Keithley Series 2200 Reference Manual Download Page 105

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In this section:

Additional Series 2200 information ........................................... 6-1

Additional Series 2200 information

This manual has prepared you to start using your new Series 2200 instrument.

For additional information on the Series 2200, refer to:

•

The Product Information CD-ROM (ships with the product): Contains software tools, drivers, and
product documentation.

•

The

Keithley Instruments website

see The Keithley and Tektronix website -

http://www.tek.com

Contains the most up-to-date information; from the website, you can access:

•

The Knowledge Center, which contains the following handbooks:

•

The Low Level Measurements Handbook: Precision DC Current, Voltage, and Resistance
Measurements

•

Switching Handbook: A Guide to Signal Switching in Automated Test Systems

•

Application notes

•

Updated drivers

•

Your local Field Applications Engineer can help you with product selection, configuration, and
usage. Check the website for contact information.

Section 6

Next Steps

Summary of Contents for Series 2200

Page 1: ...Reference Manual 2200S 901 01 Rev C March 2016 P2200S90101C 2200S 901 01C www keithley com Series 2200 Programmable DC Power Supplies A Greater Measure of Confidence...

Page 2: ...nformation herein in whole or in part without the prior written approval of Keithley Instruments is strictly prohibited All Keithley Instruments product names are trademarks or registered trademarks o...

Page 3: ...be connected to mains These instruments will be marked as category II or higher Unless explicitly allowed in the specifications operating manual and instrument labels do not connect any instrument to...

Page 4: ...ways read the associated information very carefully before performing the indicated procedure The CAUTION heading in the user documentation explains hazards that could damage the instrument Such damag...

Page 5: ...system 2 3 Power the instrument on and off 2 3 Check the output 2 3 Operating basics 2 5 Front panel at a glance 2 5 Rear panel at a glance 2 13 110 V 220 V selector switch 2 15 Front panel operation...

Page 6: ...e CURRent DC query only 4 6 MEASure VOLTage DC query only 4 7 OPC 4 7 PSC 4 8 RCL no query form 4 9 RST no query form 4 9 SAV no query form 4 9 SOURce CURRent LEVel 4 10 SOURce DIGital DATA 4 11 SOURc...

Page 7: ...29 STATus QUEStionable ENABle 4 30 STATus QUEStionable EVENt query only 4 31 STATus QUEStionable NTRansition 4 32 STATus QUEStionable PTRansition 4 33 STB query only 4 34 SYSTem ERRor query only 4 34...

Page 8: ...10 Performance verification procedures B 11 Performance verification conditions B 11 Equipment required B 12 Test equipment B 13 Self test B 14 Check DC voltage accuracy with remote sense B 15 Check D...

Page 9: ...in quality test data as quickly as possible They perform as effectively in automated test systems as they do in manual instrument configurations Extended warranty Additional years of warranty coverage...

Page 10: ...hley Instruments website see The Keithley and Tektronix website http www tek com Key features The Series 2200 offers Single output DC power Linear regulation 0 03 percent basic voltage accuracy 0 05 p...

Page 11: ...ielded Premium IEEE 488 Interface Cables 4m 13 ft 7007 4 Services available Services Keithley part number 1 year factory warranty extended to 3 years from date of shipment 2200 3Y EW STD 3 calibration...

Page 12: ...5 A TH 250 V For 220 V 2 5 A TH 250 V 350 VA Environmental performance Parameter 2200 20 5 2200 30 5 2200 32 3 2200 60 2 2200 72 1 Temperature Temperature Operating 0 C to 40 C Humidity Operating 5 p...

Page 13: ...for complete product specifications Specifications on page 1 3 Series 2200 Programmable DC Power Supplies Specifications document number SPEC 2200S on the Product Information CD ROM that came with yo...

Page 14: ...l load wires must be heavy enough not to overheat when carrying the maximum short circuit output current of the power supply If there is more than one load then any pair of load wires must be capable...

Page 15: ...tions 2 Properly set the 110 V 220 V selector switch located on the bottom of the instrument Figure 2 Selector switch 3 Connect the power cord that was provided with the instrument to the power connec...

Page 16: ...check To verify the basic current functions with a short across the power supply output follow these steps 1 Remove all leads from the output connectors 2 Turn on the power supply 3 Press Shift and Me...

Page 17: ...play and the navigation wheel to access view and edit the configuration menu items and set values For additional information about the front panel see the Front panel operation on page 2 15 section Th...

Page 18: ...t connectors Three banana jack output connectors provide high low and chassis ground connections 6 Save and recall keys See Key descriptions on page 2 7 for descriptions of these keys 7 Numeric keypad...

Page 19: ...s of the numeric keys For example when the Shift key is used with the 1 key the combination displays the configuration menu See the following table for more information on Shift numeric keypad descrip...

Page 20: ...nal temperature of the instrument Shift decimal point 1 Perform a factory reset All setups and lists are erased Shift decimal point 2 Unlock the keypad If the instrument s keypad and front panel contr...

Page 21: ...tion OVP Set Off Turn overvoltage protection OVP off On OVP Turn overvoltage protection on and set or edit the voltage threshold See Setting the overvoltage protection on page 2 19 for more informatio...

Page 22: ...urned on See Recall the power supply operating parameters at power on on page 2 21 for more information Off Turns save last mode off Key Beep Off Turns off key press notification sound On Turns on key...

Page 23: ...the DFI source to question Ques Oper Set the DFI source to operation Oper ESB Set the DFI source to error status byte ESB RQS Set the DFI source to request service RQS Communication USBTMC Set the co...

Page 24: ...ions must be the same See Using remote sense on page 2 23 for more information OTP Instrument has sensed an excessive internal temperature and turned off the output If the instrument displays the OTP...

Page 25: ...rt 110 V 220 V power connector 12 pin connector includes remote sense Shorting clip Use this for proper regulation when not using remote sense This connector comes installed It shorts the drive to the...

Page 26: ...following output and control connectors Two Output Drive connectors are equivalent to the front panel output connector Two Output Drive connectors are equivalent to the front panel output connector T...

Page 27: ...You can enable or disable the output of the power supply from the front panel by pressing the Output On Off key When the output is off the OFF message displays to the right of the current and voltage...

Page 28: ...ulated output voltage The output voltage remains constant as the load increases until the preset current limit is reached Then the crossover occurs At that point the output current becomes constant an...

Page 29: ...lt setting Output On Off OFF V Set 1 000 V I Set 0 1000 A Max Volt Set Off OVP Set Off Out Time Set Off Key Lock Off Output Recall Off Save Last On Key Beep Off Knob Lock Off Port Mode Trigger Trig So...

Page 30: ...the maximum voltage The Max Volt Set control determines the maximum voltage that you can set using the V set control This can help keep accidental over voltage from being applied to sensitive loads Se...

Page 31: ...Enter 4 Use the up or down arrow keys to select OVP Set 5 Press Enter 6 Select On 7 Press Enter 8 Enter the desired OVP value with the numeric keypad arrow keys or navigation wheel 9 Press Enter The l...

Page 32: ...rn to the On state when the power supply is turned back on or power is restored Selecting Off will disable this function and the output channel will always be set to Off after the power supply is powe...

Page 33: ...e the arrow keys to select User 3 Press Enter 4 Use the arrow keys to select Save Last 5 Press Enter 6 Use the arrow keys to select On or Off 7 Press Enter 8 Press Esc to exit the menu system Wait 3 s...

Page 34: ...ck 5 Press Enter 6 Use the arrow keys numeric keypad or navigation wheel to select On or Off 7 Press Enter 8 Press Esc to exit the menu system The default value for the Knob Lock control is Off Using...

Page 35: ...he device under test To set the remote sensing mode 1 Remove any jumpers or shorting clip on the rear panel terminal strip connectors between DRIVE and SENSE and between DRIVE and SENSE 2 See the foll...

Page 36: ...lays Edit List 3 Press Enter The instrument displays Recall 1 4 Rotate the navigation wheel to select the number of the list to define or edit You can choose from 1 to 7 The instrument displays Recall...

Page 37: ...rument displays S 001 0 1000 A 14 Use the keypad to set the current for this step In the example the current is set to 1 500 amps The instrument displays S 001 1 500 A 15 Press Enter The instrument di...

Page 38: ...he Commands listed in alphabetical order on page 4 2 section and Example 1 on page 4 41 for information on programming the List Mode Function Rear panel operation The Series 2200 instrument supports t...

Page 39: ...are located on each connector to ensure that connections remain secure The figure below shows a typical connection scheme for a multi unit test system Figure 10 Series 2200 multiple parallel connecti...

Page 40: ...use erratic bus operation Primary address The Series 2200 ships from the factory with a GPIB primary address of 22 You can set the address to a value from 0 to 30 but do not assign the same address to...

Page 41: ...setup in location 29 of the 40 setup memory locations available Keystrokes Perform the following steps using the keys on the instrument s front panel to save the test setup To configure the power sup...

Page 42: ...ad to select On Press Enter 5 Use the arrow keys navigation wheel or the keypad to input Time 7 00 S Press Enter 6 Press Esc a few times to return to the initial screen 7 Press V Set 8 Use the arrow k...

Page 43: ...that you want to repeat the sequence twice by selecting 2 and press Enter The display shows List Steps 1 6 Indicate that there will be 5 steps in the list by selecting 5 and pressing Enter The displa...

Page 44: ...completes the configuration of the fourth step You are ready to configure the fifth step To configure the fifth step in the list 1 Input S 005 3 000 V Press Enter The display shows S 005 0 0000A 2 Inp...

Page 45: ...V SOURCE LIST VOLT 5 7V SOURCE LIST CURR 1 5A SOURCE LIST CURR 2 5A SOURCE LIST CURR 3 1A SOURCE LIST CURR 4 3A SOURCE LIST CURR 5 1A SOURCE LIST WIDTH 1 0 001S SOURCE LIST WIDTH 2 0 001S SOURCE LIST...

Page 46: ...devices that can be used to store or export data from the instrument such as a USB port Nonvolatile memory Data is retained when the instrument is powered off Power off Some instruments have a Standb...

Page 47: ...ar volatile memory devices procedure on page 2 35 STM32F103 C8 64k 128k Flash No Firmware update Main board See Clear volatile memory devices procedure on page 2 35 Volatile memory devices Type and mi...

Page 48: ...s to disable these devices Data export device Type and minimum size Function User modifiable Data input method Location To disable USB dvice port Supports remote control and data transfer to a PC Yes...

Page 49: ...the USBTMC protocol The USBTMC protocol allows USB devices to communicate using IEEE 488 2 style messages You can also remotely communicate between your power supply and PC over General Purpose Interf...

Page 50: ...loop or parallel configurations To change GPIB address settings Your power supply must have a unique device address to function properly The default setting for the GPIB configuration is GPIB Address...

Page 51: ...ted by group see Command groups on page 3 9 and alphabetically see Commands listed in alphabetical order on page 4 2 You transmit commands to the power supply using the enhanced American Standard Code...

Page 52: ...able Command message elements Symbol Meaning Header The basic command name If the header ends with a question mark the command is a query The header may begin with a colon character if the command is...

Page 53: ...e structure Header Header Space Argument Comma Argument You can specify a query command at any level within the command tree unless otherwise noted These branch queries return information about all th...

Page 54: ...ents a subsystem The top level of the tree is the root node it is followed by one or more lower level nodes as shown in the following figure Figure 13 Example of SCPI subsystem hierarchy tree You can...

Page 55: ...te A list of specific values MIN MAX NR1 numeric Integers 0 1 15 1 NR2 numeric Decimal numbers 1 2 3 141516 6 5 NR3 numeric Floating point numbers 3 1415E 9 16 1E5 NRf numeric Flexible decimal number...

Page 56: ...ny queries in your message are separated by semicolons Figure 15 Example of chaining commands and queries If a command or query has the same root and lower level nodes as the previous command or query...

Page 57: ...ower supply commands in two ways First it presents them by functional groups Then it lists them alphabetically The functional group list starts below The Commands listed in alphabetical order on page...

Page 58: ...no query form 4 16 SOURce LIST STEP 4 16 SOURce LIST VOLTage LEVel 4 17 SOURce LIST WIDth 4 17 SOURce OUTPut DFI SOURce 4 18 SOURce OUTPut PON STATe 4 19 SOURce OUTPut PROTection CLEar no query form 4...

Page 59: ...ent features or query instrument values You can use some commands to do both some only to set and some only to query This document marks set only commands with the words No Query Form included with th...

Page 60: ...it mask register that determines which bits in the Standard Event Status Register SESR will set the ESB bit in the Status Byte Register SBR See Appendix C Registers on page C 3 for more information ab...

Page 61: ...h is a decimal representation of the contents of the Standard Event Status Register SESR Examples ESR might return the value 149 showing that the SESR contains binary 10010101 FETCh CURRent DC query o...

Page 62: ...FETC VOLT might return 5 0011 which would be the measured voltage across the power supply outputs in volts FETCh SCALar POWer query only This command returns the last measured output current stored i...

Page 63: ...y Instruments 2200 XX X XX X XX X XX X XX Examples IDN might return the following response for a 2200 72 1 instrument Keithley Instruments 2200 72 1 081003126672201022 1 25 1 23 MEASure CURRent DC que...

Page 64: ...measured output voltage in volts Examples MEAS VOLT might return 5 0011 which would be the voltage measured across the power supply output in volts OPC This command configures the instrument to gener...

Page 65: ...power is shut off and are restored at power on Group Source Syntax PSC NR1 PSC Related Commands RST no query form OPC on page 4 7 Arguments NR1 0 sets the power on status clear flag to false disables...

Page 66: ...s the power supply to settings stored in memory location 3 RST no query form This command resets the power supply to default settings but does not purge any stored settings Sending the RST command doe...

Page 67: ...rom 1 to 40 Examples SAV 2 saves the settings in memory location 2 SOURce CURRent LEVel This command sets the current value of the power supply in units of A or mA Group Source Syntax SOURce CURRent L...

Page 68: ...d is enabled Group Source Syntax SOURce DIGital DATA NR1 SOURce DIGital DATA Arguments NR1 0 1 sets the binary state of the rear panel TTL control output to low or high state respectively Returns NR1...

Page 69: ...ort Mode RIDFi In RI Out DFI Description Configures the TTL control input as a remote inhibit RI input The RI input can be used to turn the power supply output on or off from an external signal Config...

Page 70: ...ll generate an error message of settings conflict If you need to change the list set this command to FIXed before changing the list Group Source Syntax SOURce FUNCtion MODE FIXed LIST SOURce FUNCtion...

Page 71: ...ent SOURce LIST CURRent LEVel NR1 Related Commands SOURce LIST VOLTage LEVel on page 4 17 SOURce LIST WIDth on page 4 17 Arguments NR1 is an integer in the range from 1 to 80 which is a step number in...

Page 72: ...s the power supply to execute one step per trigger Returns CONT STEP Examples LIST MODE CONT LIST MODE might respond with STEP to indicate that the active list is configured to wait for one trigger fo...

Page 73: ...AV 4 saves the active list in list storage location 4 SOURce LIST STEP This command configures the number of steps in the active list The number of steps must be configured before loading the voltage...

Page 74: ...the step units V mV Returns NR2 Examples LIST VOLT 1 3V LIST VOLT 1 might return 3 0000 which would be the voltage level for step number 1 SOURce LIST WIDth This command sets the duration of a specif...

Page 75: ...I O Syntax SOURce OUTPut DFI SOURce OFF QUES OPER ESB RQS SOURce OUTPut DFI SOURce Related Commands SOURce DIGital FUNCtion on page 4 12 Arguments OFF the output level of the DFI output pin remains h...

Page 76: ...ower supply to power up with output off RCL0 sets the power supply to power up with the output in the last state before power was removed Returns RST RCL0 Examples OUTPUT PON RST OUTPUT PON might retu...

Page 77: ...n the level of the RI input pin changes from high to low the output of power supply turns off LIVE The output state of power supply changes according to the level of the RI input pin While the level i...

Page 78: ...UTPut TIMer STATe on page 4 22 command before turning the output on Group Source Syntax SOURce OUTPut TIMer DELay duration MIN MAX DEF SOURce OUTPut TIMer DELay Related Commands SOURce OUTPut TIMer ST...

Page 79: ...operation of the output timer the power supply must be turned on by using the SOURce OUTPut TIMer STATe on page 4 22 command Group Source Syntax SOURce OUTPut TIMer STATe 0 1 ON OFF SOURce OUTPut TIMe...

Page 80: ...on page 4 10 Arguments voltage where voltage NRf units NRf is a flexible decimal specifying the voltage setting ranging from 0 to the maximum nameplate voltage of the power supply units V mV kV MIN se...

Page 81: ...Rce VOLTage RANGe on page 4 26 Arguments voltage NRf units where NRf is a flexible decimal that specifies the OVP threshold ranging from 0 to the maximum OVP level units V mV MIN sets the minimum OVP...

Page 82: ...Syntax SOURce VOLTage PROTection STATe 0 1 OFF ON SOURce VOLTage PROTection STATe Related Commands SOURce VOLTage PROTection LEVel on page 4 24 SOURce VOLTage RANGe on page 4 26 Arguments 0 or OFF se...

Page 83: ...DEF SOURce VOLTage RANGe Related Commands SOURce VOLTage PROTection LEVel on page 4 24 SOURce VOLTage PROTection STATe on page 4 25 Arguments voltage NRf units where NRf is a flexible decimal that se...

Page 84: ...Examples SRE 48 sets the bits in the SRER to 00110000 binary SRE might return a value of 32 showing that the bits in the SRER have the binary value 00100000 STATus OPERation CONDition query only This...

Page 85: ...Register SBR Details about the status registers are available in Appendix C Registers on page C 3 Group Status Syntax STATus OPERation ENABle NR1 STATus OPERation ENABle Related Commands STATus OPERat...

Page 86: ...tents of the Operation Event Register OEVR ranging from 0 to 255 Examples STATUS OPERATION EVENT might return 10 which indicates that the power supply is waiting for trigger and is in a constant curre...

Page 87: ...Stionable ENABle mask STATus QUEStionable ENABle Related Commands STATus QUEStionable EVENt query only on page 4 31 STATus QUEStionable CONDition query only on page 4 29 STATus QUEStionable PTRansitio...

Page 88: ...QUEStionable EVENt Related Commands STATus QUEStionable EVENt query only on page 4 31 STATus QUEStionable CONDition query only on page 4 29 STATus QUEStionable PTRansition on page 4 33 STATus QUEStio...

Page 89: ...e NTRansition mask STATus QUEStionable NTRansition Related Commands STATus QUEStionable ENABle on page 4 30 STATus QUEStionable EVENt query only on page 4 31 STATus QUEStionable CONDition query only o...

Page 90: ...e PTRansition mask STATus QUEStionable PTRansition Related Commands STATus QUEStionable ENABle on page 4 30 STATus QUEStionable EVENt query only on page 4 31 STATus QUEStionable CONDition query only o...

Page 91: ...ing to this value Using an out of range value causes an execution error The power on default for SRER is 0 if PSC is 1 If PSC is 0 the SRER maintains its value through a power cycle Returns SRE 48 set...

Page 92: ...ulate a front panel button press Group System Syntax SYSTem KEY NR1 SYSTem KEY Arguments NR1 is an integer key code see the following table Returns NR1 Front panel button NR1 key code KEY_VSET 1 KEY_I...

Page 93: ...mmand configures the instrument to power up with default settings or power up with the settings that were in effect when the instrument was turned off Group System Syntax SYSTem POSetup RST RCL0 SYSTe...

Page 94: ...WLock no query form If the power supply is in remote mode this command locks out the front panel LOCAL button This command has no effect if the instrument is in local mode Group System Syntax SYSTem R...

Page 95: ...rm This command generates a trigger event Group Trigger Syntax TRG Related Commands TRIGger IMMediate no query form on page 4 38 Examples TRG TRIGger IMMediate no query form This command forces an imm...

Page 96: ...pply IMMediate When this value is sent the power supply will wait for a TRIgger IMMediate bus command EXTernal When this value is sent the power supply can be triggered with a TTL pulse applied to pin...

Page 97: ...0 2200S 901 01 Rev C March 2016 WAI no query form This command prevents the instrument from executing further commands or queries until all pending commands are complete Group Synchronization Syntax W...

Page 98: ...000 Identifies the power supply long ErrorStatus char commandString 256 char ReadBuffer 256 void OpenPort void SendSCPI char pString void CheckError char pMessage void delay clock_t wait void ClosePor...

Page 99: ...d put the power supply in remote ErrorStatus viOpenDefaultRM defaultRM ErrorStatus viOpen defaultRM USB0 0X0699 0X0391 006002206573001001 INSTR 0 0 PWS4000 CheckError Unable to open the port SendSCPI...

Page 100: ...3 LIST VOLT 1 2V LIST CURRENT 1 1 0A LIST WIDTH 1 5s LIST VOLT 2 4V LIST CURRENT 2 1 0A LIST WIDTH 2 10s LIST VOLT 3 0V LIST CURRENT 3 0 1A LIST WIDTH 3 2s LIST SAVE 1 FUNCTION MODE LIST OUTPUT ON TR...

Page 101: ...ion PWS4000 Identifies the power supply long ErrorStatus char commandString 256 char ReadBuffer 256 Some compilers do not require that void arguments be declared however all should accept declaration...

Page 102: ...i List_Volt i 1 set the step voltage CheckError Unable to set list voltage ErrorStatus viPrintf PWS4000 LIST WIDTH d f n i List_Time i 1 set the output voltage CheckError Unable to set list time SendS...

Page 103: ...r Supply pdest strchr commandString Search for query command if pdest NULL ErrorStatus viBufRead PWS4000 ViBuf ReadBuffer sizeof ReadBuffer VI_NULL CheckError Can t read from driver strcpy pString Rea...

Page 104: ...the power line voltage settings Check that the line voltage selector switch on the bottom of the instrument is set to the proper value for your country 110 VAC or 220 VAC Change the voltage setting i...

Page 105: ...website see The Keithley and Tektronix website http www tek com Contains the most up to date information from the website you can access The Knowledge Center which contains the following handbooks The...

Page 106: ...ose dust on the outside of the power supply with a lint free cloth Use care to avoid scratching the display 2 Use a soft cloth dampened with water to clean the power supply Use an aqueous solution of...

Page 107: ...pecific model you are testing Print the Test record on page B 2 and use it to record the performance test results for your power supply Completion of the performance verification procedure does not up...

Page 108: ...sed Failed Self test DC voltage accuracy with remote sense DC voltage accuracy without remote sense DC voltage readback accuracy DC voltage line regulation DC voltage load regulation DC voltage detect...

Page 109: ...200 70 1 18 V 0 63 A 17 9886 V __________ 18 0114 V 50 Test Voltage 2200 20 5 10 V 2 5 A 9 9940 V __________ 10 0060 V 2200 30 5 15 V 2 5 A 14 9925 V __________ 15 0075 V 2200 32 3 16 V 1 5 A 15 9922...

Page 110: ...2200 70 1 18 V 0 63 A 17 9886 V __________ 18 0114 V 50 Test Voltage 2200 20 5 10 V 2 5 A 9 9940 V __________ 10 0060 V 2200 30 5 15 V 2 5 A 14 9925 V __________ 15 0075 V 2200 32 3 16 V 1 5 A 15 992...

Page 111: ...1 18 V 0 63 A __________ __________ __________ 0 0086 V 50 Test Voltage 2200 20 5 10 V 2 5 A __________ __________ __________ 0 0050 V 2200 30 5 15 V 2 5 A __________ __________ __________ 0 0050 V 22...

Page 112: ...ad regulation Instrument Min load Ref load Max load Ref Min Max Ref Max Ref 0 98 Largest Max value 2200 20 5 ________ ________ ________ _______ _______ ________ ________ 0 00800 V 2200 30 5 ________ _...

Page 113: ...8125 A 2200 70 1 36 V 0 3 A 0 29885 A __________ 0 30115 A 50 Test Current 2200 20 5 10 V 2 5 A 2 49675 A __________ 2 50325 A 2200 30 5 15 V 2 5 A 2 49625 A __________ 2 50375 A 2200 32 3 16 V 1 5 A...

Page 114: ...0 0018 A 2200 72 1 0 3000 A ________ ________ ________ 0 0012 A 50 Test Current 2200 20 5 2 500 A ________ ________ ________ 0 0033 A 2200 30 5 2 500 A ________ ________ ________ 0 0038 A 2200 32 3 1...

Page 115: ..._ 0 0032 A 2200 60 2 30 V ______ ________ ________ ________ ________ ________ ________ 0 0026 A 2200 72 1 36 V ______ ________ ________ ________ ________ ________ ________ 0 0014 A DC current load reg...

Page 116: ...be rated at 100 W minimum Voltage noise at 20 MHz Instrument Voltage test load R 1 Measured rms Maximum rms Measured pk pk Maximum pk pk 2200 20 5 5 ________ 3 mV ________ 20 mV 2200 30 5 10 ________...

Page 117: ...nce If it is necessary to partially test the DUT using an individual test a 20 minute warm up period is required for the individual test 3 You must connect the DUT and the test equipment to the same A...

Page 118: ...Programmable DC Power Supplies Reference Manual B 12 2200S 901 01 Rev C March 2016 Equipment required These procedures use external equipment to directly check warranted characteristics The following...

Page 119: ...s need to be created 10 fork lug to 10 fork lug Qty 2 included in Guildline 92301 if used Stackable banana to 10 fork lug Qty 2 Wire lengths are not critical 6 Low current hook up wire Low current con...

Page 120: ...13 Oscilloscope probe Low capacitance 1 M 10 M 1X 10X 6 MHz 200 MHz probe Tektronix P2220 1X probe 14 Oscilloscope probe Low capacitance 10 M 500 MHz probe Tektronix P6139A 10X probe 15 Coaxial cable...

Page 121: ...h current hook up wire bold line connections Item 3 Electronic Load Item 6 Low current hook up wire fine line connections Item 4 DC Voltmeter Item 9 0 050 5 W Resistor Qty 2 1 Power off the DUT 2 Remo...

Page 122: ...Appendix B Calibration Series 2200 Programmable DC Power Supplies Reference Manual B 16 2200S 901 01 Rev C March 2016 Figure 18 DC voltage accuracy with remote sense test setup...

Page 123: ...st current specified for the DUT in the table DC voltage accuracy with remote sense 7 Set the DUT to the full scale FS output current 8 Set the DUT to 0 of the FS output voltage 0 V 9 Turn the DUT out...

Page 124: ...ow current hook up wire fine line connections Item 4 DC Voltmeter 1 Set up the equipment as shown in the following figure Ensure the warm up criteria has been met as described in the Performance verif...

Page 125: ...te sense on page B 4 4 Set the DUT to the full scale FS output current 5 Set the DUT to 0 of the FS output voltage 0 V 6 Turn the DUT output on 7 Enter the voltmeter reading into the table DC voltage...

Page 126: ...Set to auto range c Verify that the Math mX b function is disabled shift Dcv assuring that volts are being read 3 Set the electronic load as follows a Set to Constant Current b Set to draw the specif...

Page 127: ...or switch AC Power Source voltage 110 115 V 220 230 V 11 Enter the voltmeter reading into table for checking DC Voltage Line Regulation under the Nom column for your product see DC voltage line regula...

Page 128: ...ltage 5 Turn the DUT output on 6 Enter the voltmeter reading into the table DC voltage load regulation on page B 6 under the Min column for your product 7 Increase the electronic load to the reference...

Page 129: ...Power Supplies Reference Manual Appendix B Calibration 2200S 901 01 Rev C March 2016 B 23 12 Enter the largest of the three values calculated in step 11 into the Largest column in the DC voltage load...

Page 130: ...e DUT to 4 V output voltage OVP and Max Volt Set are submenus of the Protect menu 5 Set the DUT OVP Over Voltage Protection to ON set the OVP threshold to 5 V and turn Max Volt off as follows a Press...

Page 131: ...curred into the DC overvoltage detection on page B 6 table for checking DC Overvoltage Detection 9 Reset OVP a Press Shift and Menu 1 b Press the down arrow until Protect is shown and press Enter c Pr...

Page 132: ...C Power Source Item 5 High current hook up wire bold line connections Item 3 Electronic Load Item 7 High Accuracy 0 05 Resistor Item 4 DC Voltmeter Item 8 Current Shunt Resistor Cabling 1 Set up the e...

Page 133: ...as follows a Set to Constant Voltage b Set to the specified voltage for your DUT see DC current accuracy on page B 7 2 Set the DUT to 0 of the full scale FS output current 3 Set the DUT to 100 of the...

Page 134: ...far to the right as it can go until it is positioned on the Press the up range button once M 10 00000 Move the arrow key to the 1 s digit and up range once M 20 00000 Press Enter The display shows B 0...

Page 135: ...15 V 220 230 V 9 Enter the voltmeter reading into the Nom line for your product in the table DC current line regulation on page B 9 10 Calculate the two values Nom Min and Max Nom Enter the values int...

Page 136: ...to show AMP Adjust each letter individually 2 Set the electronic load as follows a Set to Constant Voltage b Set to the minimum test voltage level Instrument Minimum test voltage 2200 20 5 2 0 V 2200...

Page 137: ...0 V 2200 32 3 28 8 V 2200 60 2 54 0 V 2200 72 1 64 8 V 9 Enter the voltmeter reading into the DC current load regulation table for checking current load regulation at the maximum voltage for your pro...

Page 138: ...r Sources create large amounts of high frequency noise on the power line that the instrument may not fully reject Noise directly on the mains is typically better controlled Use the same mains outlet f...

Page 139: ...C Coupled e Auto trigger f 1 ms div g Set to measure Vp p and VRMS 6 Set the oscilloscope probe to 1X mode 7 Set the DUT to the 100 FS output voltage 8 Set the DUT to the 100 FS output current 9 Turn...

Page 140: ...Power Sources create large amounts of high frequency noise on the power line that the instrument may not fully reject Noise directly on the mains is typically better controlled Use the same mains out...

Page 141: ...ndwidth BW limit d AC Coupled e Auto trigger f 1 ms div g Set to measure Vp p and VRMS 6 Set the DUT to the 100 FS output voltage 7 Set the DUT to the 100 FS output current 8 Turn the DUT output on Do...

Page 142: ...create large amounts of high frequency noise on the power line that the instrument may not fully reject Noise directly on the mains is typically better controlled Use the same mains outlet for both t...

Page 143: ...1 ms div g Set to measure Vp p and VRMS 6 Set the DUT to the 100 FS output voltage 7 Set the DUT to the 100 FS output current 8 Turn the DUT output on Do not touch the load resistor The load resistor...

Page 144: ...ts Status reporting structure A diagram is provided showing an outline of the power supply error and event reporting function The error and event reporting system consists of the following three block...

Page 145: ...Appendix C Status model Series 2200 Programmable DC Power Supplies Reference Manual C 2 2200S 901 01 Rev C March 2016 Figure 25 Error and event handling process...

Page 146: ...opic describes the following six types of status registers Status byte register SBR on page C 3 Standard event status register SESR on page C 4 Operation condition register OCR on page C 5 Operation e...

Page 147: ...ueue 1 Not used 0 Not used Standard event status register SESR The standard event status register records six types of events that can occur within the power supply as shown in the following figure Fi...

Page 148: ...t current mode and is regulating its output current 2 CV Constant Voltage Indicates that the power supply is in constant voltage mode and is regulating its output voltage 1 WTG Waiting for Trigger Ind...

Page 149: ...ill be set to 1 whenever the same bit in the QCR makes a negative transition from 1 to 0 If a bit is set to 1 in the QPTR the corresponding bit in the QEVR will be set to 1 when the same bit in the QC...

Page 150: ...enable register is set to zero the event will not affect the status bit Various commands set the bits in the enable registers The enable registers and the commands used to set them are described in t...

Page 151: ...ter to control whether the QSB in the SBR is set when an event occurs and the corresponding QEVR bit is set Use the STATus QUEStionable ENABle command to set the bits in the QENR Use the STATus QUESti...

Page 152: ...Reading an event removes it from the queue Before reading an event from the Event Queue you must use the ESR query to read the summary of the event from the SESR This makes the events summarized by t...

Page 153: ...ist 120 Parameter of type Numeric Value overflowed its storage 130 Wrong units for parameter 140 Wrong type of parameter s 150 Wrong number of parameters 160 Unmatched quotation mark in parameters sin...

Page 154: ...Message 400 Query error 410 Query INTERRUPTED 420 Query UNTERMINATED 430 Query DEADLOCKED 440 Query UNTERMINATED Self test errors The following table lists the self test errors that can occur during p...

Page 155: ...sage 220 Front panel uart overrun 221 Front panel uart framing 222 Front panel uart parity 223 Front panel buffer overrun 224 Front panel timeout 225 Front Crc Check error 226 Front Cmd Error 401 CAL...

Page 156: ...In this appendix ASCII code chart D 2 Appendix D Display character codes...

Page 157: ...Appendix D Display character codes Series 2200 Programmable DC Power Supplies Reference Manual D 2 2200S 901 01 Rev C March 2016 ASCII code chart Figure 34 ASCII code chart...

Page 158: ...configuration 2 17 Menu 2 9 Timing 3 2 Connectivity GPIB 2 26 3 2 USB 2 28 3 1 Current Current output check 2 4 Setting the current limit 2 17 CV message 2 11 D Display 2 5 E Esc key 2 7 extended war...

Page 159: ...ister OENR C 8 Questionable enable register QENR C 8 Service request enable register SRER C 7 Status registers C 3 Operation condition register OCR C 5 Operation event register OEVR C 5 Questionable c...

Page 160: ...operty of Keithley Instruments All other trademarks and trade names are the property of their respective companies Keithley Instruments Corporate Headquarters 28775 Aurora Road Cleveland Ohio 44139 44...

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Keithley Series 2200, Reference Manual

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