Agilent TechnologiesメーカーE3631Aの使用説明書/サービス説明書
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The Agilent T echno logies E363 1A is a high performan ce 80 watt-triple output DC power supply with GPIB an d RS-2 32 inter faces. The combin ation of bench- top and system fe atures in this powe r supply prov ides ver satile solutions for your desig n and test req uiremen ts.
2 The Front Panel at a Glance 1 Meter and adjust selection keys 2 Tracking enable/disable key 3 Display limit key 4 Recall operating state key 5 Store operating state/Local key 6 Error/Calibrate key 7.
3 1 Meter and adjust sele ction keys Select the output volta ge and c urrent of a ny one supply (+6 V, +25V, or -25V outpu t) to be mo nitored on the displ ay and allo w kn ob adjustm ent of that supp ly. 2 Tracking enable / disable key Enables / disab les the tra ck mode of ± 25V su pplies.
4 Front-Panel Voltage and Cu rrent Setti ngs Y ou can set the v oltage and current from the front panel using t he followi ng method. 1 Press the key aft er turning o n the power su pply. 2 Set the k nob to the voltage con trol mode or current c ontrol mo de using the voltage/ current a djust se lection k ey.
5 Display Annunciators Adrs Power supply is addressed to listen or talk over a remote interface. Rmt Power supply is in remote interface mode. +6V Displays the output voltage and current for +6V supply. Knob is active for +6V supply. +25V Displays the output voltage and current for +25V supply.
6 The Rear Panel at a Glance Use the front-panel key to: • Select the GPIB or RS-232 interface (see chapter 3). • Set the GPIB bus address (see chapter 3).
7 In This Book Specificat ions Chapter 1 lists the power supply ’s specifica tions and describe s how to interpret the se specifica tions. Quic k S tar t Chapter 2 pre pares the power supply for use and help s you get familiar with the fro nt-pane l features.
8.
9 Contents Conten ts Chapter 1 Specificatio ns Performanc e Spe cifications - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 15 Suppleme ntal Cha racteristic s - - - - - - - - - - - - - - - -.
Contents 10 Chapte r 3 Calibration Pro cedures ( continued) Constant Curr ent (CC) Ver ifications - - - - - - - - - - - - - - - - - - - - - - 54 Constant Curr ent Test Setup - - - - - - - - - - - - - .
Contents 11 Contents Chapter 5 Service (co ntinued) Repack ing for Shipme nt - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 95 Electrostatic Discharg e (ESD) Pre cautions - - - - - - .
Contents 12.
1 1 Specificatio ns.
14 Specificat ions The performance sp ecificatio ns ar e listed in the following pa ges. Speci fications are warr anted in the tem perature range of 0 to 40°C with a re sistive load. Supplemental cha ra ct er ist ic s, w hic h ar e n ot wa rr an ted bu t a re d esc r ipt ion s o f performa nce de termined either by de sign or testing.
Chap ter 1 Speci fic ations Performance S pecifications 15 1 Performa nce Specific ations Output Ratings ( @ 0 ° C - 40 ° C) +6V Output 0 to +6 V ; 0 to 5 A +25V Output 0 to +25 V ; 0 to 1 A -25V Ou.
Chap ter 1 Speci fic ations Performance S pecifications 16 Programming Re solution +6V Output +25V Output -25V Output V oltage 0.5 m V 1.5 mV 1.5 mV Current 0.5 m A 0.1 m A 0.1 mA Readback Resolution +6V Output +25V Output -25V Output V oltage 0.5 m V 1.
Chapter 1 Specifications Supplemental Characteristics 17 1 Supplemental Characteristics Output Programming Range (maximum programmable values) +6V Output +25V Output -25V Output Voltage 0 to 6.18 V 0 to 25.75 V 0 to -25.75 V Current 0 to 5.15 A 0 to 1.
Chap ter 1 Speci fic ations Supplemental Characte ristics 18 Cooling Fan coo led Operating Tem perature 0 to 40 ° C fo r full rated output. At higher tem peratures, the output current is derated linearly to 50% a t 55 ° C maximum tem perature.
Chap ter 1 Speci fic ations Supplemental Characte ristics 19 1 Figure 1 -1. Dimen sions of Agilent E36 31A Pow er Supply.
Chap ter 1 Speci fic ations Supplemental Characte ristics 20.
2 2 Quick Start.
22 Quick Star t One of the first thing s you will want to do with y our power su pply is to bec ome acquai nted wit h its fron t pa nel. W rit ten proced ures in this chapt er prepar e the power supply for use and fa miliarize you with most front-pan el opera tions.
Chap ter 2 Qui ck St art To prepare the power supply for use 23 2 To prepare the po wer supply for use The following step s help you ve rify that the powe r supply is rea dy for use. 1 Check th e list of supplied items. V erify tha t you have receiv ed the following items with your power supply .
Chap ter 2 Qui ck St art To prepare the power supply for use 24 1 Re move the powe r co rd. Remove the fuse-holder as sembly with a flat-blade screwdri ver from the rear panel.
Chap ter 2 Qui ck St art To check the rated voltages of the power supply 25 2 To chec k the ra ted vol tage s of the powe r supply The following procedures check to ensure that the power supply deve lops its rated volta ge outputs with no loa d and prope rly respo nds to operatio n from the front pane l.
Chap ter 2 Qui ck St art To check the rated voltages of the power supply 26 5 Check th e voltage function for the +25V supply. Select the m eter and a djust selection key for the +25 V supply . The CV annuncia tor is still lit and the +25V annunciator will turn on.
Chap ter 2 Qui ck St art To check the rated currents of the power supply 27 2 To chec k the rated c urrents o f the powe r supply The following procedures check to ensur e that the power supply deve lops its rated cur rent outputs with a short a nd properl y responds to op eration from the front pane l.
Chap ter 2 Qui ck St art To check the rated currents of the power supply 28 6 Ensure that t he current can be adjuste d from zer o to the maximum rated value . 1 Adjust the knob until the a mmeter i ndicates 0 amps and th en un til the am meter indicates 5 .
Chap ter 2 Qui ck St art To use the power supply in constant voltage mode 29 2 To use t he power s upply i n consta nt volt age m ode T o set up the po wer supply for consta nt voltage (CV) opera tion, procee d as follows. For each step, use the key s shown on the left margi n.
Chap ter 2 Qui ck St art To use the power supply in constant voltage mode 30 5 Adjust the knob for the desired curr ent limit. 1 Check that the Lmt annuncia tor still blinks. Set the knob for cu rrent control. The second digit of ammeter will be blinking .
Chap ter 2 Qui ck St art To use the power supply in constant current mode 31 2 To use t he power s upply i n consta nt curre nt mo de T o set up the po wer supply for consta nt current (C C) opera tion, proce ed as follows. For each step, use the key s shown on the left margi n.
Chap ter 2 Qui ck St art To use the power supply in constant current mode 32 5 Adjust the knob for the desired voltage limit. 1 Check tha t the knob is still selec ted for voltag e control a nd the Lmt annuncia tor blinks. Adju st the knob for the desi red voltag e limit.
Chap ter 2 Qui ck St art To use the power supply in track mode 33 2 To use t he power s upply i n track mode The ± 25V supplie s p rovide 0 to ± 25 V tra cking outputs. In t he track mode, two voltage s of the ± 25V supplies track each other to wit hin ± (0.
Chap ter 2 Qui ck St art To store and recall the instrument s tate 34 To store a nd reca ll the instrum ent sta te Y ou can store up to thr ee differen t operating sta tes in non-volatile me mory . This also enables you to recall t he entire instrument state with just a few key presses from the front panel.
Chap ter 2 Qui ck St art To store and recall the instrument s tate 35 2 4 Sav e the op erati ng state. The ope rating state is now stored. T o recall the stored state, go to the following steps. This message appears on the di splay for a pproximately 1 second.
Chapter 2 Quick Start To rack mount the power supply 36 To rack mount the power supply The power supply can be mounted in a standard 19-inch rack cabinet using one of three optional kits available. A rack-mounting kit for a single instrument is available as Option 1CM (P/N 5062-3957).
Chapter 2 Quick Start To rack mount the power supply 37 2 To rack mount two instruments of the same depth side-by-side, order lock-link kit 5061-9694 and flange kit 5063-9214. To install two instruments in a sliding support shelf, order suport shelf 5063- 9256, and slide kit 1494-0015.
Chap ter 2 Qui ck St art To rack mount the power supply 38.
3 Calibration P rocedures.
40 Calibration Procedures This chapter contains proc edures for verificatio n of the power suppl y's performa nce and c alibration (adjustment). The chapter is d ivided into the following sectio .
Chap ter 3 Ca libr atio n Pro cedu res A gilent Technologies Calibration S ervices 41 3 Closed-Case Elec tronic Calibrati on The power supply features cl osed- case ele ctronic c alibration sin ce no inter nal mecha nical ad justments are require d for normal calibratio n.
Chapter 3 Calibration Procedures Automating Calibration Procedures 42 Automating Calibration Procedures You can automate the complete verification procedures outlined in this chapter if you have access to programmable test equipment. You can program the instrument configurations specified for each test over the remote interface.
Chap ter 3 Ca libr atio n Pro cedu res Test Considerations 43 3 Test C onsidera tions T o ensure pr oper instrum ent operatio n, verify that y ou have se lected the correc t power-line v oltage pri or to attempting a ny test proce dure in this chapter.
Chap ter 3 Ca libr atio n Pro cedu res Performance Veri fication Tests 44 Performa nce Verific ation Tes ts The perfo rmance ver ification tests use the power supply 's specific ations listed in chapter 1, "Specifica tions", starting on page 13.
Chapter 3 Calibration Procedures Measurement Techniques 45 3 Measurement Techniques Setup for Most Tests Most tests are performed at the front terminals as shown in the following figure. Measure the dc voltage directly at the (+) and (-) terminals on the front panel.
Chapter 3 Calibration Procedures Measurement Techniques 46 load resistor is plugged into the front of the output terminals at (B). A measurement made across the load includes the impedance of the leads to the load.
Chap ter 3 Ca libr atio n Pro cedu res Constant Voltage (CV) Veri fications 47 3 Consta nt Volta ge (CV) Ve rificati ons Constant Voltage Test Setup If mo re than one me ter o r a meter and an oscillo.
Chap ter 3 Ca libr atio n Pro cedu res Constant Voltage (CV) Veri fications 48 5 Readba ck the output voltage of t he selected output over the remote interface by sending the comma nd: MEAS:VOLT? {P6V|P25V|N25V} 6 Record the value displayed on the controller .
Chap ter 3 Ca libr atio n Pro cedu res Constant Voltage (CV) Veri fications 49 3 CV Load Regulation This test measur es the cha nge in the ou tput volta ge resulting from a c hange in the output curr ent from full to no load .
Chap ter 3 Ca libr atio n Pro cedu res Constant Voltage (CV) Veri fications 50 CV Line Regulation This test measures the change in output voltage that resu lts from a chang e in ac line v oltage from the minim um v alue (1 0% below the nom inal input vo ltage) to maximum v alue (10 % above the nominal input voltage ).
Chap ter 3 Ca libr atio n Pro cedu res Constant Voltage (CV) Veri fications 51 3 Normal Mode Voltage Noise (CV Ripple and Noise) The norma l mode voltag e noise is in the form of ripple related to the line frequenc y plus some r andom noise.
Chap ter 3 Ca libr atio n Pro cedu res Constant Voltage (CV) Veri fications 52 Common Mode Curr ent Noise The co mmon mode curr ent is tha t a c curr ent com ponent which exists be tween any or all outputs or output l ines and chassis groun d. Co mmon m ode noise can be a probl em for very sensitive circuitry that is referen ced to ear th ground.
Chap ter 3 Ca libr atio n Pro cedu res Constant Voltage (CV) Veri fications 53 3 Load Transient Response Time Thi s te st m ea su re s th e ti me for the ou tpu t v olt ag e to re co ve r to wi thi n 15 mV of nominal output voltage following a load change from full load to half load, or half load to full lo ad.
Chap ter 3 Ca libr atio n Pro cedu res Constant Current (CC) Verifica tions 54 Consta nt Current (CC) Veri ficatio ns Constant Current Test Setup Follow the ge neral se tup in structions in the "Measure ment T ec hniques" section starting on page 45 and the specific instruction s will be give n in the following paragr aphs.
Chap ter 3 Ca libr atio n Pro cedu res Constant Current (CC) Verifica tions 55 3 5 Readba ck the output cu rrent from the se lected outpu t over the re mote interface by sending the comman d: MEAS:CURR? {P6V|P25V|N25V} 6 Record the value displayed on the controller .
Chap ter 3 Ca libr atio n Pro cedu res Constant Current (CC) Verifica tions 56 CC Load Regulation T h i s t e s t m e a s u r e s t h e c h a n g e i n o u t p u t c u r r e n t r e s u l t i n g f r o m a c h a n g e i n t h e load from full-sc ale output vo ltage to short cir cuit.
Chap ter 3 Ca libr atio n Pro cedu res Constant Current (CC) Verifica tions 57 3 CC Line Regulation This test measur es the cha nge in output curr ent that results from a change in ac line voltage from the minim um v alue (1 0% below the nominal inp ut voltage ) to the maximum value (1 0% abov e nominal voltage) .
Chap ter 3 Ca libr atio n Pro cedu res Constant Current (CC) Verifica tions 58 Normal Mode Current Noise (CC Ripple and Noise) The norma l mode c urrent noise is specified as the rms output curr ent in a frequen cy rang e 20 Hz to 20 M Hz with the power supply in constant cur rent operation .
Chap ter 3 Ca libr atio n Pro cedu res Performance Test Record for A gilent E 3631A 59 3 Performa nce Test Re cord for Agi lent E36 31A CV Perform ance Test Record Test Des cripti on Actual Result Specifi cation s Uppe r Limit Low er Li mit CV Prog ramming A ccuracy @ 0 vol ts (DVM reading) +6V supply +25V supply -25V s upply +0.
Chap ter 3 Ca libr atio n Pro cedu res Performance Test Record for A gilent E 3631A 60 CC P erformance Test Recor d Test Descript ion Act ual Result Specifi cation s Uppe r Limit Low er Limit CC Prog ramming A ccuracy @ 0 amps (I O ) +6V supply +25V supply -25V supply +0.
Chap ter 3 Ca libr atio n Pro cedu res Calibration S ecurity Code 61 3 Calibra tion Sec urity C ode This feature a llows you to enter a security c ode (ele ctronic ke y) to preve nt accide ntal or unau thorized ca librations of the po wer supply . When you first receiv e your po wer supply, it is secure d.
Chap ter 3 Ca libr atio n Pro cedu res Calibration S ecurity Code 62 To Unsecure the Power Suppl y for Calibration The power supply can use a calibration security code to prevent unauthorized or ac cidental calibra tion. This p rocedur e shows y ou how to unsecu re the power sup ply fo r calibra tion from the fro nt pane l.
Chap ter 3 Ca libr atio n Pro cedu res Calibration S ecurity Code 63 3 4 Unsecure the power supply. The power supply is unsecure d when you pre ss the key . Y ou will see the above message from the front pane l for one seco nd. The "CAL MODE " message is displayed on the front pane l after abov e message .
Chap ter 3 Ca libr atio n Pro cedu res Calibration S ecurity Code 64 To Unsecure the Power Suppl y Without the Security Code T o un secure the power supply witho ut the c orrect security code (when y ou for get the se curit y code), foll ow the st eps bel ow .
Chap ter 3 Ca libr atio n Pro cedu res Calibration Count 65 3 Calibra tion Co unt The calibra tion count feature provides an inde pendent "seria lization" of your calibra tions. Y ou can deter mine the num ber of times that yo ur power supply has been c alibrate d.
Chap ter 3 Ca libr atio n Pro cedu res General Ca libration/A djustment Pr ocedure 66 General C alibrat ion/Adjus tme nt Proce dure The calibra tion p roced ures f rom t he fron t pane l are des cribed i n thi s sect ion .
Chap ter 3 Ca libr atio n Pro cedu res General Ca libration/A djustment Pr ocedure 67 3 T o cali brate the output vo ltages and c urrents of the powe r supply from the front panel, pr oceed a s follows: 1 Unsecure the po wer supp ly.
Chap ter 3 Ca libr atio n Pro cedu res General Ca libration/A djustment Pr ocedure 68 7 Pressing the "Calibra te" key saves the cha nge and selects the second voltage calibrat ion point for the +6V supply. If the enter ed nu mber is wi thi n an accept able range, an " ENTER ED" mess age appear s for one sec ond.
Chapter 3 Cal ibration Proced ures General Calibration/A dj ustment Procedure 69 3 10 Select th e first curr ent calibration p oint for the +6V supply.
Chapter 3 Cal ibration Proced ures General Calibration/A dj ustment Procedure 70 13 Read the DVM and change t he second c urrent value on the d isplay to match the computed c urrent (DV M reading ¸ by shunt resista nce). For example, if the compute d value is 4.
Chap ter 3 Ca libr atio n Pro cedu res A borting a C alibration in Progress 71 3 Aborting a Calib ration in Progress Sometimes it may be necessar y to abort a calibra tion after t he proce dure has alread y been initia ted. Y ou can abo rt a calibra tion at any time by turning the power supply off fro m the front panel.
Chap ter 3 Ca libr atio n Pro cedu res Calibration Rec ord for A gil ent E3631A 72 Calib ration Rec ord for Agile nt E36 31A Step Calibr ation Descr iption Measur ement Mode (DVM) Supply being Adjust ed 1 Unsecure the power supply (see page 62).
Chap ter 3 Ca libr atio n Pro cedu res Error Messages 73 3 Error Messa ges The following tab les are ab breviate d lists of error me ssages for the E 3631A . The e rrors list ed are th e most likely error s to be enc ounter ed dur ing cali brat ion and adjustme nt.
Chap ter 3 Ca libr atio n Pro cedu res Error Messages 74 Calibration Er ror Messages Error Error Message 701 Cal security disabled by jumper 702 Cal secured 703 Invalid secure code 704 Secure code t o.
Chap ter 3 Ca libr atio n Pro cedu res Calibration P rogram 75 3 Calibra tion Program This sec tion c ontains an A gilent BASIC progra m for cal ibration over the GPIB interface . This program makes software a djustments to the E3 631A p ower supply usin g a c urrent shu nt and a digital mutimeter which is c onnected to the controller.
Chap ter 3 Ca libr atio n Pro cedu res Calibration P rogram 76 ...continued 400 PRINT TABXY(10,10),"********* ****************************************" 410 PRINT TABXY(10,11)," Using th e annunciator, note the output selected." 420 PRINT TABXY(10,12)," Connect the selected output to the DMM.
Chap ter 3 Ca libr atio n Pro cedu res Calibration P rogram 77 3 ...continued 910 PRINT TABXY(10,9),"********** *****************************************" 920 PRINT TABXY(10,10)," Connect a CURRENT SHUNT to the Dmm for measuring" 930 PRINT TABXY(59,10)," current.
Chap ter 3 Ca libr atio n Pro cedu res Calibration P rogram 78.
4 4 Theory of Op eration.
80 Theory of Op eration This chapter provides bl ock diagr am leve l description s of the power supply . The descri ptions provide a basic und erstanding of circuit ope ration and a re intended as an aid in tro ubleshooting .
Chapter 4 Theory of Operati on Blo ck D ia gram Ov erv iew 81 4 Block Diagram Overvi ew This discussion pe rtains to the bloc k diagra m on the next pa ge. The power supply's ci rcuitry is div ided into two majo r blocks: the floatin g circuitr y and the ground re ference d circuitr y .
Chapter 4 Theory of Operati on Blo ck D ia gram Ov erv iew 82 Block Di agram EARTH REFERE NCED CIRCUITRY FLOA TING CIRCUITRY.
Chapter 4 Theory of Operati on A C Input and Bias Supplies 83 4 AC Input a nd Bia s Supplie s Refe rring to t he schemat ic show n on page 127, the ac mains are con necte d by a fused power module. This modu le incorpo rates the functio ns of mains connec tion, fusing, and line voltage selection (1 00/11 5/230 V a c).
Chapter 4 Theory of Operati on Floating Logic 84 Floating Logic Referrin g to the schema tic shown on pag e 128, the floating comm on logic controls ope ration of the entir e instrument. Al l output functions and bus command interpreta tion is performe d in the main c ontroller U1 7.
Chapter 4 Theory of Operati on Floating Logic 85 4 Th e s er i a l re g i s te r i s u s e d t o s en d a n d r e c e i v e s e r i al d a ta b y t es f r om t he m a i n controller to the DAC system , or to communic ate with the front pane l controller.
Chapter 4 Theory of Operati on D-to-A Converter 86 D-to-A Conve rter Referrin g to the schem atic shown on page 12 9, all refere nce v oltages of power c i r c u i t s a r e d e r i v e d f r o m t h e i n t e r n a l v o l t a g e r e f e r e n c e o f s y s t e m D A C U 1 2 o n the top board.
Chapter 4 Theory of Operati on A -to-D Converter 87 4 A-to-D Conve rter Referrin g to the sc hematic sho wn o n p age 129, the a nalog-to-d igital converter (ADC) is use d to change dc voltag es into digital infor mation.
Chapter 4 Theory of Operati on Power Mesh and Control 88 Power Mes h and Co ntrol Refer to the sc hema tics shown on pag e 130 an d page 1 31. For the ±25V powe r mesh and c ontrol circ uit, a prereg.
Chapter 4 Theory of Operati on Power Mesh and Control 89 4 T wo er ror a mplifiers a re included in a C V/CC supply, o ne for controllin g outpu t voltage, the other for contro lling output cur rent.
Chapter 4 Theory of Operati on Earth-Referenced Logic 90 Earth-Re ferenc ed Logi c Referrin g to the schema tic shown on pag e 132, the earth refe renced logic circuits sch ematic pro vides all re ar pane l input/output ca pability .
5 5 Service.
92 Service This chapter discusses the pr ocedure s involved for returning a failed powe r supply to Agile nt T echn ologies for service or re pair. Sub jects cove red includ e the following: • Opera.
Chap ter 5 Ser vice Op erat ing Ch eckl ist 93 5 Operati ng Che cklist Before re turning yo ur power supply to Agilent T echnolog ies for serv ice or repair c heck the follo wing items: Is the Power Supply Inoperative? V erify that the a c power co rd is connec ted to the power sup ply .
Chap ter 5 Ser vice Types of Service A vailable 94 Types of Service Availa ble If your power supp ly fails within three years of ori ginal purc hase, Agi lent T ec hnologie s will repair or repla ce it free of char ge. If your unit fails a fter your three ye ar warran ty expires, A gilent will repa ir or repl ace it as a v ery competitiv e price.
Chap ter 5 Ser vice Repacking for Shipment 95 5 Repa cking for Shipm ent For the Express Exchange Service descr ibed o n the previous page, retu rn your failed Agi lent E3631A to t he desig nated Agile nt Ser vice Cente r using the shipping c arton of the exch ange unit.
Chap ter 5 Ser vice Electrostatic Disc harge (ESD) Pr ecautions 96 Electro stat ic Disc harge (ESD) Prec aution s Almost all ele ctrical c omponents c an be dama ged by electrostatic discharg e (ESD) duri ng handlin g. Compo nent dama ge can oc cur at ele ctrostatic dis charge vol tages as low as 50 volt s.
Chap ter 5 Ser vice Troubleshooting Hints 97 5 Troublesh ooting Hin ts This section pro vides a brie f check list of co mmon failure s. Before troubleshoo ting or repair ing the power supply , make sure that the f ailu re is in the instrument rather than any extern al connections.
Chap ter 5 Ser vice Troubleshooting Hints 98 Bias Supp lies Problem s Check that the input to t he voltage regulators of the bias supplies is at least 1 V greater than their output. Circuit fa ilures can c ause heav y load s of the bi as supp lies which ma y pull down the regula tor output voltag es.
Chap ter 5 Ser vice Self-Test Procedures 99 5 Self -T est Pro cedur es Pow er-O n Sel f-T est Each time the power supply is powered on , a set of self-tests are pe rformed. These tests che ck that the minim um set of logic an d measure ment hardwa re are functioning pr operly .
Chap ter 5 Ser vice Self-Test Procedures 100 605 Cannot c alibrate rundown gain Thi s test check s the nominal gain betwee n integratin g ADC and the U17 on-chip ADC. This error is repo rted if the procedu re ca n not r un to c ompletion due to a hard ware fai lure.
Chap ter 5 Ser vice Self-Test Procedures 101 5 632 P6V hard ware test failed This test chec ks the the status of voltag e and curren t error ampl ifiers for +6V power circuit. If both amplifie rs are not operation al, the power supp ly will beep a nd the erro r annuncia tor will be on.
Chap ter 5 Ser vice Self-Test Procedures 102.
6 6 Replaceable Parts.
104 Replaceable Parts 7KLV F KDSWHUFRQWDLQV LQ IRUPDWLRQRUGHULQJ UHSODF HPHQW SDUWV IRU RXU SRZHU VXSSO 7KHSDUWVOLVWVDUHGL YLGHGLQWRWKHIROO RZ.
Chapter 6 Replaceable Parts E3631-60002 Top PCB Assembly 105 6 E3631-60002 Top PCB A ssembly Reference Designator A gilent Part Number Qt y Description Mfr Code Mfr Part Num be r C1-C2 0160-6497 26 CAP-FXD 0.1uF+-10% 50V CER X7R 04222 12065C104KAT A C3 0180-4116 2 CAP-FXD 22uF +-20% 20V TA 12340 T491D226M020AS C4-C5 0160-6497 CAP-FXD 0.
Chapter 6 Replaceable Parts E3631-60002 Top PCB Assembly 106 Reference Designator A gilent Par t Number Qty Descrip tion Mfr Code Mfr Part Number CR1-CR3 1906-0291 10 DIODE-DUAL 70V 100m A TO-236 AA 2.
Chapter 6 Replaceable Parts E3631-60002 Top PCB Assembly 107 6 Reference Designator A gilent Par t Number Qty Descrip tion Mfr Code Mfr Part Number F1-F2 0699-2715 2 RESI STOR-FUSE 1 OHM +-5% 0. 5W @70 28480 0699-2715 R1 0699-1405 4 RESIST OR 38. 3K +-1% .
Chapter 6 Replaceable Parts E3631-60002 Top PCB Assembly 108 Reference Designator A gilent Par t Number Qty Descrip tion Mfr Code Mfr Part Number R60 0699-1456 2 RES I S TOR 562K +-1% .125W TK F TC=0+-100 2M627 MCR18FX R61 0699-1381 1 RES I S TOR 3.48K +-1% .
Chapter 6 Replaceable Parts E3631-60002 Top PCB Assembly 109 6 Reference Designator A gilent Par t Number Qty Descrip tion Mfr Code Mfr Part Number R103 0699-1357 RE S ISTOR 34.8 +-1% . 125W TKF TC=0+-100 2M627 MCR18FX R106-R107 0699-1391 RESIS TOR 10K +-1% .
Chapter 6 Replaceable Parts E3631-60002 Top PCB Assembly 110 Reference Designator A gilent Par t Number Qty Descrip tion Mfr Code Mfr Part Number U21 1826-1862 1 IC OP AMP LOW -BIA S-H-IMPD DUAL 8 PI .
Chapter 6 Replaceable Parts E3631-6 0003 VFD Ass embly 111 6 E3631-60003 VFD Assembly Reference Designator A gilent Par t Number Qty Descrip tion Mfr Code Mfr Part Number C1-C3 0160-6497 14 CA P -FXD 0.1uF+-10%50V CE R COG 04222 12065C104K A T 2A C4-C5 0180-3751 2 CAP-FXD 1uF+-20%35V TA 12340 T491B 105M035AS C6 0160-5945 3 CAP-FXD 0.
Chapter 6 Replaceable Parts E3631-6 000 4 Bottom PCB Asse mbly 112 E3631-60004 Bottom PCB Assembl y Reference Designator A gilent Par t Number Qty Descrip tion Mfr Code Mfr Part Number SW 1 3101-2985 1 SW ITCH-PB DP S T-NO ALTNG 4A 250VA C 28480 3101-2985 C1-C6 0160-6497 21 CAP-FXD 0.
Chapter 6 Replaceable Parts E3631-6 000 4 Bottom PCB Assembly 113 6 Reference Designator Agilent Part Number Qty Description Mfr Code Mfr P art Num ber CR3 1906-0407 1 DIO DE -FW BRDG 400V 1A 71744 DF.
Chapter 6 Replaceable Parts E3631-6 000 4 Bottom PCB Asse mbly 114 Reference Designator Agilent Part Number Qty Description Mfr Code Mfr P art Num ber R22-R23 0699-3431 RE S I S TO R 4.99K +-1% .125W TKF TC=0+-100 2M627 MCR18FX R24-R25 0699-1357 2 RESISTO R 34.
Chapter 6 Replaceable Parts E3631-6 000 4 Bottom PCB Assembly 115 6 Reference Designator A gilent Par t Number Qty Descrip tion M fr Code Mfr Part Number R68-R69 0699-6239 2 RE S ISTOR 2.2M +-1% . 063W TK F TC=0+-250 00746 MCR01-MZS-F-2204 R70 0699-1327 RESIST OR 1M +-1% .
Chapter 6 Replaceable Parts E3631-6 0005 Front F rame Assembly 116 E3631-60005 Front Frame Assembl y E3631-60005 Power SupplyAssem bly Reference Designator A gilent Par t Number Qty Descrip tion Mfr C.
Chapter 6 Replaceable Parts Manufac turer’s List 117 6 Manufacturer ’s List Mfr Code Manufacturer’ s Name M anufacturer’ s A ddress Zip Code 00746 ROHM CO LTD KYOTO, J P 00779 AMP INC HARRISB .
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7 Backdating.
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8 Schematics.
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Copyright © 1995 - 2000 Agilent T echnologies All Ri ghts Res erved. Printing History Edition 6 , Apri l 2000 New editions are comple te revisions of the manual. Update packages, which are issued betw een editions , may contain additional information and replace- ment pages w hich you merge into the m anual.
デバイスAgilent Technologies E3631Aの購入後に（又は購入する前であっても）重要なポイントは、説明書をよく読むことです。その単純な理由はいくつかあります：
Agilent Technologies E3631Aをまだ購入していないなら、この製品の基本情報を理解する良い機会です。まずは上にある説明書の最初のページをご覧ください。そこにはAgilent Technologies E3631Aの技術情報の概要が記載されているはずです。デバイスがあなたのニーズを満たすかどうかは、ここで確認しましょう。Agilent Technologies E3631Aの取扱説明書の次のページをよく読むことにより、製品の全機能やその取り扱いに関する情報を知ることができます。Agilent Technologies E3631Aで得られた情報は、きっとあなたの購入の決断を手助けしてくれることでしょう。
Agilent Technologies E3631Aを既にお持ちだが、まだ読んでいない場合は、上記の理由によりそれを行うべきです。そうすることにより機能を適切に使用しているか、又はAgilent Technologies E3631Aの不適切な取り扱いによりその寿命を短くする危険を犯していないかどうかを知ることができます。
ですが、ユーザガイドが果たす重要な役割の一つは、Agilent Technologies E3631Aに関する問題の解決を支援することです。そこにはほとんどの場合、トラブルシューティング、すなわちAgilent Technologies E3631Aデバイスで最もよく起こりうる故障・不良とそれらの対処法についてのアドバイスを見つけることができるはずです。たとえ問題を解決できなかった場合でも、説明書にはカスタマー・サービスセンター又は最寄りのサービスセンターへの問い合わせ先等、次の対処法についての指示があるはずです。
