 0HM,5X,0.25M...
  • Page 260 Replaceable Electrical Parts - DM 5010 Mfr. ektronix Serial /Assembly No. Dscont Code Mfr. Part No. Component No. Part No. Effective Name & Description X AL UNI ,Q Z:4.0MHZ, 0.0011, AN IRESONAN 33096 PB 1370 A14Y1221 156-0251-00 8010100 B021245 CIRCUI...
  • Page 261 Replaceable Electrical Parts - DM 5010 Mfr. ektronix Serial/Assembly No. Component No. Mfr. Part No. Part No. Effective Dscont Name & Description Code S EM IC ONO DVC,DI:SH,SI,120V,0.15A,DO-35 NDP566 A15CR1509 152-0574-00 12969 152-0779-00 SEMICONO OVC,OI:REC ,S1,200V, 0.750 05828 RH02M A15CR1515 152-0307-00 SEMICONO DVC ,01 :SM,SI ,100V, 0.130, DO-92...
  • Page 262 Replaceable Electrical Parts - DM 5010 ektronix Serial /Assembly No. Mfr. Component No. Part No. Dscont Name & Description Code Mfr. Part No. Effective 18324 A15U1125 156-0299-02 MICROCK , DG L: L,16-BI DA A SELEC OR N74150(NB OR FB) MICROCK , DG L:SYN 4 BI...
  • Page 263 Replaceable Electrical Parts - DM 5010 Serial/Assembly No. Mfr. ektronix Component No. Name & Description Code Mfr. Part No. Part No. Effective Dscont MA205E104MAA CAP,FXD,CER Dl:0.1UF,20X,50V 04222 A16C1601 281-0775-00 MA205E104MAA 281-0775-00 CAP,FXO,CER 01:0. 1UF,2GX,50V 04222 Ω16C1603 281-0064-00 COP , VAR , PLAS IC:0 .25-1. 5PF , 600V...
  • Page 264 Replaceable Electrical Parts - DM 5010 ektronix Serial /Assembly No. Mfr. Component No, Part No. Effective Dscont Name & Description Mfr. Part No. Code A16R1309 321-0222-07 RES , FXO , FILM ;2 .OK OHM ,0. 1X ,0. 125M , C= 9...
  • Page 265 Replaceable Electrical Parts - DM 5010 ektronix Serial/Assembly No. Mfr. Effective Dscont Name A Description Code Mfr. Part No. Component No. Part No. CAP,FX0,CER D1:0.1UF,20Z.50V 04222 MA205E104MAA A17C1131 281-0775-00 54473 A17C1133 290-0770-00 0010100 B010369 CAP,FXD,ELC L :100UF,+50-10X,25VDC ECE-A25V100L CAP , FXD , ELC L : 100UF,+50-101 , 25VDC...
  • Page 266 Replaceable Electrical Parts - DM 5010 Mfr. ektronix Serial/Assembly No. Mfr. Part No. Component No. Part No. Effective Dscont Name & Description Code (PAR OF A17A1 ONLY) A17L1723 COIL,RF:FIXED,5.3UH 80009 108-1134-00 108-1134-00 RANS IS OR:PNP,SI JO-92 SPS6700 A17Q1001 151-0350-00 04713...
  • Page 267 Replaceable Electrical Parts - DM 5010 ektronix Serial/Assembly No. Mfr. Component No. Part No. Effective Dscont Name & Descriotion Code Mfr. Part No. A17R1212 315-0105-00 RES,FX0,FILM:1M 0HM,5Z,0.25M 19701 5043CX1MOOOJ RES,FX0,FILM:30K OHM,0.5Z,0.125H, C- 2 A17R1213 321-0685-00 19701 5033RC30K000 RES,FXD,FILM:277K 0HM,0.5Z,0.125N, C- 2...
  • Page 268 Replaceable Electrical Farts - DM 5010 ektronix Serial/Assembly No. Mfr. Dscont Name & Description Code Mfr. Part i Component No, Part No. Effective 156-1160-00 MICROCK ,LINEAR:VOL AGE REGULA OR 04713 MC78L12ACG A17U1601 04713 A17U1603 156-0991-00 MICROCK ,LINEAR:VOL AGE REGULA OR...
  • Page 269 Section 10 — DM 5010 DIAGRAMS AND CIRCUI BOARD ILLUS RA IONS Symbols Component Values he information and special symbols below may appear in this manual. ----------- Assembly Numbers and Grid Coordinates...
  • Page 271 Extrigger Jumper P1721 GPIB Address Switch See Maintenance section for setting information enable CPU Board *-ci20i I. U 1230: I 2994-53 Fig. 10-1 Jumper and GPIB address switch locations -...
  • Page 272 DM 5010 2994-37 Fig. 10-2. Location of DM 5010 adjustments and test points...
  • Page 276 DM 5010 2994-112...
  • Page 277 able 10-1 COMPONEN REFERENCE CHAR ADC BOARD P/O A17 ASSY BOARD CIRCUI SCHEMA IC BOARD CIRCUI SCHEMA IC LOCA ION NUMBER LOCA ION LOCA ION NUMBER LOCA ION “ “ C7 --------- R1001 C1001 R1011 C1013 R1013 C1017 R1033 C1019 R1101 C1021 R1102...
  • Page 278 DM 5010 PAR S LOCA ION GRID ■ ^ R1201 ^? © ■C160V © c C R1101 — ©Q12013 CSL 1 ® © © © © © © © @ @ ® ® ® @ ©- C1202- © © 01603^ 7-...
  • Page 279 / / //77/ 7/ / // 7 / Z+fZfiZ Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z Z^ZZ?Z^iZ'®.ZZxZZ 'f777 / / 7 Z 7 Z Z / Z Z Z 7 / / z77/7w77 / / / A$Z Z *%z 77 77 7 Z Z Z / Z 77/77 /zzZ 7s7 /fa 777&Z /...
  • Page 280 DM 5010 CR1623 P1713-2A J1713-2A P1713-2B JI713-2B P1713-4A P1713-4B Pl?13 r 15B GUARD P1713-1A CR1621 P1713-1B JI 713-1 B FRON K1631S-5 FRON LOW tSEE NO E I GUARD [ GUARD | REAR HIGH P1031-29B P.1031-2BA -12V -► ^-36.9V — ►...
  • Page 283 able 10-3 COMPONEN REFERENCE CHAR (See Fig. 10-3) ADC BOARD P/O A17 ASSY SCHEMA IC BOARD CIRCUI SCHEMA IC BOARD CIRCUI LOCA ION NUMBER LOCA ION LOCA ION NUMBER LOCA ION C1202 Q1513 C1204 Q1S14 Q1515 C1206 C1211 Q1611 C1311 Q1613 C1312 R1201...
  • Page 284 DM 5010 JO — P 7 3- 3B JI 7 3- 3B 40 IB P 7 3- 4B ------------ 1 + 12 ’ J 7 3- 4B C 68 C 602 B. 47µF P 7 3-6A PCND J 7 3-6A...
  • Page 285 able 10-4 COMPONEN REFERENCE CHAR RMS BOARD <^> A16 ASSY CIRCUI SCHEMA IC BOARD CIRCUI SCHEMA IC BOARD LOCA ION NUMBER LOCA ION LOCA ION NUMBER LOCA ION R1003 C1001 C1013 R1013 C1101 R1021 C1103 R1031 C1105 R1032 R1033 C1107 Cl 111 R1101 C1113...
  • Page 286 DM 5010 PAR S LOCA ION GRID ASSY A16 Fig. 10-4. RMS Board (A 16). Static Sensitive Devices Maintenance Section COMPONEN NUMBER EXAMPLE Component Number Sub^blf r ^ e . 2994-40...
  • Page 287 %y yy y * jy * j jf^jy & jy * % y y^yjr^tJ^^y®yJy * j y ^Jjy y^ y * * y& ry^-Jy y^Jy- * Jjr $jr& #y > Jy Jy^Jr Jr & J/½JJ /y^y~ ‘ y ^y / / y»\y * y »y'->...
  • Page 288 DM 5010 R1223 R1321 R1229 422K 402K R1225 LM317LZ 1 0H K1313S +24V J I 711-70 C141S R1415 R1021 240. R1323 Clfll 3 Cl 113 73L12 LF351N CR1227 R1221 fl OU P17I1-8A R 1 123 SZ CR 1021 A [CRi 1 21 J1711-8A „7K '...
  • Page 289 able 10-6 COMPONEN REFERENCE CHAR ISOLA ION BOARD <£> P/O A15 ASSY BOARD CIRCUI SCHEMA IC CIRCUI SCHEMA IC BOARD LOCA ION LOCA ION LOCA ION NUMBER LOCA ION NUMBER CR1509 C1001 CR1515 C1005 CR1605 C1021 C11O1 C1107 F1111 F1113 C1111 C1113 L1201...
  • Page 290 DM 5010 PAR S LOCA ION GRID — > 3 AC 1501 © '^uioooij C 14041 C C1401 O C1301 ©*~@ ¾C 14035 i@ ______ ®i AR 1102 © A R1107 © B VR1001 © A R 1103 © A b l 07 ©...
  • Page 292 DM 5010 X P1031-16A EX RIG EX RIG P 1733-138 x J1733-13B X P1031-2A P I 733-1 5A J1733-15A Cl 107 I. Cl 1 13 I? X P1031-28 Fl 1 It R1 101 R1 107 P1733-15B 3 AMP JI 733-1 SB 1 00µF...
  • Page 295 able 10-7 COMPONEN REFERENCE CHAR (See Fig. 10-5) ISOLA ION BOARD P/O A15 ASSY SCHEMA IC BOARD CIRCUI CIRCUI SCHEMA IC BOARD LOCA ION NUMBER LOCA ION NUMBER LOCA ION LOCA ION R1713 C1702 R1715 C1713 CR1715 U1135 U1230 P1701 U133O U1335 Q1421...
  • Page 296 DM 5010 IN PROGRESS J 1733-4 A HCPL2601 R1S21 74LS113 74LS06 U1635A- 12 — — L J1733-12A <R1701 733-1 0B JI 733-188 MEASURE ZERO 74LS113 HCPL2601 74LSB0 >CK OVERRIDE 74LS113 CR1605 U1630A-5 JOAZ U1520A-3 > CK HCPL2601 HCPL260' COHP 12 ------ Z...
  • Page 299 able 10-8 COMPONEN REFERENCE CHAR (See Fig. 10-5) ISOLA ION BOARD P/O A15 ASSY SCHEMA IC BOARD CIRCUI SCHEMA IC BOARD CIRCUI LOCA ION LOCA ION LOCA ION NUMBER LOCA ION NUMBER P1733 U1220 U1235 R1531 U1320 U1520 U1020 U1525 U1020 U1535 U1030...
  • Page 300 DM 5010 733-1 is JI 733-1 IB 7474 7474 U1330B-1 3 74LS163 JI 4300-13 74LS74 74LS74 74LS10 RIPPLE ► U1335B-13 CARRY 7474 74LS00 74LS10 74LS30 74US74 74LS10 74LS113 74LS1 13 74LS00 CD4040B *■ U1520 U1135B ► U1230B-1 0 <£> 74LS10...
  • Page 301 able 10-9 COMPONEN REFERENCE CHAR CPU BOARD <?)> P/O A14 ASSY CIRCUI BOARD CIRCUI SCHEMA IC BOARD SCHEMA IC NUMBER LOCA ION LOCA ION NUMBER LOCA ION LOCA ION C1101 R1223 R1225 C1102 R1227 C1201 C1213 R1231 C1215 R1232 C1223 R1233 C1233 R1311...
  • Page 302 DM 5010 PAR S LOCA ION GRID COMPONEN NUMBER EXAMPLE Component Number Subassembly Wumfl „ Number frf userfj...
  • Page 306 DM 5010 J 1920-2 P 120-1 -------------------------- 7 — — J1 120-1 ------------------------------ Z J 1820-4 Pt 120-2 x \ --------- ------------ Ji 120-2 / ■ * y J 1820-6 P 1 20-3 \ JI 120-3 \ ------------- ------------- P1 120-4 \ „...
  • Page 307 able 10-10 COMPONEN REFERENCE CHAR (See Fig. 10-6) P/O A14 ASSY CPU BOARD CIRCUI SCHEMA IC BOARD SCHEMA IC BOARD CIRCUI NUMBER LOCA ION LOCA ION NUMBER LOCA ION LOCA ION B 1121 R1131 R1133 C1133 R1134 CR1133 R1135 CR1235 U1200 J1132 U1220...
  • Page 308 DM 5010 PAR S LOCA ION GRID ©0 @0 @0 @0 @0 — J — i a © f © ■ © c * > © © ® ASSY A12 Fig. 10-8. Front Panel Drive Board (A 12). Static Sensitive Devices...
  • Page 309 able 10-16 COMPONEN REFERENCE CHAR FRON PANEL DRIVE BOARD <^1> A12 ASSY CIRCUI SCHEMA IC BOARD CIRCUI SCHEMA IC BOARD NUMBER LOCA ION LOCA ION NUMBER LOCA ION LOCA ION R1127 C1315 R1129 C1431 C1531 R1221 R1223 C1533 R1225 C1741 C1821 R1227 R1229...
  • Page 312 able 10-11 COMPONEN REFERENCE CHAR (See Fig. 10-6) CPU BOARD <^> P/O A1 4 ASSY CIRCUI SCHEMA IC BOARD CIRCUI SCHEMA IC BOARD NUMBER LOCA ION LOCA ION NUMBER LOCA ION LOCA ION C1723 R1623 J1721 S1515 J 1723 U1100 P1011 U1105 P1721...
  • Page 313 DM 5010 EROHC U1 510-4 ER OHO U1 510-5 U! 510-6 01510-7 ADDRESS 8US V CC ¾c -► BAI -► BA2 x BAI s BAI v BA2 x BA3 °0 °0 °0 U1235 X BA5 BD1 > BD1 > □l...
  • Page 314 able 10-14 REAR IN ERFACE CONNEC OR ASSIGNMEN S ISOLA ION BOARD (A 15) FUNC ION FUNC ION EX RIG * GROUND +26V DC +26V DC BASE LEAD OF COLLEC OR LEAO OF PNP SERIES PASS PNP SERIES PASS ER LEAD OF PNP SERIES PASS GROUND GROUND...
  • Page 316 able 10-15 REAR IN ERFACE CONNEC OR ASSIGNMEN S ADC BOARD (A 17) FUNC ION FUNC ION INPU LO INPU BARRIER PLUG-IN REAR VIEW...
  • Page 317 DM 5010 8279-5 74LS10 TYPE ’ 74LS 0 74LS279 U 730C- 2 — ►- MISCELLANEOUS BUFFER U 630A- 2 — U 520- 2 — ►- U 425D-8 -► 74LS244 OA A P 73 -5A J 73 -5A IN PROGRESS P 73 -4A...
  • Page 319 DM 5010 PAR S LOCA ION GRID 2994 ASSY A13 Static Sensitive Devices Fig. 10-7. Main Interconnect Board (A 13). COMPONEN NUMBER EXAMPLE Number...
  • Page 320 able 10-12 COMPONEN REFERENCE CHAR MAIN IN ERCONNEC BOARD <0> A13 ASSY BOARD CIRCUI SCHEMA IC CIRCUI SCHEMA IC BOARD NUMBER LOCA ION NUMBER LOCA ION LOCA ION LOCA ION J1701 J1731 J1711 J 1733 J1713 able 10-13 REAR IN ERFACE CONNEC OR ASSIGNMEN S CPU BOARD (A14) FUNC ION...
  • Page 322 DM 5010 ISOLA ION JI 701 JI 711 JI 71 3 ❖ 4-4> <$> Y ----- - -- — -27V ___________________________________________ ---- ^u. -17,6V LPS -17.6V LPS < * > ! <£> -17.5V -17.6V +17. SV +17.6V ► <t>4 <£>...
  • Page 324 DM 5010 PAR S LOCA ION GRID * — I — * — I — • — I — ~ — I — • — I ©a ©3 © a ©Is © DS 1302 j® ©j® ©I© ©]© ©I© ©' DS 1502 -©...
  • Page 325 able 10-17 COMPONEN REFERENCE CHAR FRON PANEL BOARD <^> A11 ASSY SCHEMA IC BOARD SCHEMA IC BOARD CIRCUI CIRCUI LOCA ION NUMBER LOCA ION NUMBER LOCA ION LOCA ION S1025 DS 1000 S1030 DS 1005 DS1010 S1032 S1035 DS1015 S1037 DS1020 DS 1030 S1039...
  • Page 327 DM 5010 REMO E ] P14W-7 I" 1LL1 I LOW FREQ RESPONSE DS12 7 DS 1306 J)4gg-6 | AU 0~| OS1020 EJS1B30 | ERROR ] OSt S06 DS 1220 031230 J1 400-5 JI 400-4 JI 400-3 J 1400-2 JiOOE cLL /«...
  • Page 328 U1420 □ 180 37C5 S AR /S OP 160 6U28 U1510-13 140 6321 120 7791 LU 435 U1435 ISO 51 4C 7CU3 170 45PP U319 160 3411 160 A645 S AR /S OP S AR /S OP 150 P740 150 09P9 U1510-6 U1510-7 140 2022...
  • Page 329 DM 5010 SIGNA URE ABLE 1 0A SIGNA URE VERSION 1.0 ■ ES ING: MICROPROCESSOR, ROMs, ANO ADDRESS DECODING. ■ ASSEMBLY: A14 , CPU BOARD. ■ EQUIPMEN REQUIRED: SA 501 SIGNA URE ANALYZER M 5000 SERIES POWER MODULE EX ENDER CABLE (067-0645-02) ■...
  • Page 330 U1320 pa ’ SA S AR SA S OP SA CLOCK U1235 0003 0000 FFFF 03 180 uuuu uuuu FFFF S AR /S OP S AR /S OP 8484 P763 05 160 8484 U1 510-13 U1 510-13 P763 0356 07 140 1U5P U15P 0356...
  • Page 331 ON EX ENDER BOARD (S). EQUIPMEN REQUIRED: SA 501 SIGNA URE ANALYZER. M 5000 - SERIES POWER MODULE. DM 5010 SERVICE KI (067-1052-00) EX ENDER CABLE (067-0645-02). 5010 SE UP: SIGNA URE ANALYZER SWI CH (ON CPU BOARD) O SIGNA URE ANALYSIS POSI ION.
  • Page 332 2994-57...
  • Page 333 DM 5010 CONNEC HI 515-5 (ISOLA ED -27 V) P 1531 (CHASSIS GROUND) ON CPU BOARD. 35PP 0000 03 60 0H59 049U 049U 0H5P CONNEC U1500-8 (ISOLA ED -27V) P 1531 (CHASSIS GROUND) ON CPU BOARD. U1 300 U1 500 □...
  • Page 337 REV JUN 1986...
  • Page 342 Section 11 — DM 5010 REPLACEABLE MECHANICAL PAR S PAR S ORDERING INFORMA ION INDEN A ION SYS EM 1 2 3 4 5 Name & Description Assembly and/or Component Attaching parts for Assembly and/or Component Detail Part of Assembly and/or Component...
  • Page 343 Replaceable Mechanical Parts - DM 5010 Mfr. City. State, Zip Code Code Manufacturer Address EX RON INC ROCKFORD IL 61108 01536 CMCM DIV 1818 CHRIS INA S SEMS PRODUC S UNI WAKEFIELD MA 01880 EG 0N0 G WAKEFIELD ENGINEERING 60 AUDUBON RO...
  • Page 344 Replaceable Mechanical Parts - DM 5010 Fig. 4 ektronix Mfr. Index Serial /Assembly No. Code Mfr . Part No . Effective Dscont 12345 Name 4 Description Part No. SHIELD,ELEC:SIDE,PLUG-IN UNI 80009 337-2807-00 337-2807-00 80009 105-0932-00 LA CH,PANEL:5I0E 105-0932-00 80009 214-3364-00 FAS ENER, LA CH:ACE AL.SIL GRAY...
  • Page 345 Replaceable Mechanical Parts ~ DM 5010 Fig. & Mfr. Index ektronix Serial /Assembly No, Part No, 12345 Name & Description Code Mfr. Part No. Effective Dscont — 1-45 CK BOARD ASSY:PROCESSOR(SEE A14 REPL) .CA ASSY,SP,ELEC:20,28 OHG, 6.65 L, RIBBON 80009...
  • Page 346 Replaceable Mechanical Parts - DM 5010 Fig. & Index ektronix Senal/Assembly No. Mfr. No . _ ____ Part No, ______ Effective Dscont 12345 Name & Description ________________ Code Mfr. Part No, S ANDARD QCCESSORIES 003-0120-00 003-0120-00 LEAD, ES :ONE PAIR...