Agilent Technologies 6023A Operating Manual Download Page 6

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Acoustic Noise Statement

Herstellerbescheinigung

Diese Information steht im Zusammenhang mit den Anforderungen der
Maschinenlärminformationsverordnung vom 18 Januar 1991.

* Schalldruckpegel Lp < 70 dB(A) * Am Arbeitsplatz * Normaler Betrieb * Nach DIN 45635
T. 19 (Typprüfung)

Manufacturer’s Declaration

This statement is provided to comply with the requirements of the German Sound Emission
Directive, from 18 January 1991. This product has a sound pressure emission (at the operator
position) < 70 dB.

* Sound Pressure Lp < 70 dB(A) * At Operator Position * Normal Operation * According to
ISO 7779 (Type Test).

Summary of Contents for 6023A

Page 1: ...G MANUAL AGILENT 603xA FAMILY AUTORANGING SYSTEM DC POWER SUPPLIES AGILENT Part No 5959 3342 Microfiche Part No 5959 3343 Edition 1 Printed September 1990 Edition 2 Printed January 1992 Updated Februa...

Page 2: ...omer from another country Agilent shall pay for return of products to Customer Warranty services outside the country of initial purchase are included in Agilent s product price only if Customer pays A...

Page 3: ...ction be certain that the autotransformer common terminal is connected to the neutral earthed pole of the ac power lines supply mains ATTENTION Un circuit de terre continu est essentiel en vue du fonc...

Page 4: ...r disconnect the power cord or have a qualified electrician install an external switch In position of a bi stable push control Out position of a bi stable push control Caution risk of electric shock C...

Page 5: ...EMC CISPR 11 1990 EN 55011 1991 Group 1 Class B IEC 801 2 1991 EN 50082 1 1992 4 kV CD 8 kV AD IEC 801 3 1984 EN 50082 1 1992 3 V m IEC 801 4 1988 EN 50082 1 1992 0 5 kV Signal Lines 1 kV Power Lines...

Page 6: ...p 70 dB A Am Arbeitsplatz Normaler Betrieb Nach DIN 45635 T 19 Typpr fung Manufacturer s Declaration This statement is provided to comply with the requirements of the German Sound Emission Directive f...

Page 7: ...ch Operation 22 Rack Mounting 22 Input Power Requirements 22 Power Connection 22 Line Voltage Option Conversion 24 AC Line Impedance Check 27 Repacking for Shipment 27 Rear Panel Screw Sizes and Part...

Page 8: ...er 49 Separators for Data Sent to Power Supply 49 Terminators for Data Sent to Power Supply 54 Termination for Data to Controller 55 Voltage Setting 55 Current Setting 56 OVP Measurement 56 Soft Limit...

Page 9: ...ds for Programmable Instruments About this Appendix 83 Reader Path 83 References 83 Introduction 84 Language Switching 84 Stand Alone Connections 84 Linked Connections 85 Installation 85 Setting the A...

Page 10: ...110 SCPI Command Summary 111 ARP SCPI Commands 112 D Programming the Agilent 603xA Power Supplies Using BASIC Introduction 115 I O Path Names 115 Initialization 115 Voltage and Current Programming 11...

Page 11: ...n be programmed directly in volts and amps Power supply status can be read over the GP IB and the power supply can be instructed to request service for any of ten conditions Upon command the power sup...

Page 12: ...tions Options are standard factory modifications or accessories that are delivered with the supply The following options are available Note lower output power and voltage specifications for Option 100...

Page 13: ...72 This front handle kit is not compatible with rack mounting adapter kit Agilent PIN 5062 3960 or Option 908 5061 2072 Flange kit to be used with front handle kit 5062 3990 5062 3984 Rack mounting fl...

Page 14: ...2 m 6 6 ft Agilent 10833C GP IB Cable 4 m 13 2 ft Agilent 10833D GP IB Cable 0 5 m 1 6 ft Agilent 10834A GP IB Connector Extender Agilent 5080 2148 Serial Link Cable 2 m 6 6 ft The Agilent 10834A exte...

Page 15: ...1987 IEEE Standard Digital Interface for Programmable Instrumentation available from IEEE 345 East 47th Street New York NY 10017 USA Specifications Specifications for the power supply fall into two m...

Page 16: ...0 07 6 mV 11 mV 56 mV 0 07 50 mV 55 mV 100 mV Front Panel Ammeter 25 5 C Range 20 A 200 A 20 A Accuracy 0 3 20 mA 65 mA 0 2 11 mA Table 1 2 Supplemental Characteristics Agilent Technologies Model 6033...

Page 17: ...A 0 5 50 mA 20V 200V 2000V 2V 20V 200V 20V 200V 200V 2000V 0 08 65mV 110m V 560mV 0 08 7mV 12mV 57 mV 0 08 20 mV 70 mV 0 5 300mV 1 0V 2 A 20 A 20 A 200 A 20 A 200 A 10 A 0 36 l5 mA 20 mA 0 7 300 mA 0...

Page 18: ...ms typ Iil Low Level Input Current 1 25 mA maximum Multiple Operations Up to two similar units may be connected in series or auto parallel to provide increased output capabilities Mixing supplies with...

Page 19: ...Agilent Model 6030A 6031A 6032A 6033a 6035A 6038A Vp1 200 V 20 V 60 V 20 V 500 V 60 V Ip1 5 A 50 A 17 5 A 10 A 2 A 3 3 A Vp2 120 V 14 V 40 V 14 V 350 V 40 V Ip2 10 A 76 A 30 A 17 2 A 3 A 6 A Vp3 60 V...

Page 20: ...General Information 20...

Page 21: ...immediately The Agilent Technologies Sales and Support office should be notified as soon as possible Mechanical Check This check should confirm that there are no broken knobs or connectors that the c...

Page 22: ...single phase ac power source 48 63 Hz The input voltage range and input current required for each of the nominal inputs are listed in Table 1 1 A label on the rear panel indicates the nominal line vol...

Page 23: ...ailing color codes Green or green yellow to the terminal labeled White or blue wire to the terminal labeled N Black or brown wire to the terminal labeled L For proper protection by the instrument circ...

Page 24: ...d conductor is the ground conductor When the cable is plugged into an appropriate receptacle the supply is grounded In no event shall this supply be operated without an adequate cabinet ground connect...

Page 25: ...ceed as follows a Remove the outside cover by removing the rear screw that holds the carrying strap then carefully slide the cover to the rear of the supply until it is clear b The line voltage select...

Page 26: ...Installation 26 Figure 2 3 Line Voltage Conversion Components...

Page 27: ...on to maximum rating b Set the load to the maximum rated output current for the power supply see Table 1 1 The power supply output voltage should be greater than 65 V for Agilent 6030A 6 V for Agilent...

Page 28: ...crews large M4 X 0 7 X 8 mm qty 2 0515 0885 output buss bar screws small M3 X 0 5 X 6 mm qty 2 0515 0886 sense jumpers 0360 2190 Agilent Model 6038A Item Description Agilent Part number barrier block...

Page 29: ...ibed in Appendix C at the rear of this manual Programming examples for specific Agilent Technologies computers are given in Appendix D More theoretical descriptions regarding the operational features...

Page 30: ...agraphs in which use of the controls and indicators is described Output Range For An Autoranging Power Supply The power supply can operate as a constant voltage CV or constant current CC source over a...

Page 31: ...ode at point 4 For load resistances between B and C the operating point will be on the maximum output power boundary between points 2 and 3 and the OVERRANGE LED will be on The VOLTS and AMPS displays...

Page 32: ...aximum output power specification and that the output is not regulated DISABLED yellow indicates that the power supply output has been turned off for one of these reasons a command from controller b o...

Page 33: ...oldback protection on and off in local operation has no effect if power supply is not in CV or CC ERROR LED flashes or is in remote Switch also resets foldback protection circuit if it has disabled po...

Page 34: ...hat the rear panel mode switches are set as shown in Figure 3 4 and that the sensing jumpers are tightened securely Check that the rear panel label indicates that the supply is set for the line voltag...

Page 35: ...or should turn on and VOLTAGE indicator should turn off 1 Turn OUTPUT ADJUST knob clockwise and check that output current increases from zero to full output current as indicated on AMPS display Contin...

Page 36: ...82 0 5 40 1 2 5 1 2 73 20 10 16 9 8 5 2 8 0 75 26 7 3 7 1 8 1 1 18 6 388 15 6 7 8 4 6 1 20 0 5 0 2 5 1 4 16 4 018 24 8 12 4 7 3 1 5 13 7 7 3 3 64 2 1 14 2 526 40 19 7 11 6 2 5 8 21 12 2 6 1 3 5 12 1...

Page 37: ...ximately 84 of that listed 1 5 16 for copper wire 4 31 2 3 When two or more wires are bundled 2 5 25 together ampacity for each wire 12 40 must be reduced to the following percentages 4 32 2 conductor...

Page 38: ...ibility of false tripping must be considered If the trip voltage is set too close to the supply s operating voltage a transient in the output would falsely trip the OVP For this reason it is recommend...

Page 39: ...ill not provide the best possible voltage regulation at the load The remote sensing connections shown in Figure 3 6 improve the voltage regulation at the load by monitoring the voltage there instead o...

Page 40: ...h load lead is 2 Vdc the load voltage might differ by 2 1 5 2 1000 5 mVdc from that with no sense lead The sensing leads are part of the supply s programming circuits so they should be connected in su...

Page 41: ...rogramming mode can be used for each parameter at one time For example it is not permissible to superimpose an analog programming voltage on the digital programming signal To do so will cause programm...

Page 42: ...n the power supply may limit or turn off the output in case of abnormal conditions The cause of the protective action can be determined by observing the front panel indicators lights and meters Overra...

Page 43: ...tput parameter voltage or current is indicated by the VOLTAGE and CURRENT indicators even when the other parameter is limiting the output By pressing the DISPLAY SETTINGS pushbutton switch the operato...

Page 44: ...isabled In setting the voltage limit make adequate allowance for voltage peaks that could cause unwanted mode crossover Return to Local If the power supply is under remote control RMT indicator on and...

Page 45: ...Table 3 5 defines each of the bits in the serial poll register and defines what causes each bit to be set and reset Bit positions 0 through 7 are placed on DIO lines 1 through 8 Note that the serial p...

Page 46: ...ed commands PON is set when ac input power is turned on and is reset by CLR command or Device Clear interface message PON is set in serial poll register regardless of whether PON SRQ is enabled by rea...

Page 47: ...service request bit is reset by a serial poll regardless of whether set by power on or some other cause To enable power on to request service set the PON SRQ switch to 1 as shown in Figure 3 8 If enab...

Page 48: ...l poll have been described previously on Page 44 Interface Functions Table 3 7 lists each of the device dependent commands the range of each parameter sent to the power supply or the response of the p...

Page 49: ...of upper case characters only with no embedded spaces No suffixes are attached to numeric data Separators For Data Sent To Power Supply Separators are used by the power supply to break up commands in...

Page 50: ...ogram output current Initial Condition 0 A 56 ISEFT xMA Agilent 6030A 0 17403 mA Agilent 6031A 0 122850 mA Agilent 6032A 0 51187 5 mA Agilent 6033A 0 30712 5 mA Agilent 6035A 0 5119 mA Agilent 6038A 0...

Page 51: ...disables foldback protection which will disable power supply output if power supply switches to whichever mode CV or CC is defined as the fold error condition Foldback protection is inhibited during...

Page 52: ...f the power supply See Table 3 9 for a description of each bit in the status register and the bit weight for each condition 60 ASTS ASTS xxx Used to read the contents of the accumulated status registe...

Page 53: ...ister are reset only after the fault register is read xxx is decoded using bit weights in Table 3 9 62 SRQ OFF SRQ 0 SRQ ON SRQ 1 Enable or disable power supply s ability to request service from the c...

Page 54: ...mand string and they instruct the power supply that the command it has just received should be executed The terminator characters are the line feed and semicolon Line feed is sent by all Agilent contr...

Page 55: ...imal point in this format header space ddd The header consists of the query alpha characters without the question mark Leading zeroes are sent as spaces For these query commands FOLD HOLD OUT SRQ the...

Page 56: ...e 5 is used as an example ISET 5 ISET 5 A ISET 5 MA The programmed current is the actual output if the power supply is in CC mode or the current limit if the power supply is in CV mode The current set...

Page 57: ...ered a fault and foldback or a service request would be a nuisance Delay operates to mask CV CC and OR conditions from the fault register for a specific period after a new output value is implemented...

Page 58: ...output on off function may be read by sending OUT and addressing the power supply to talk The response from the power supply is in this format OUT 0 or OUT 1 in which 0 indicates that the power supply...

Page 59: ...D 1 The state of the hold on off function may be read by sending HOLD and addressing the power supply to talk The response from the power supply is in this format HOLD 0 or HOLD 1 in which 0 indicates...

Page 60: ...es STO 3 RCL 11 Sending a store command causes a snapshot of the present machine state to be stored The power supply can then be programmed with new values Note that only those values to be changed ne...

Page 61: ...n accumulated status astatus register Table 3 9 describes the astatus register as well as the status register A bit in the astatus register will be 1 if the corresponding bit in the status register ha...

Page 62: ...may be read by sending UNMASK and addressing the power supply to talk The response from the power supply will be in this format using 34 as an example UNMASK 134 The fault register may be read by sen...

Page 63: ...many as 16 are not changed by the clear command Error When the power supply detects a remote programming error it sets the ERR bit in the status register which can be unmasked to request service and...

Page 64: ...ny negative number will also cause error 5 Note that soft limit errors are error 6 Attempt To Exceed Soft Limits An attempt was made to program a voltage or current greater than the soft limit Note th...

Page 65: ...n terminals Both voltage and current programming can be done at the same time The common terminal P is internally connected to the minus output terminal For resistance programming internal CV and CC c...

Page 66: ...arallel resistor combination and must be between 0 and 4000 ohms For example a 2000 ohm resistor connected in series with the variable programming resistor will set the lower limit for output voltage...

Page 67: ...oad can handle without damage For example if the load can handle half the full current rating of the power supply a 2000 ohm resistor should be connected from IP to P Of course if this resistor is use...

Page 68: ...r supplies the master is programmed normally via the GP IB The other power supply the slave is analog programmed by the master The slave may be connected to the GP IB for readback status etc but the m...

Page 69: ...VP limit above the master s When the master unit shuts down the master programs the slave unit to zero voltage output If a slave unit shuts down because its OVP shutdown limit is set lower than the ma...

Page 70: ...a small screwdriver loosen the terminal screws on the plug connect the external FLT and or INH circuitry then install the plug back into the connector Note that in order to prevent radio frequency int...

Page 71: ...Operating Instructions 71 Figure 3 16 FLT INH Connections Figure 3 17 INH Example Figure 3 18 FLT Example...

Page 72: ...lay and the supply is then disconnected from the load The fault line can be reset by reading the fault register and the power supply can be initialized to its power on state see Table 3 6 by sending a...

Page 73: ...down programmer circuit This would allow any supply in the system to trigger the sequential down programmer via their FLT outputs and disable the supplies in a predetermined order via their INH inputs...

Page 74: ......

Page 75: ...en it is equipped with Option 100 The appendix describes only the changes pertaining to Option 100 and how they affect the other portions of this manual Unless otherwise specified in Appendix A all ot...

Page 76: ...032A 61 425 52 21 6035A 511 875 435 10 6033A 20 475 17 40 6038A 61 425 52 21 In table 3 7 GP IB Commands change the boxes in the second column Range Response with voltages tabulated in tables a b c or...

Page 77: ...th paragraph change the second sentence to read A voltage of 0 to 4 25 V programs the output voltage from 0 to full scale and a voltage of 0 to 5 volts programs the output current from 0 to full scale...

Page 78: ......

Page 79: ...switch Turn On Check Out Procedure The following procedure ensures that the unit is operational and may be used as an incoming inspection check You should know how to operate the computer and send co...

Page 80: ...supply still fails to respond check that you are using the appropriate format for sending GP IB commands from your controller Check that the GP IB address switches on the rear panel of the power supp...

Page 81: ...ower supply on and send the appropriate string in Table B 2 Table B 2 CC Check Command String Agilent Model String Agilent 6030A ISET 17 VSET 2 Agilent 6031A ISET 120 VSET 2 Agilent 6032A ISET 50 VSET...

Page 82: ......

Page 83: ...f you have used either of these languages you probably will have no difficulty using SCPI If you are familiar with SCPI but unfamiliar with programming this power supply read the Language Dictionary a...

Page 84: ...l toggle overcurrent protection on and off Refer to CURR PROT STAT in the Language Dictionary for more details Note that all existing software written in the original language commands will still exec...

Page 85: ...y connected directly to the bus and has a unique primary bus address You may connect from 1 to 15 direct power supplies to a GP IB interface The remaining power supplies are connected to the direct po...

Page 86: ...dary address is displayed The primary address is displayed first and after two seconds the secondary address is displayed until the key is released Turn the RPG while the secondary address is being di...

Page 87: ...3 7 of Section III Order of Presentation The dictionary is organized as follows IEEE 488 2 common commands in alphabetical order Subsystem commands COMMON Commands Common commands are defined by the I...

Page 88: ...either single commands or command subsystems Command subsystems may consist of a single command but usually are comprised of a set of commands that extend two or more levels below the root Commands fo...

Page 89: ...andard Event Status Enable register bits The programming determines which events of the Standard Event Status Event register see ESR are allowed to set the ESB Event Summary Bit of the Status Byte reg...

Page 90: ...t Status Enable register ESE See TMSL Status Reporting for a detailed explanation of this register Query Syntax ESR Returned Parameters NRl Register binary value IDN Identification Query Meaning and T...

Page 91: ...to place an ASCII 1 in the Output Queue when all pending operations are completed Pending operations are as defined for OPC Unlike OPC OPC prevents processing of all subsequent commands OPC is intende...

Page 92: ...se the memory to fail Command Syntax PSC bool Parameters 0 or l Default Value 0 Example PSC 0 PSC 1 Query Syntax PSC Returned Parameters NR1 0 or 1 RCL Meaning and Type Recall Device State Recalling a...

Page 93: ...ower supply to the specified location in memory Up to five states can be stored Because the memory locations are volatile all saved states are lost when the power supply is turned off When the power s...

Page 94: ...o nonvolatile memory can eventually exceed the maximum number of write cycles and cause the memory to fail Command Syntax SRE NRf Parameters 0 to 255 Default Value See PSC Example SRE 20 Query Syntax...

Page 95: ...nue Device Status Description This command instructs the power supply not to process any further commands until all pending operations are completed Pending operations are as defined under the OPC com...

Page 96: ...MAX SOURce CURRent LEVel IMMediate AMPLitude MIN SOURce CURRent LEVel TRIGger AMPLitude SOURce CURRent LEVel TRIGger AMPLitude MAX SOURcel CURRent LEVell TRIGger AMPLitude MIN Returned Parameters NR3...

Page 97: ...Syntax MEASure CURRent DC MEASure VOLTage DC Default Suffix A for MEAS CURR V for MEAS VOLT Examples MEAS CURR MEAS VOLT MEASURE VOLTAGE DC MV Returned Parameters NR3 Output Subsystem This subsystem c...

Page 98: ...OT DEL MIN OUTP PROT DEL MAX Returned Parameters NR3 OUTP PROT DEL returns value of programmed delay OUTP PROT DEL MIN and OUTP PROT DEL MAX return the minimum and maximum programmable delays OUTP REL...

Page 99: ...a read only register which holds the real time unlatched operational status of the power supply Query Syntax STATus OPERation CONDition Examples STAT OPER COND STATUS OPERATION CONDITION Returned Par...

Page 100: ...that bit even if enabled at the Operation Condition register can set the corresponding bit in the Operation Event register NOTE If a Operation bit is in the proper state then programming the correspon...

Page 101: ...er clears it Query Syntax STATus QUESionable EVENt Returned Parameters NR1 Register Value Examples STAT QUES EVEN STATUS QUESTIONABLE EVENT NTR PTR Commands These commands allow you to set or read the...

Page 102: ...yntax SYSTem ERRor Returned Parameters NRl SRD Examples SYST ERR SYSTEM ERROR SYST LANG Switches the interface between its SCPI TMSL command language and it compatibility language Note that the earlie...

Page 103: ...mily that may have more than one trigger source Command Syntax TRIGer SOURce BUS Parameters CRD BUS RST Value BUS Examples TRIG SOUR BUS TRIGGER SOURCE BUS Query Syntax TRIG SOUR Returned Parameters C...

Page 104: ...ation and Questionable Status registers implement the status reporting requirements of the power supply Table C 5 shows the bit configuration of each status register Questionable Status Group Register...

Page 105: ...Status Byte and Service Request Enable Registers 3 QUES Questionable status byte summary 4 MAV Message available 5 ESB Event status byte summary 6 MSS Master status summary RQS Request for service 7 O...

Page 106: ...AT QUES Commands Register Command Query Cleared By Condition None STAT QUES COND Cannot be cleared PTR Filter STAT QUES PTR NRf STAT QUES PTR Programming 0 NTR Filter STAT QUES NTR NRf STAT QUES NTR P...

Page 107: ...ds Register Command Query Clear By Condition None STAT OPER COND Cannot be cleared PTR Filter STAT OPER PTR NRf STAT OPER PTR Programming 0 NTR Filter STAT OPER NTR NRf STAT OPER NTR Programming 0 Eve...

Page 108: ...power supply has at least one reason and possibly more for requesting service Sending the power supply an STB query reads the MSS bit in position 6 of the status byte None of the bits are cleared dur...

Page 109: ...hich are associated with SCPI syntax errors and interface problems Information inside the brackets is not part of the standard error message but is included for clarification When system errors occur...

Page 110: ...ter not allowed too many parameters 109 Missing parameter too few parameters 110 Command header error 111 Header separator error 112 Program mnemonic too long maximum 12 characters 113 undefined heade...

Page 111: ...rs error queue overflow 400 Query error 410 Query INTERRUPTED query followed by DAB or GET before response complete 420 Query UNTERMINATED addressed to talk incomplete programming message received 430...

Page 112: ...EN none STAT OPER NTR space NRf STAT OPER NTR none STAT OPER PTR space NRf STAT OPER PTR none STAT PRES none STAT QUES COND none STAT QUES ENAB space NRf STAT QUES ENAB none STAT QUESL EVEN none TRIG...

Page 113: ...Command ASTS STAT OPER ID IDN STO SAV STAT QUES ISET x CURR STS STAT OPER COND ESE ISET xv STAT QUES COND CLR RST ISET xMV ESE DLY x OUTP PROT DEL ISET CURR SYST LANG SYST LANG DLY xS IOUT MEAS CURR S...

Page 114: ......

Page 115: ...face and device select codes In a large program I O path names simplify changing the address of an instrument if it becomes necessary Reading and writing of the program are easier as well The I O path...

Page 116: ...200mS between steps Voltage and Current Readback Reading back data from the power supply requires two statements First a device command must be sent which tells the power supply which data to obtain a...

Page 117: ...me 30 Clear power supply set voltage to 20 Volts current limit to 2 Amps 50 Downprogram power supply to 100 mV 60 Format statement for display 70 90 If P S output has settled to within 20 mV of progra...

Page 118: ...re of present status mask fault and accumulated status registers is as follows Condition RI ERR FOLD AC OT OV OR CC CV Bit position 8 7 6 5 4 3 2 1 0 Bit Weight 256 128 64 32 16 8 4 2 1 Where CV Const...

Page 119: ...the accumulated status Reading the accumulated status also sets the accumulated status equal to the present status EXAMPLE 4 Function to check any one bit in the accumulated status register The callin...

Page 120: ...g the fault register clears the register EXAMPLE 5 Program to illustrate syntax of fault and mask register commands These program statements would be similar in function to those in Example 4 with two...

Page 121: ...receipt of the CLR device command or the device clear interface management command RQS indicates that the supply has requested service A serial poll will clear this bit The power supply can be serial...

Page 122: ...errupt A similar sequence of commands can be used to define an interrupt on any status condition s so as to get the controller s attention as quickly as possible upon transition to a fault condition 1...

Page 123: ...r supply can recognize all programming errors and inform the programmer when an error occurs When an error is detected no attempt is made to execute the command A bit in the serial poll register ERR i...

Page 124: ...CASE 6 320 PRINT ATTEMPT TO PROGRAM ABOVE SOFT LIMIT 330 CASE 7 340 PRINT LIMIT CANNOT BE SET OPERATING POINT 350 CASE 8 360 PRINT DATA REQUESTED W O QUERY 370 END SELECT 380 PRINT RE ENTER STATEMENT...

Page 125: ...nore commands to program voltage and current above predefined levels Applications of the function might include programs which program the supply based on an unknown input and development and debuggin...

Page 126: ...3 40 ASSIGN All_ps TO 701 702 703 50 OUTPUT All_ps CLR HOLD ON 60 OUTPUT Ps1 VSET 12 ISET 3 70 OUTPUT Ps2 ISET 4 VSET 2 FOLD CC 80 OUTPUT Ps3 ISET 15 VSET 5 90 OUTPUT All_ps TRG HOLD OFF Explanation 1...

Page 127: ...S HAVE FOLDBACK ENABLED 190 200 210 LOOP THROUGH THE STATES 10 TIMES 220 230 FOR Count 1 T0 10 240 FOR State l T0 5 250 OUTPUT Ps RCL State 260 WAIT 2 270 NEXT State 280 NEXT Count 290 END Explanation...

Page 128: ......

Page 129: ...15 current readback 116 CV indicator 32 CV bit 41 61 99 105 CV mode 30 41 43 69 105 D DC1 14 45 91 DDE bit 105 default state see initial conditions delay time 120 DISPLAY OVP switch 33 DISPLAY SETTING...

Page 130: ...CPI 87 GP IB tutorial 15 ATSL 83 I IEEE 15 42 83 87 impedance output 19 INH input 12 70 125 initial conditions 47 I O pathnames 115 J jumpers 24 25 34 L language SCPI 87 language compatability see ARP...

Page 131: ...VP accuracy 16 38 OVP adjustment 34 38 OVP clearing 59 68 OV indicator 32 42 P parallel poll 45 PON bit 53 63 121 power cord 21 present status 118 programming limits 125 Q QUES bit 104 QYE bit 89 105...

Page 132: ...2 SH1 14 44 SR1 14 44 SRQ indicator 32 45 status 118 T T6 14 44 terminator character 54 terminator EOI 54 TLK indicator 32 45 TMSL 83 102 U UNR bit 105 V voltage programming 115 voltage readback 116 W...

Page 133: ...1 800 452 4844 tel 905 206 4725 Europe Japan Agilent Technologies Agilent Technologies Japan Ltd European Marketing Centre Measurement Assistance Center P O Box 999 9 1 Takakura Cho Hachioji Shi 1180...

Page 134: ...e title page 2 24 99 Figure 2 4 has been added to page 28 Pages 23 to 28 have been reformatted to make room for this figure A Caution has been added to the ESE PSC SAV and SRE commands between pages 8...

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