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CALibrate:MEASure:POWer[:FSCale] <NRf>

This command affects the calibration of the power measurement at full scale.

Command Syntax

CALibrate:MEASure:POWer[:FSCale] <NRf>

Parameters

<NRf> (value range -127 to +127)

Examples

CAL:MEAS:POW 78

Query Syntax

CALibrate:MEASure:POWer?

Returned Parameters

<NR1> (value range -127 to +127)

Related Commands

CALibrate:MEASure:CURRent

CALibrate:MEASure:POWer:ZERO <NRf>

This command affects the calibration of the power measurement zero offset.

Command Syntax

CALibrate:MEASure:POWer:ZERO <NRf>

Parameters

<NRf> (value range -127 to +127)

Examples

CAL:MEAS:POW:ZERO -5

Query Syntax

CALibrate:MEASure:POWer:ZERO?

Returned Parameters

<NR1> (value range -127 to +127)

Related Commands

CALibrate:MEASure:POWer

CALibrate:MEASure:VOLTage[:FSCale] <NRf>

This command affects the calibration of the rms voltage measurement at full scale.

Command Syntax

CALibrate:MEASure:VOLTage[:FSCale] <NRf>

Parameters

<NRf> (value range -127 to +127)

Examples

CAL:MEAS:VOLT 56

Query Syntax

CALibrate:MEASure:VOLTage?

Returned Parameters

<NR1> (value range -127 to +127)

Related Commands

CALibrate:MEASure:CURRent

CALibrate:MEASure:VOLTage:ZERO <NRf>

This command affects the calibration of the rms voltage measurement zero offset.

Command Syntax

CALibrate:MEASure:VOLTage:ZERO <NRf>

Parameters

<NRf> (value range -127 to +127)

Examples

CAL:MEAS:VOLT:ZERO +4

Query Syntax

CALibrate:MEASure:VOLTage:ZERO?

Returned Parameters

<NR1> (value range -127 to +127)

Related Commands

CALibrate:MEASure:VOLTage

Summary of Contents for 2003RP

Page 1: ...amming Manual Contact Information Telephone 800 733 5427 toll free in North America 858 450 0085 direct Fax 858 458 0267 Email Domestic Sales domorders sd ametek com International Sales intlorders sd...

Page 2: ......

Page 3: ...ses only Notice of Copyright AC Power Source User and Programming Manual 2010 AMETEK Programmable Power Inc All rights reserved Exclusion for Documentation UNLESS SPECIFICALLY AGREED TO IN WRITING AME...

Page 4: ...ii This page intentionally left blank...

Page 5: ...nnel and equipment safety Always ensure that facility AC input power is de energized prior to connecting or disconnecting any cable In normal operation the operator does not have access to hazardous v...

Page 6: ...the instructions of AMETEK is opened modified or disassembled in any way without AMETEK s consent or is used in combination with items articles or materials not authorized by AMETEK The Buyer may not...

Page 7: ...7 3 6 Output Connections 18 3 7 Output Voltage Ranges 20 3 8 Functional Test 21 3 9 Other Modes of Operation 22 4 Front Panel Operation 23 4 1 Functional Controls 23 4 2 How to examples 28 4 3 Setting...

Page 8: ...76 9 5 SCPI Data Formats 79 9 6 Bus Throughput and Timing Considerations 79 10 SCPI Command Reference 80 10 1 Subsystem Commands 80 10 2 Calibration Subsystem 81 10 3 Measurement Subsystem 85 10 4 In...

Page 9: ...rol Knob 26 Figure 5 1 AC Power System Block Diagram 35 Figure 6 1 Test Equipment Hookup for Routine Output and Voltage Measurement Calibration 44 Figure 6 2 Test Equipment Hook up for Current and Pow...

Page 10: ...53 Table 7 5 Unit Shuts Down After 3 5 Seconds 53 Table 7 6 No Output and No Lights on Front Panel 53 Table 7 7 No Output But Display Is On 54 Table 7 8 Replaceable Parts 58 Table 7 9 Fuses 59 Table...

Page 11: ...2 VRMS 3 4 3 ARMS 2 1 ARMS 16 Hz 5000 Hz Table 1 1 Available models The output voltage terminals for each output phase are isolated from the chassis earth ground The nominal input can be either 107 11...

Page 12: ...75 typical depending on line and load Hold Up Time 10 ms with no effect on output Isolation Voltage 1350 VAC input to chassis 2300 VAC input to output Output Parameter Specification Outputs Phases 3...

Page 13: ...et voltage AC coupled transformer output Output noise 0 1 VRMS typical 20 kHz to 1 MHz at full load Temperature coefficient 0 02 of full scale per degree C Stability 24 hours 0 015 of full scale under...

Page 14: ...z 2003RP AV 360 0 5000 Hz see Figure 2 1 Resolution 0 01 Hz from 16 00 to 80 00 Hz 0 1 Hz from 80 1 Hz to 800 0 Hz 1 Hz from 801 Hz to 5000 Hz Accuracy 0 02 of programmed value Temperature coefficient...

Page 15: ...utput power 5 300 440 Hz derate maximum output power 10 Output Voltage Accuracy versus output frequency 1 of full scale 2000 4000 Hz 5 of full scale 4000 5000 Hz Output Load Regulation versus output f...

Page 16: ...ARMS Peak Current Ranges Remote only 0 00 12 00 0 0 20 0 APEAK APEAK Accuracy 0 5 FS 0 5 reading Resolution 0 01 0 1 APEAK APEAK Crest Factor Available over bus only Requires interface option Range 0...

Page 17: ...ntax IEEE 488 2 commands and SCPI IEEE 488 GPIB Interface IEEE address set using dip switch on rear panel from 0 to 31 IEEE functions SH1 AH1 T6 L3 RL2 Terminators LF CRLF EOI Command syntax IEEE 488...

Page 18: ...48 26 56 62 cm 5 22 19 22 29 inch Unit Weight 2003RP 2003RP AV 39 kg 85 lb 34 kg 76 lb Material Steel chassis and panels Aluminum cover Finish Painted semi gloss polyurethane Cooling Fan cooled with...

Page 19: ...use only Vibration Designed to meet NSTA 1A transportation levels Shock Designed to meet NSTA 1A transportation levels 2 8 Regulatory Parameter Specification Electromagnetic Emissions and Immunity Des...

Page 20: ...y current limit for all phases or for displaying measured current on selected phase Status Indicators 13 LED s HIGH voltage range AUTO voltage range FREQ frequency display I RMS rms current display I...

Page 21: ...P1 Option package 1 includes Measurement Functions Combined IEEE 488 RS232C interface Remote Inhibit Input Function Strobe Output RMS Rack mount slides CI P N 211045 General Devices Model C300S 120 B3...

Page 22: ...t has been inspected for damage in shipment 3 2 Power Requirements The AC Power System has been designed to operate from a single phase AC line voltage The nominal operating voltage is either 107 115V...

Page 23: ...The input voltage range is set at the factory Section 3 3 gives the procedure to change the input voltage range The location for connection of the input line is shown in Figure 3 2 3 2 2 Line Frequen...

Page 24: ...es potentially lethal voltages DEATH On contact may result if personnel fail to observe safety precautions Do not touch electric circuits when power is applied Servicing should only be performed by tr...

Page 25: ...t power by unplugging the power cord 3 Remove the AC Power Source top cover by removing 17 6 32 x 5 16 FLH screws There are a total of 7 screws on the sides and 10 screws on the top that hold the cove...

Page 26: ...onnect AC input power at TB1 3 Remove the AC Power Source top cover by removing 17 6 32 x 5 16 FLH screws There are a total of 7 screws on the sides and 10 screws on the top that hold the cover 4 The...

Page 27: ...S option position 3 5 Input Wiring The AC Power Source must be operated from a three wire single phase service The mains source must have a current rating greater than or equal to 35 A for the low inp...

Page 28: ...be rated for the maximum output voltage of the source at least 270 volts There must be no accessible live part connected to the 2003RP output terminals See Figure 3 6 The output power cables must be l...

Page 29: ...39 ft 5 0 ARMS AWG 14 14 m 45 ft Table 3 1 Maximum Output Wiring Lengths The Remote Sense inputs must be connected or an output voltage 7 higher than the programmed output will be generated If the 200...

Page 30: ...15 VRMS 2003RP HV 2 312 VRMS 156 VRMS 2003RP AC power source models with dual voltage ranges offer an auto voltage range change mode In this mode the voltage range is automatically changed when the us...

Page 31: ...6 V for HV option with the left knob 5 Enable the output by pressing the Output key The green LED above the key will illuminate when the output is on The output should be a clean 135V 115 V for the AV...

Page 32: ...value The 2003RP can be configured to operate in the Constant Voltage mode In this mode of operation if the load current exceeds the Current Limit value the output voltage will default with the outpu...

Page 33: ...t Panel Operation 4 1 Functional Controls The front panel can be divided in a small number of functional areas Status Indicator lights Control knobs LED displays Control buttons Figure 4 1 Front Panel...

Page 34: ...is not lit the output voltage is not present at the output terminal strip regardless of the voltage setting RANGE HIGH The RANGE HIGH LED indicates the selected output voltage range When it is illumi...

Page 35: ...time See Note A B C These three LED s indicate the LED Measurement readout selection for phase A B or C The PHASE key may be used to cycle between the three phase readouts Note For peak current power...

Page 36: ...D above the switch will light to indicate the high voltage range selection The output voltage will be reset to zero voltage after a range change If the 2003RP AV is configured for a single voltage ran...

Page 37: ...with the proper tool the PF indicator will illuminate to indicate the calibration mode has been selected The table below shows the calibration mode LED indications after the CAL button is depressed C...

Page 38: ...frequency and current limit The SELECT button will define the function of the knob and the display above it The Frequency or Current LED will turn on to indicate the function controlled by the right k...

Page 39: ...factor measurements Option OP1 is required 4 2 4 Change the Voltage Range The voltage range can be changed as follows if the 2003RP AV is configured for a single voltage range this does not apply 1 Pr...

Page 40: ...or a unit under test can be measured using this function as follows 1 Program the output to zero volts and open the output relay using the OUTPUT button 2 Use the PHASE button to select phase A 3 Use...

Page 41: ...alues in one of two ways 1 Using the optional RS232 or IEEE 488 interface and the supplied PGUI32 program 2 Using the front panel To change the power on initialization values from the front panel proc...

Page 42: ...e Refer to section 3 9 for instructions on how to change these jumpers 4 5 Function Strobe Option The Function Strobe FS is a TTL logic level signal provided at the rear panel of the 2003RP This signa...

Page 43: ...ton on the front panel or the appropriate bus command To disable the output relay a logic low level or a contact closure needs to be present across the terminals of the RI BNC connector Typical use of...

Page 44: ...d to the output transformer primaries T1 T2 T3 The Range Relay board is identified as A6 This board configures the secondaries of the output transformers for the correct output voltage range The outpu...

Page 45: ...232 GPIB A6 RANGE RELAY A12 OUTPUT CB1 B1 J6 J5 T1 J5 P5 T2 J6 P6 T3 E16 E15 E14 E13 E1 E2 E3 E4 P7 J7 J1 J4 J2 J2 P2 E1 E2 E3 E4 E5 E6 E4 E3 E6 E5 E8 E7 J2 J7 P2 J10 J2 J8 P2 J11 J2 J9 P2 J12 P3 J3 J...

Page 46: ......

Page 47: ...e of three 5 amp fuses on the Mother Board Each Amplifier Module has a thermal switch mounted on its heat sink If the heat sink temperature exceeds 100 degrees C the amplifier shuts down and sends an...

Page 48: ...utput terminal strip mounted to the rear panel The output relays are controlled via the CNF signal This board also has remote sense amplifiers to monitor output voltage The voltage is monitored at the...

Page 49: ...DC ARE PRESENT IN CERTAIN SECTIONS OF THIS POWER SOURCE THIS EQUIPMENT GENERATES POTENTIALLY LETHAL VOLTAGES DEATH ON CONTACT MAY RESULT IF PERSONNEL FAIL TO OBSERVE SAFETY PRECAUTIONS DO NOT TOUCH EL...

Page 50: ...ion over the remote control bus All routine calibrations can be performed without removing the top cover closed case calibration For the AV option program 115V or 230V for 135V or 270V respectively 6...

Page 51: ...selected Indicates frequency setting or measurement is displayed on right 7 segment LED I RMS Indicates current measurement calibration is selected Indicates current limit setting or current measurem...

Page 52: ...ut and Voltage Measurement Calibration 6 3 1 Output Voltage Calibration 1 Select the high voltage range Set the output frequency to 60 Hz 400 Hz on 2003RP AV Set the output voltage to 230 volts 2 Remo...

Page 53: ...by the FREQ LED 5 Use the left control knob to adjust the voltage reading shown on the right hand 7 segment LED until it reads as close as possible to the reference reading as displayed on the externa...

Page 54: ...the peak current of a sinewave current Low Scale Power Measurement Calibration 1 Connect the test equipment to the power source as shown in Figure 6 2 2 Program the output voltage to 10 0 volts 3 Use...

Page 55: ...e load see Table 6 1 for model and load to the output terminals Set the power source to low voltage range 3 Program the output voltage to a value that produces between 3 and 3 9 amps Do not load the o...

Page 56: ...ing in the constant current mode is not equal to or more than the programmed value Open Sense Adjustment Section 6 4 3 This adjustment must be made if the output voltage can t be calibrated while oper...

Page 57: ...ent to 4 5 amps Program the output to 135 V 115 V for the AV option 156V and 3 9 amps for 2003RP HV adjust for 4 1 in step 3 on the low voltage range and 400 Hz 3 For Phase A adjust R50 on the Control...

Page 58: ...Figure 6 3 Internal Adjustments...

Page 59: ...ense wires on the rear panel terminal strip Connect the external AC DMM between the appropriate two output POWER terminals on the rear panel Program the output to 100 0 volts and adjust indicated pote...

Page 60: ...a mild detergent and wrung out Disconnect mains power to the source before cleaning Do not spray water or other cleaning agents directly on the power source 7 3 Basic Operation Table 7 1 Basic Symptom...

Page 61: ...duce load Input mains voltage is too low Verify at input terminal block that input voltage is within specified limits The crest factor of the load exceeds 3 1 Reduce load current peaks by reducing loa...

Page 62: ...ns Fan not working Replace fan Consult factory If the 2003RP is configured to operate in the Constant Voltage mode the Fault lamp comes on when the output load current has exceeded the programmed curr...

Page 63: ...incorrect Set correct address See section 8 3 GPIB or RS232 cable is loose at power source rear panel Check connection tighten jack screws The GPIB RS232 selector switch is in the wrong position Set...

Page 64: ...Figure 7 1 Assembly Location...

Page 65: ...assemblies A7 A8 A9 check the condition of the fuses in series with the 300VDC power supply before replacing the amplifier The associated fuses are F3 on the DC Supply board A4 and F1 Phase A F2 Phas...

Page 66: ...America Orders may be placed by fax using the fax following fax number 1 858 677 0940 SEQ C I PART DESCRIPTION VENDOR QTY A1 4005 714 2 PC Assy Controller 16067 1 A2 4005 720 1 PC Assy Phase B C 16067...

Page 67: ...ussmann ABC20 71400 1 F4 270174 1A 250V very quick acting Bussmann PCC1 71400 1 MOTHER BOARD A5 F1 270209 5A 250V quick acting Littelfuse 312005 75915 1 F2 270209 5A 250V quick acting Littelfuse 31200...

Page 68: ...information on how to use the PGUI32 can be found in the on line help supplied with the program Use the Help menu or press on any of the many Help keys located in all program windows for an explanatio...

Page 69: ...Figure 8 1 Rear Panel View...

Page 70: ...interface is selected by moving the DIP switch position 5 to the correct mode Only one interface can be active at a time Refer to Figure 8 1 for the location of this switch The IEEE address of the 20...

Page 71: ...r this to work California Instruments 2001P RS232C Communication Demo Program c 1998 Copyright California Instruments All Rights Reserved This program is for demonstration purposes only and is not to...

Page 72: ...r source The QBasic statement LINE INPUT cannot be used as the P RP Series does not return a CR 13 after a response message The LINE INPUT function waits for a CR before returning a string The P Serie...

Page 73: ...data RxD Transmit data TxD Data Terminal Ready DTR Signal Ground Data Set Ready DSR no connect no connect reserved Figure 8 3 RS232C Interface Cable Wiring Diagram 8 5 PGUI32 Setup and Installation T...

Page 74: ...ve and run the program To install the PGUI32 proceed as follows 1 Turn on the PC and boot up in Windows 2 Insert the first disk labeled Disk 1 of 3 in drive A or B or insert the CD in your CD ROM driv...

Page 75: ...e marked with a SOURCE and a PC label Make sure you connect the SOURCE side of the cable to the back of the AC source and the PC side of the cable to the PC port Resolution for Symptom 1 The P and RP...

Page 76: ...click on the Properties button at the bottom left of the dialog box 10 This brings up the settings dialog box for the COM port In this example COM2 is used 11 From the tabs at the top of the dialog b...

Page 77: ...the HKEY_CURRENT_USER key and double click on it 4 Locate the Software key and double click on it 5 Locate the VB and VBA Program Settings and double click on it 6 Locate the Pgui32 key and double cl...

Page 78: ...ted must match the settings on the DIP switch If changes are made to the DIP switch setting the 2003RP power must be cycled off and on to have the new settings take effect 3 Did you connect the cable...

Page 79: ...tup commands are sent at too high a rate the AC source may not be able to process them In that case a 100 Command Error will be reported This condition may exist on both RS232 and GPIB interface modes...

Page 80: ...al communications active control ss32x25 ocx Grid spreadsheet active control Comdlg32 ocx Microsoft Common dialog active control Comctl32 ocx Microsoft Common controls Msvbvm50 dll Microsoft Visual Ba...

Page 81: ...e program information 8 9 Software Registration Updates of this and other California Instruments programs are posted on a regular basis on the California Instruments web site You can find available pr...

Page 82: ...mands and Messages This paragraph explains the syntax difference between SCPI Commands and SCPI messages The AC source supports two types of commands IEEE 488 2 common and SCPI subsystem IEEE 488 2 co...

Page 83: ...e encounters a root specifier Active Header Path In order to properly traverse the command tree you must understand the concept of the active header path When the AC source is turned on or under any o...

Page 84: ...ssage unit by separating it with a semicolon the message unit separator Common commands do not affect the active header path you may insert them anywhere in the message VOLTage 115 ESE 255 OUTPut 0 RC...

Page 85: ...rminator The NL newline indicator Terminators are not part of the SCPI syntax Note The use of compound messages such as the one shown in Figure 12 2 is not recommended as they typically exceed the ava...

Page 86: ...e unit the colon becomes the root specifier It tells the command parser that this is the root or the top node of the command tree Note the difference between root specifiers and header separators in t...

Page 87: ...itrary ASCII Response Data Permits the return of undelimited 7 bit ASCII This data type has an implied message terminator SRD String Response Data Returns string parameters enclosed in double quotes 9...

Page 88: ...mmands Subsystem commands are specific to AC source functions They can be a single command or a group of commands The groups are comprised of commands that extend one or more levels below the root The...

Page 89: ...set SOURce VOLTage Calibrate output voltage 10 2 1 Calibration State CALibrate STATe This command puts the AC source in calibration mode The calibration mode is required to use the data entry form of...

Page 90: ...ands CALibrate MEASure VOLTage CALibrate MEASure CURRent ZERO NRf This command affects the calibration of the AC current measurement zero offset Command Syntax CALibrate MEASure CURRent ZERO NRf Param...

Page 91: ...turned Parameters NR1 value range 127 to 127 Related Commands CALibrate MEASure POWer CALibrate MEASure VOLTage FSCale NRf This command affects the calibration of the rms voltage measurement at full s...

Page 92: ...rd An external traceable reference AC voltmeter should be used for this purpose CALibrate SOURce VOLTage NRf This command will set the calibration coefficient for the AC full scale output voltage Comm...

Page 93: ...igh 1 Low 2 AUTO POWer REAL Returns real power in Watt APParent Returns apparent power in VA PFACtor Returns power factor MEASure VOLTage This query returns the AC rms voltage being sourced at the out...

Page 94: ...rs None Examples MEAS CURR AMPL RES Related Commands MEAS CURR AMPL MAX MEASure CURRent CREStfactor This query returns the crest factor of the output AC current being sourced at the output terminals C...

Page 95: ...AC source Note that the output relay must be closed to obtain current flow Query Syntax MEASure POWer APParent Parameters None Examples MEAS POW APP Returned Parameters NR2 Related Commands MEAS POW...

Page 96: ...ommand Syntax INSTrument COUPle Parameters 1 0 Examples INST COUP 1 Query Syntax INST COUP Returned Parameters NR1 Related Commands INST NSEL OUTP DROP INSTrument NSELect This command may be used sele...

Page 97: ...e will fold back as much as needed to retain the current at the programmed limit No error message is generated when operating in this mode If constant voltage mode is configured instead the output lat...

Page 98: ...REQ HIGH SOURce VOLTage This command programs the AC rms output voltage level of the power source The maximum voltage value allowed is determined by the selected voltage range For 2003RP AV models con...

Page 99: ...will return the value for the only available range Attempting to select any other voltage range will result in a 100 Command Error The presence of a single voltage range unit may be determined using...

Page 100: ...while in AUTO mode Only voltage changes can prompt an automatic voltage range change Command Syntax SOURce VOLTage RANGe AUTO Bool Parameters Bool 0 1 RST Value 0 Examples VOLT RANG AUTO 1 Query Synt...

Page 101: ...1000 s to 4000 s no parameter Infinite time Use VOLT command to turn output on Phase Selection Phase selection is available for the Output Drop command Thus any specific phase may be selected for pha...

Page 102: ...PHAS 90 Set start phase angle to 90 degrees on phase A OUTP DROP 0 025 Drop for 25 ms 10 cycles 400 Hz Output drop status query The status of a drop in progress can be queried using the query format...

Page 103: ...lue 0 Examples OUTP STAR 1 Query Syntax OUTP STAR Returned Parameters 0 1 Related Commands OUTP DROP OUTP STAR PHAS INST COUP INST NSEL OUTPut STARt PHASe The output start phase command is used to set...

Page 104: ...the 2003RP AV the frequency range may have been factory configured to a fixed single value In this case the High and Low frequency limits will be set to the same value and both queries will return the...

Page 105: ...ingle voltage range units the value voltage of the only available range is returned and this value can be odd or even Only the Query format of this command is available to the user Command Syntax LIMi...

Page 106: ...SYSTem ERRor Parameters None Returned Parameters NR1 SRD Example SYST ERR SYSTem KLOCk This command sets or clears the power on LOCAL or REMOTE state When set 1 the AC Source will power up in remote s...

Page 107: ...Settings on page 31 Note that units with the AV option installed should not use the SYSTem PON command with parameter 8 to select the factory defaults as the factory default setting would set the outp...

Page 108: ...y the command then both command and query are included under the explanation for the command If a query does not have a corresponding command or is functionally different from the command then the que...

Page 109: ...bled events of the Standard Event Status Enable Register are logically OR ed to cause the Event Summary Bit ESB of the Status Byte Register to be set See Section 16 for descriptions of the Standard Ev...

Page 110: ...eters NR1 Register value Related Commands CLS ESE ESE If the ESR returns the value of the status bits in the ESR register Refer to Table 10 3 for the status bits and their meaning Table 10 3 Bit Confi...

Page 111: ...Step Query command Response Interpretation 1 IDN CI 2003RP 12345 Rev 1 0 2003RP series unit 2 LIM VOLT 270 2003RP standard unit 312 2003RP HV dual Vrange 230 2003RP AV dual Vrange 115 2003RP AV single...

Page 112: ...the assigned setup register Use the SYST PON to select one of the available setup registers for the power on and RST states Command Syntax RST Parameters None Related Commands SAV Table 10 5 Status Re...

Page 113: ...en the controller conducts a STB command the MSS bit is not cleared When SRE is cleared by programming it with 0 the source cannot generate an MSS bit Command Syntax SRE NRf Parameters 0 to 255 Defaul...

Page 114: ...trols the 2003RP AC source this must be considered Specifically if non query commands commands that don t wait for a response such as output setup commands are sent at too high a rate the AC source ma...

Page 115: ...ommand For example to set the AC output voltage for all three phases to 125 volts rms use VOLT 125 The maximum voltage that the AC source can output is limited by the rms value of the waveform This va...

Page 116: ...ms 10 cycles 400 Hz Current Limit To set the RMS current limit use where n is the RMS current limit in amperes CURRent n If the load attempts to draw more current than the programmed limit the AC sou...

Page 117: ...the output on or program as specific voltage at this time before taking a peak current reading MEAS CURR AMPL MAX retrieves peak current reading To measure the current crest factor use MEAS CURR CRES...

Page 118: ...RE n u 0 Queue n u 0 n u 1 Data n u 1 QYE 2 4 4 Data n u 2 DDE 3 8 8 Data n u 3 EXE 4 16 16 OR MAV 4 16 16 OR CME 5 32 32 ESB 5 32 32 n u 6 MSS 6 64 64 PON 7 128 128 n u 7 Figure 12 1 AC Source Status...

Page 119: ...the information from all other status groups as defined in the IEEE 488 2 Standard Digital Interface for Programmable Instrumentation The bit configuration is shown in Table 10 6 Command Action STB r...

Page 120: ...are active Use STB Step 2 Read the corresponding Event register for each summary bit to determine which events caused the summary bit to be set Use ESR Note When an Event register is read it is cleare...

Page 121: ...RO POWer FSCale ZERO VOLTage FSCale ZERO SOURce VOLTage INSTrument COUPling NSELect SOURce CURRent FREQuency VOLTage LEVel RANGe OUTPut RELay DROP STARt STATe PHASe MEASurement CURRent AMPLitude MAX R...

Page 122: ...User and Programming Manual Rev N California Instruments 114 March 2011 2003RP Appendix B SCPI Conformance Information SCPI Version The RP Series AC power sources conform to SCPI version 1990 0...

Page 123: ...tion programmer to insert a 20 msec delay between commands 200 Execution error Generally the result of sending a value that is out of range i e a VOLT 200 command when the unit is in the 135 V Low ran...

Page 124: ...ing 8 Current Constant current mode 32 Constant Voltage 32 specification 3 CURRent 89 D Dimensions 8 DISPlay MODE 97 E Efficiency 2 Emissions 9 ESE 101 ESR 102 F factory default power on setting 31 Fi...

Page 125: ...5 memory required to install 65 models supported 60 O Output specification 2 OUTPut DROP 93 OUTPut STARt PHASe 95 OUTPut STARt STATe 95 OUTPut RELay 92 Overcurrent 8 overload 24 Overtemperature 8 P PG...

Page 126: ...ruments 118 March 2011 2003RP RS232C 63 Transients Input 8 troubleshooting 52 V Vibration 9 Voltage specification 2 VOLTage 90 voltage range dual 97 single 97 voltage ranges 20 VOLTage RANGe AUTO 92 V...

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