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6247G/6247C DC Voltage Current Source/Monitor Operation Manual

List of Illustrations

No.

Title

Page

5-6

Connection for High Current Measurement .....................................................................

5-6

5-7

Connection with 12701A ..................................................................................................

5-7

5-8

Random Sweep and Random Pulse Sweep .......................................................................

5-18

5-9

2-Slope Linear Sweep .......................................................................................................

5-19

5-10

2-Slope Linear Pulse Sweep .............................................................................................

5-19

5-11

Concept of Output Status ..................................................................................................

5-25

5-12

Measurement in Sample Hold Mode ................................................................................

5-34

5-13

Rechargeable Battery Charge and Discharge Operations .................................................

5-38

5-14

NULL Calculation Timing ................................................................................................

5-50

5-15 Scanner

Control

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5-58

5-16 Serial

Connection

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5-62

5-17 Parallel

Connection

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5-63

5-18

Conceptual Diagram of Memory Store .............................................................................

5-64

5-19 Self-Test

Operation

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5-69

6-1

Status Register Structure ...................................................................................................

6-15

6-2

Status Byte Register Structure ..........................................................................................

6-16

8-1

Connections for Calibration ..............................................................................................

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8-12

Summary of Contents for 6247C

Page 1: ...UMBER C Printed in Japan ADC CORPORATION All rights reserved 6247G 6247C DC Voltage Current Source Monitor Operation Manual FOE 00000088B00 First printing Oct 31 2013 Applicable Models 6247G 6247C 201...

Page 2: ......

Page 3: ...ons 2 1 2 1 1 Front Panel 2 1 2 1 1 1 Display Section 2 2 2 1 1 2 SOURCE Section 2 2 2 1 1 3 SOURCE RANGE Section 2 3 2 1 1 4 MEASURE Section 2 3 2 1 1 5 OUTPUT CONTROL Section 2 4 2 1 1 6 TRIGGER Sec...

Page 4: ...Limiter Setting 4 4 4 2 6 MENU Key Parameter Setting 4 4 4 2 7 MODE Key Source Mode 4 16 4 2 8 MON Key Measurement Mode 4 16 4 2 9 NULL SEL Key 4 16 4 2 10 OPR SUSPEND Key Operating Suspend 4 17 4 2...

Page 5: ...5 2 6 2 Setting Limiters 5 38 5 2 6 3 Displaying and Outputting of Limiter Detection 5 39 5 2 7 Alarm Detection 5 39 5 2 8 Source and Measurement Timing 5 40 5 2 8 1 Restriction on Time Parameters 5 4...

Page 6: ...4 4 Setting RS 232 6 9 6 4 5 Command Transmission and Response 6 12 6 4 5 1 Command Transmission 6 12 6 4 5 2 Response 6 12 6 4 5 3 Response to Setting Command and Query Command 6 12 6 4 5 4 Response...

Page 7: ...Range 8 15 8 5 7 Current Measurement Calibration 30 A to 300 mA Range 8 15 9 SPECIFICATIONS 9 1 9 1 Source and Measurement 9 1 9 2 Source and Measurement Function 9 8 9 3 Setting Time 9 10 9 4 General...

Page 8: ......

Page 9: ...8 Other Keys 2 5 2 9 Output Section 2 6 2 10 POWER Switch 2 6 2 11 Screen Display Annotations 2 7 2 12 Rear Panel 2 10 2 13 Relation between Keys 2 12 2 14 Menu Operation Overview 2 26 2 15 DC Measure...

Page 10: ...geable Battery Charge and Discharge Operations 5 38 5 14 NULL Calculation Timing 5 50 5 15 Scanner Control 5 58 5 16 Serial Connection 5 62 5 17 Parallel Connection 5 63 5 18 Conceptual Diagram of Mem...

Page 11: ...rce Mode 5 17 5 7 Reverse Operations in DC Sweep Mode 5 20 5 8 Reverse Operation at Pulse Sweep 5 21 5 9 Relation between Prefixes and Exponents 5 36 5 10 Alarm Detection Contents 5 39 5 11 Source Mod...

Page 12: ......

Page 13: ...with the minimum pulse width of 50 s By using these functions the 6247G 6247C can be widely used as ideal SMU for evaluating or testing semiconductor and other electronic components Source and measur...

Page 14: ...Part number Quantity Remarks Power cable 1 A01402 1 3 pin plug JIS 2 m Input and output cable A01044 1 Red and black each Alligator clip adapter A08532 1 Red and black each Banana tip adapter A08531 1...

Page 15: ...y List Name Part number Remarks Test fixture 12701A Connecting cable A01041 Input cable test probe A01044 Input and output cable safety plug A08532 Alligator clip adapter for A01044 A08531 Banana tip...

Page 16: ...consideration given to the noise contained in the AC power line Nevertheless it is recommended that the 6247G 6247C be used in an environment with as little line noise as possible If line noise is un...

Page 17: ...nutes after turning on the power to ensure the spec ified accuracy of the 6247G 6247C Vibration Direct sunlight Corrosive gas Front Avoid operation in these areas Use a noise cut filter when there is...

Page 18: ...CAUTION To prevent damage to the 6247G 6247C do not apply a voltage or frequency that exceeds the spec ified range Table 1 3 Power Supply Specification Standard Optional 32 42 44 100 VAC 120 VAC 220 V...

Page 19: ...anual 1 4 2 Power Specification 1 7 Ensure that the power voltage setting on the instrument rear panel matches the voltage of the commercial power supply Figure 1 2 Set Power Voltage Indicator Voltage...

Page 20: ...eplacing the power fuse CAUTION 1 If the power fuse has opened a problem occurred in this instrument Contact an ADC CORPORATION sales representative 2 Always use the same fuse type and rating to preve...

Page 21: ...le that conforms to the power outlet voltage and type However for use outside of Japan use only a power cable approved for the respective country 2 To prevent electric shock connect the power cable to...

Page 22: ...procedure below to ensure the instrument operates correctly 1 Ensure that the POWER switch on the front panel is set to OFF 2 Plug the power cable into the AC power connector on the rear panel CAUTION...

Page 23: ...x 15 sec See Figure 1 5 Figure 1 5 Self Test in Progress When the test is complete the model name line frequency setting interface information GPIB address or USB ID and software revision appear See F...

Page 24: ...t 5 Press MON twice The voltage measurement function starts See Figure 1 8 Figure 1 8 VSVM Measurement Output OFF 6 Press OPR The OPR indicator goes ON and VSVM measurement starts See Figure 1 9 Figur...

Page 25: ...Avoid storing the 6247G 6247C in a location where there is a lot of dust or where it will be subjected to direct sunlight 1 6 3 Transport When transporting the 6247G 6247C pack it in accordance with...

Page 26: ...rate Standby relay operations It can be checked from the menu or by using the remote commands The output relay turns ON or OFF every time the output status switches between Operate and Standby To enha...

Page 27: ...ed circuit boards Yes Unit Main Printed circuit boards Toner cartridge No Plastic containing brominated flame retardants Yes Unit BPQ 013001 BPQ 012011 BPF 034288 BPK 012012 BPB 012013 WBL 6247PS Conn...

Page 28: ...o nents mechanical components Lead or its compounds Yes Unit BPQ 013001 BPQ 012011 BPF 034288 BPK 012012 BPB 012013 WBL 6247PS Lead solder used for assembling elec tronic components on printed circuit...

Page 29: ...rt names and functions on the front and rear panels and the screen display anno tation elements Fore more information on the operation refer to Chapter 4 REFERENCE 2 1 1 Front Panel The following desc...

Page 30: ...lay It displays the source value the measurement value and the unit operational status It functions as the setting screen when changing the setting parameters 2 1 1 2 SOURCE Section Figure 2 3 SOURCE...

Page 31: ...the optimum fitting range FIT or the currently setting range to input the source values 2 DOWN key Lowers the source range 3 UP key Raises the source range 2 1 1 4 MEASURE Section Figure 2 5 MEASURE...

Page 32: ...indicator blinks 3 SUSPEND SHIFT OPR key Sets Suspend regardless of Operate or Standby status 4 STBY key Sets the output status to Standby 2 1 1 6 TRIGGER Section Figure 2 7 TRIGGER Section 1 HOLD ke...

Page 33: ...r decreases the source value or limit value at the cursor position Move up and down the hierarchy on the menu screen 6 key Rotary knob Increase or decreases a parameter value at the cursor position fl...

Page 34: ...ge output and input termi nals for voltage measurement in the remote sense mode 4 wire connection 3 OUTPUT Indicator Lights when the output relay is ON Operate or Suspend status WARNING Electric shock...

Page 35: ...uspend Displays the suspend voltage Displays the output impedance in Suspend status HZ High impedance status LZ Low impedance status For more information on this operation refer to Section 5 2 Functio...

Page 36: ...indicator for menu Blinks if a lower hierarchy exists key enabled at parameter setting on the menu screen 6 FIT indicator Source range is set to FIT 7 HV indicator High Voltage indicator Goes ON when...

Page 37: ...ion mode is ON OPR Illuminates or extinguishes depending on the output status Operate ON Suspend Blinks Standby OFF When the comparator calculation is ON either one of these three indicators goes ON d...

Page 38: ...2 12 Rear Panel 1 AC power connector Connects the 6247G 6247C to the AC power supply by using the supplied power cable 2 Voltage selector and fuse holder Selects voltage manually to match the AC powe...

Page 39: ...gnal synchronized with the source output in the pulse source mode or sweep source mode 5 INTERLOCK OPERATE IN OUT INTERLOCK Interlock signal input The input resistance is approximately 10 k OPERATE IN...

Page 40: ...rs from the one shown repeat the procedure from the beginning 2 2 1 Setting Source Value 2 2 1 1 Relation between Keys The following figure shows the relation between keys Figure 2 13 Relation between...

Page 41: ...ys and the UP DOWN keys or the rotary knob and keys move the cursor blinking position left and right keys or rotary knob can change the value indicated by the cursor The following figures show the set...

Page 42: ...mentally while the key is being pressed The figure stops increasing when the key is released 5 When is rotated the figure increased by one for each clockwise click or decreases by one for each counter...

Page 43: ...UP key The range change adjusts to synchronize the source value before and after the change If the set value is below the lowest digit it is rounded off 5 V range UP Example of changing the 5 V range...

Page 44: ...ltage Current Source Monitor Operation Manual 2 2 1 Setting Source Value 2 16 If the final value would exceed the valid range change is not possible An error is generated and changes do not occur 50 V...

Page 45: ...en the FIT indicator turns ON the range is automatically adjusted so that the source value is generated in the optimum range The following figures show the setting procedure 1 Press to move the cursor...

Page 46: ...Source Value Using Direct Input Mode Press the 123 key to turn to the direct data input mode and set the source value by using the numeric keys and the unit key which are printed in green on the pane...

Page 47: ...Press ENTER The numeric value has been applied and the direct input mode is released 4 Press the 123 1 0 ENTER keys in order to set 10 V When the FIT indicator turns OFF the value exceeds the 5 V sett...

Page 48: ...d LO limit values have two settings This section describes the difference between them HL value refers to HI limit value and LL value refers to LO limit value 2 2 2 1 Setting Current Limiter The setti...

Page 49: ...creases by one and the LL value also changes at the same time The LL value cannot be changed directly Separate setting 1 Press LIMIT The cursor positions on the HL value and the LL value is displayed...

Page 50: ...The cursor moves to the LL value and the HL value is displayed at half bright ness 4 Move the cursor to 3 5 Press or rotate one click counterclockwise The LL value changes and the ranges for both the...

Page 51: ...1 Setting Current Limiter The HL value and the LL value for the voltage limiter can be set to the same polarity However the HL and LL values have the following restriction 60 digits HL value LL value...

Page 52: ...2 2 2 Setting Limiter Values 2 24 5 Press or rotate one click clockwise 6 Press twice Move the cursor to 7 Press or rotate one click clockwise to set the same polarity Half brightness Cursor blinking...

Page 53: ...igure 2 14 shows an overview of the menu operations 2 2 3 1 How to Operate Menu Operate the menu in accordance with the following procedure 1 Press MENU The selection screen for the Category level A S...

Page 54: ...er to return from the Input Run level to the Category level 3 Press EXIT to discard the input data and revert to the directly set value 4 Enabled for switching between two parameters 5 Enabled when Pu...

Page 55: ...r Move cursor to left Change selection Go to right category Go to right parameter Move cursor to right Change selection Go to right or left category Go to right or left parameter Increase decrease fig...

Page 56: ...V to 250 00 V Numeric 3 Suspend Z Output impedance in Suspend HiZ LoZ Select 4 LMT Input How to set the limiter Balance Separate Select 5 Response Output response Fast Slow Select MENU A SOURCE a Cate...

Page 57: ...SEL to switch between Start and Stop 1 First Val 2 slope linear sweep first value In Linear 2 mode Numeric VS 15 000 V to 250 00 V IS 0 0000 A to 320 00 mA 2 Middle Val 2 slope linear sweep middle va...

Page 58: ...Zero Measurement auto zero On Off Select 2 Integ Time Integration time 100 s 500 s 1 ms 5 ms 10 ms 1 PLC 100 ms 200 ms S H S H is available only when the output mode is set to the pulse mode or the p...

Page 59: ...n Select 4 View Mx Mn Reading MAX MIN calculation results a Sample Number of measurement data b Maximum Maximum measurement value c Minimum Minimum measurement value d Average Measurement average valu...

Page 60: ...ENTER to run Run 2 Param Save Saves the setting parameters Save0 Save1 Save2 Save3 Sv Dflt Select the parameter above and press ENTER to run Run 3 PON Load Parameter load at power on P OFF Load0 Selec...

Page 61: ...s completion notice buzzer On Off Select 4 Self Test Runs the selected self test Use or to select Press ENTER to run a Self Test Self Test b Dsp KeyTst Display Key Test Others 5 Serial No Reads out th...

Page 62: ...ut USB ID RS 232 baud rate number of data bits number of stop bits parity Parameter load at power ON Operation Character display area 1 Press MENU and select K PARAMETER with or K PARAMETER 2 Press to...

Page 63: ...ement operating status and operating point Figure 2 15 DC Measurement Preparation 1 Initialize the 6247G 6247C in accordance with the procedure described in Sec tion 2 2 4 Initializing Setting Conditi...

Page 64: ...SOURCE and LMT Input 5 Press LIMIT 6 Press 123 3 and ENTER in order 7 Press LIMIT NOTE The following example operation uses ideal values assuming that the 1 k resistor the cables the 6247G 6247 and ot...

Page 65: ...n 1 V is applied to the 1 k resistor See Point A in Figure 2 15 9 Press to move the cursor to 1 and change the source value to 2 V with or The measured current value is displayed when 2 V is applied t...

Page 66: ...e voltage source value is set to 6 V in the 50 V range As the source current is limited by the current limiter the limiter indicator goes ON See Point D in Figure 2 15 Current source ISVM 12 Press VS...

Page 67: ...the pulse source mode In this example voltage source current measurement VSIM is performed as changing the measurement points A and B in accordance with the following figure Figure 2 16 Pulse Measure...

Page 68: ...T 123 3 and ENTER in order The current limit value is set to 3 mA 5 Press LIMIT The HOME screen is displayed Setting the base value 6 Press MENU 7 Press or to select A SOURCE Press to enter the Select...

Page 69: ...123 5 0 and ENTER in order Tw is set to 50 ms 16 Press and to select 5 Period Press to enter the Input Run level 17 Press 123 1 3 0 and ENTER in order Tp is set to 130 ms 18 Press MENU The HOME screen...

Page 70: ...ement with the base value 24 Follow step 12 to set the measurement delay time to 60 ms and press MENU The HOME screen is displayed Td2 The measured current value with the base value of 1 V is displaye...

Page 71: ...VSIM linear sweep is performed with steps of 1 V from 1 V to 10 V as shown in Figure 2 17 below Figure 2 17 Sweep Measurement Source mode DC sweep Sweep type Linear sweep default Bias value 0 V defau...

Page 72: ...is displayed Setting the sweep source mode 5 Press MODE Rotate or press or to select DC SWP and press ENTER The DC indicator and the SWP indicator go ON showing the DC sweep has been set 6 Press MENU...

Page 73: ...select D TIME 17 Press and to select 2 Src Delay Press to enter the Input Run level 18 Press 123 1 and ENTER in order The source delay time is set to 1 ms 19 Press and to select 3 Meas Delay Verify th...

Page 74: ...indicator is ON Starting sweep measurement 28 Press OPR The Operate status is set The source value indicates the bias balue 29 Press TRIG The sweep measurement starts while displaying the source and m...

Page 75: ...Recall Press to enter the Input Run level The data stored in the measurement data memory is read out The final stored data is displayed 34 Rotating changes the memory address and then reads out the st...

Page 76: ...However the 6247G 6247C always starts up with the same condition by loading the parameters saved in area 0 Select which parameters to be loaded at power ON by selecting K PARAMETER and then 3 PON Load...

Page 77: ...ion Character display area 1 Press MENU and select K PARAMETER with or K PARAMETER 2 Enter the Select level with 1 Param Load 3 Select 2 Param Save with or 2 Param Save 4 Enter the Input Run level wit...

Page 78: ...2 Operation Character display area 1 Press MENU and select K PARAMETER with or K PARAMETER 2 Enter the Select level with 3 Select 1 Param Load with or 1 Param Load 4 Enter the Input Run level with 1...

Page 79: ...ON P OFF Saved in non volatile memory areas 0 to 3 Source function VS Parameters for VS Source value pulse value and range 0 0000 V HI LO limit values and range 320 0 mA 320 0 mA Bias value and range...

Page 80: ...unt 0001 Start address 0000 Stop address 0000 First value and range 0 0000 A Middle value and range 0 0100 A Last value and range 0 0200 A First step value and range 0 0001 A Second step value and ran...

Page 81: ...g constant C 1 00000E 00 Parameters for IM Measurement range 0 Comparator calculation HIGH value 0 00000E 00 Comparator calculation LOW value 0 00000E 00 NULL value 0 00000E 00 Scaling constant A 1 00...

Page 82: ...ement auto range OFF Measurement delay time range 04 000 ms Period 50 000 ms Pulse width 25 000 ms Hold time 00 003 s Source delay time 00 030 ms Measurement auto range delay time 00 000 s Auto zero O...

Page 83: ...ward voltage The measurement conditions are described below VF measurement Use pulse current to measure the forward voltage VF at 100 mA to avoid the influence of the heat Also use NULL calculation to...

Page 84: ...1 Diode Measurement Connection Measuring the diode forward voltage 2 Set the conditions for VF measurement 3 Short circuit the HI OUTPUT cable red and the LO OUTPUT cable black to obtain the NULL val...

Page 85: ...oltage as the battery and HiZ to reduce transient current during Oper ate status The discharged voltage is stored in the memory and is read out after the test is complete However the memory can only s...

Page 86: ...tored in the memory is limited up to 8000 seconds from the discharge start by the memory capacity Figure 3 2 Battery Discharge Test Waveforms Discharge test condition example Source mode Pulse current...

Page 87: ...o set the instrument Standby automatically after completing the charge or discharge Figure 3 3 Battery Charge Discharge Test Connection Charge test 1 Set current source current measurement 2 Set the c...

Page 88: ...3 6 Discharge test 1 Set current source voltage measurement 2 Set the discharge test parameters 3 Set the output status to Operate The battery starts discharging with pulse current When the battery vo...

Page 89: ...MPUTE 4 10 CONST 4 11 Data Bit 4 14 Data Set 4 10 Disp Digit 4 9 Disp Unit 4 9 Error Log 4 15 EXT SIGNAL 4 11 First Value 4 7 GPIB Adr 4 13 Header 4 13 High Value 4 11 Hold Time 4 7 I F 4 13 Integ Tim...

Page 90: ...4 Source Mode 4 16 Src Delay 4 7 Start Value 4 6 Step Value 4 6 Step1 Val 4 7 Step2 Val 4 7 Stop Bit 4 14 Stop Value 4 6 Store Mode 4 9 Suspend V 4 4 Suspend Z 4 4 SWEEP 4 5 Sweep Adr 4 7 Sweep Type 4...

Page 91: ...ource function are the same the range is fixed at the source range For more information on the measurement auto range refer to Section 5 2 5 2 Measurement Ranging 4 2 2 DOWN Key Source Range Decreases...

Page 92: ...Suspend V Sets the output voltage in Suspend Suspend Z Sets the output impedance in Suspend HiZ The output current limit is set to 100 nA so the output impedance increases LoZ The output current limi...

Page 93: ...ects the range function for the sweep source mode Auto Sweeps in the optimum range at every step from the start value to the stop value Fix Sweeps in the fixed range which can output any source values...

Page 94: ...e bias value source value before sweep start PSW Base Sets the pulse sweep base value Figure 4 1 Linear Sweep Fixed SWEEP VAL Level Value Sets the fixed level value for fixed sweep Sample Cnt Sets the...

Page 95: ...middle value for 2 slope linear sweep Step2 Val Sets the step 2 value between the middle value and the last value for 2 slope linear sweep Bias Value Sets the bias value source value before sweep star...

Page 96: ...eg Time Sets the measurement integration time Select the integration time from 100 s 500 s 1 ms 5 ms 10 ms 1 PLC 100 ms 200 ms and S H S H is the sample hold mode The integration time is 100 s The sam...

Page 97: ...measurement data memory related parameters While the ST indicator is ON measurement data is always being stored in the memory When the memory reaches the upper limit 8000 data sets the ST indicator bl...

Page 98: ...s the comparator calculation The calculation result is reflected on the indicator the header of data output Talker output and the status byte HI High value Measurement data GO Low value Measurement da...

Page 99: ...ontrol signal ports are on the rear panel OPR Signal Selects the external control signal input or output function for INTERLOCK OPERATE IN OUT STBY In Sets Standby when the signal level changes from L...

Page 100: ...d Outputs a negative pulse when the measurement is completed and the period time ends Comp HI Outputs a negative pulse when the comparator calculation result is HI Comp GO Outputs a negative pulse whe...

Page 101: ...latile memory area 0 Save1 Saves the current setting parameters to the non volatile memory area 1 Save2 Saves the current setting parameters to the non volatile memory area 2 Save3 Saves the current s...

Page 102: ...d only when the RS 232 interface is selected NONE No parity bit ODD Odd parity bit EVEN Even parity bit Stop Bit Selects the number of stop bits Displayed only when the RS 232 interface is selected 1...

Page 103: ...l and parameter saving or loading On Sounds Off Not sound Self Test Executes the self test for selected items Serial No Displays the 9 digit serial number Error Log Displays the number of errors that...

Page 104: ...rrent sweep The PLS and the SWP indicator go ON 4 2 8 MON Key Measurement Mode Selects the measurement function current measurement voltage measurement or resistance measure ment Pressing this key swi...

Page 105: ...s The suspend voltage is dis played and the header indicates the suspend status HZ High impedance status LZ Low impedance status SUSPEND key SHIFT Sets Suspend in Standby or Operate status NOTE Sweep...

Page 106: ...SWP STOP Key Trigger Sweep Stop TRIG key Functions as source or measurement trigger key SWP STOP key Stops sweep 4 2 14 UP Key Source Range Increases the source range by one The source range setting...

Page 107: ...tches into the direct input mode that enables numeral data input and displays the setting value at half brightness In this status green colored functions on the panel are enabled However the EXP key i...

Page 108: ......

Page 109: ...curate measurement 5 1 DUT Connection 5 1 1 Note for Output Terminals Figure 5 1 below shows the internal wire connection of the 6247G 6247C The output terminals are cut off from the internal circuits...

Page 110: ...wire connection Line resistance output current 10 V 4 wire connection The line resistance of the supplied cable A01044 is approximately 100 m Thus when the output current is 100 A or higher use the 4...

Page 111: ...sensing voltage tolerable voltage difference between OUTPUT and SENSE is 1 0 V at both HI and LO sides To satisfy the specified accuracy maintain the following restriction for r1 to r4 r1 r2 1 0 V Io...

Page 112: ...scillation according to the following procedure 1 Verify if the load capacitance or load inductance does not exceed the maximum load capacitance or load inductance specified in Chapter 9 SPECIFICA TIO...

Page 113: ...te To minimize a current leak be careful that the ferrite bead does not touch other terminals the DUT case lead wires or other ferrite beads Figure 5 4 Preventing DUT Oscillation For a high frequency...

Page 114: ...ctance Use twisted pair shielded cables for OUTPUT and SENSE as in Figure 5 6 to prevent induction noise Especially be sure to use shielded cables when measuring current of 1 A or less The cables for...

Page 115: ...e connection inside the 12701A refer to 12701A Operation Manual Figure 5 7 Connection with 12701A CAUTION Follow the procedure below to prevent electric shock 1 Be sure to ground the 12701A protective...

Page 116: ...time Measurement data processing time Tcn Operation processing time HOLD Executes mea surement after trigger input Changing the source value AUTO Source value changing does not induce range changing...

Page 117: ...spended status The measurement is not executed in Standby or Suspend status Changing the source value AUTO Source value changing induces range changing Tp Period time Td Measurement delay time Tm Meas...

Page 118: ...ge processing time HOLD Executes mea surement after trigger input Changing the source value AUTO Source value changing does not induce range changing HOLD Standby Operate Tp Tp Tw Tw Td Tm Td Tm Tcn T...

Page 119: ...hanging the range Pulse generation starts when the Operate processing time has passed after setting to Operate If the source change entails the range change the base value and pulse value are set in t...

Page 120: ...ircase waveforms of the step value between the first value and the last value Fixed sweep Sweeps with waveforms of the speci fied constant value the specified num ber of sample count Random sweep Swee...

Page 121: ...p is displayed in Operate status Pulse sweep Linear sweep Sweeps with staircase pulse wave forms of the step value between the first value and the last value Fixed sweep Sweeps with pulse waveforms of...

Page 122: ...Period time Start address and stop address for random sweep These are changeable in the start address to stop address range when switching from Standby status to Operate or Suspend Sweep function par...

Page 123: ...nt is set to other than 1 the hold time Th is skipped in the second or later sweep operation HOLD Executes mea surement after trigger input Changing the source range AUTO Changes the source range dur...

Page 124: ...ut Changing the measure ment range AUTO Changes the mea surement range during sweep Th Hold time Tp Period time Td Measurement delay time Tds Source delay time Tm Measurement time Integration time Mea...

Page 125: ...surement time Inte gration time Measure ment data processing time Tcn Operate processing time Trc Range change processing time When the repeat count is set to other than 1 the hold time Th is skipped...

Page 126: ...the random pulse sweep function shares the memory whether to generate DC waveforms or pulse waveforms is selectable Figure 5 8 below shows this relation Figure 5 8 Random Sweep and Random Pulse Sweep...

Page 127: ...esignated first value and middle value Next it sweeps staircase waveforms staircase pulse waveforms of the 2nd step value between the designated middle value and last value Figure 5 9 2 Slope Linear S...

Page 128: ...Operate process ing time Trc Range change processing time When the repeat count is set to other than 1 the hold time Th is skipped in the second or later sweep operation HOLD Th Start trigger Tp Tp T...

Page 129: ...r later sweep operation HOLD RTB Waveform Operation ON Returns to the bias value when sweep stops OFF Stays at the stop value when sweep stops Bias value Th Tp Tp Tp Tp Tp Tp Td Tds Td Base value Oper...

Page 130: ...base value Voltage pulse sweep base value Voltage stop address Voltage start address Voltage sampling count Voltage level value Voltage step value Voltage stop value Current stop value Current step v...

Page 131: ...he source value pulse value for the DC or pulse source mode is output in the displayed range The range of the bias base start and stop values for the sweep source mode is decided by set ting the sweep...

Page 132: ...Operations in DC Sweep Source Mode or Table 5 6 Operations in Pulse Sweep Source Mode If the period time is extended the TpALM indicator illuminates Source function Setting value Range Voltage source...

Page 133: ...ys Therefore using the suspend function is recommended whenever turning OFF the output to change the source conditions Table 5 11 below shows a conceptual diagram of output status Figure 5 11 Concept...

Page 134: ...DUT to low impedance status when the output is OFF The output response speed is faster because the limiter range does not change in Operate status 4 Current limiter in Suspend Suspend status always s...

Page 135: ...to 100 digits 100 nA when the IS range is 3 A range or 30 digits when it is other than 3 A range 3 Shifting between Operate Standby and Suspend NOTE The source data during sweep is generated with the...

Page 136: ...ted inde pendently from the source function When it is set to ON the measurement function is set according to the source function Use E MEASURE and 6 Mfunc Link to switch this mode ON or OFF When this...

Page 137: ...w Source function Measurement auto range OFF Measurement auto range ON Voltage measurement Current measurement Voltage measurement Current measurement Voltage source Fixed to the source range Fixed to...

Page 138: ...nge and the limit value changes to 3 219 mA For 3 measuring with the 3 mA range outputs 1 mA measurement data The output current is supposed to change to 100 mA at Point y However as the limit value i...

Page 139: ...SVM When an external voltage is measured with Auto range by following the procedure below overload OVL is detected and the output status is set to Standby 1 Set the current source to 0 A and the limit...

Page 140: ...ts voltage overload and sets the output status to Standby The operation above is unavoidable in principle For using the 6247G 6247C under the above condition do not use the measurement auto range NOTE...

Page 141: ...sistance value the calculation is made by the measurement value and the base value 3 Measuring at the timing overlapping with the pulse value and the base value The measurement value changes depending...

Page 142: ...is changed to DC mode or DC sweep mode the sample hold mode is released and the integration time parameter becomes 100 s To use the sample hold mode again set the integration time parameter to sample...

Page 143: ...been completed However auto zero operation is not performed when the memory store mode is set to Burst The integration time is changed NOTE When the auto zero function is enabled in the pulse source m...

Page 144: ...in an exponential form 1 When displaying 10 mA with Prefix The following table shows the relation between prefixes of exponents 2 When displaying 10 mA with Exponent A decimal point is always after th...

Page 145: ...the current source function set the voltage limiter values VHL VLL in the following range against VB VLL VB VHL If these values are set outside the above range the 6247G 6247C detects overload OVL an...

Page 146: ...g values are set in the optimal ranges 3 Usage for Separate setting Setting both the HI limit and LO limit values to positive voltage can be used for rechargeable bat tery charge and discharge testing...

Page 147: ...following table shows the messages and their descriptions and causes When Source Unit or Fan Stopped occurs the output is set to Standby and operation is not possible until the power is turned on agai...

Page 148: ...the required parameters Table 5 11 Source Mode and Time Parameters to Be Considered Source mode Th Tds Td Tw Tp Tm Timing diagram DC Trigger mode AUTO Table 5 2 Trigger mode HOLD Pulse Table 5 3 DC sw...

Page 149: ...s If the time parameters are set to exceed any of these restrictions an error message is displayed when the output is set to Operate or when sweep starts and measurement does not start 1 Restrictions...

Page 150: ...ode 3 Source delay time measurement delay time and pulse width The setting resolutions of the source delay time the measurement delay time and the pulse width are determined by the period time resolut...

Page 151: ...s for each resolution are obtained as listed in the table be low NOTE If set as Tp Td Tm the actual period becomes Td Tm and TpALM indicator goes ON Auto zero may not be executed in some cases Period...

Page 152: ...output noise to ensure stability with respect to L and C loads Setting the settling time by selecting A SOURCE 5 Response on the menu screen Fast Fast mode Slow Slow mode 2 Voltage source The settling...

Page 153: ...asurement delay Td to Ts or over When VRL is less than 10 V Fast Slow Ts 10 VRL Is Rs 50 IS 30 A to 300 mA range Slow Ts 10 VRL Is Rs 250 IS 3 A range When VS is 10 V or higher Fast Ts 2 VRL Is Rs 100...

Page 154: ...ode when 1 mA current is applied to 1 k resistance in the 3 mA range VRL 1 mA 1 k 1 V Ts 10 VRL Is Rs 50 1 10 1 V 1 mA 220 50 95 5 s 96 s Rs value Current source range coefficient Range Rs Current sou...

Page 155: ...essing times are added by NULL calculation scaling calculation Max Min calculation and comparator calculation NULL calculation ON Approx 0 2 ms Scaling calculation ON Approx 1 ms Max Min calculation O...

Page 156: ...e temporal response in the current value that occurs when the measurement range is switched The auto range delay function is enabled only in the current measurement IM auto range It does not work in t...

Page 157: ...urrent Source Monitor Operation Manual 5 2 8 Source and Measurement Timing 5 49 Tar measure Calculate the Tar setting using the expression below Tar 15000 CL s Example If CL 1 F Tar 15000 1 15 ms Set...

Page 158: ...n is ON The NULL value is rewritten when the NULL calculation switches from OFF to ON or when the NULL calculation is initialized If the measured value is over range data and the NULL calculation is t...

Page 159: ...is ON the MATH indicator goes ON The set ranges of Constant A Constant B and Constant C are 0 to 9 99999 E26 however Constant A 0 If the calculation result exceeds 9 99999E E26 it is scaling over and...

Page 160: ...LO when X DL X Du respectively 2 Calculation result output The calculation result is output to the output data header and the device event register in the status register Also HI GO and LO signals se...

Page 161: ...age 5 Total value e Total 3 Operation Valid data except over range data and error data is calculated When the maximum or minimum value is updated with the notice buzzer set to ON the buzzer sounds How...

Page 162: ...arator calculation result signal HI GO LO SYNC OUT 1 Output Pulse output signal in the pulse source mode Step up signal in the sweep source mode INTERLOCK IN 2 Input TTL negative level Approx 10 k Set...

Page 163: ...se period Tp and the hold time Th See Table 5 13 and Table 5 14 4 Restrictions on the time Thp ext from sweep start to the next trigger signal input For the sweep source mode there are restrictions on...

Page 164: ...rce delay 30 s pulse width 500 s at high speed burst operational status in the BURST mode 2 2 High speed burst operational status The High speed burst operational status starts when the TRIGGER IN sig...

Page 165: ...nitor Operation Manual 5 2 10 External Control Signals 5 57 When the source mode is PLS Minimum value with the memory mode BURST and measurement ON When the source mode is PLS SWP Minimum value with t...

Page 166: ...ing the 7210 scanner In this example the measurement is performed in the pulse source mode and the channels of the 7210 are switched by the COMPLETE OUT END signal The following shows the connection d...

Page 167: ...ion of both source and measurement in the pulse source mode and the sweep source mode The timing control for the synchronization is performed by the external control signals TRIGGER IN SYNC OUT and OP...

Page 168: ...ng two or more 6247G 6247 units in syn chronous operation For all three units set the measurement range to Fixed and auto zero to OFF Using the external trigger has restrictions on setting Tp and Th f...

Page 169: ...Tds2 Tds1 Tsync 2 Td2 Td1 Tsync 3 Tw2 Tw1 4 Tp2 Tp1 TA Measurement trigger Source SYNC OUT 6247G 6247C Master SYNC OUT TRIGGER IN 6247G 6247C Master 6247G 6247C Slave Set to HOLD Measurement Tp1 Tds1...

Page 170: ...ltage Load voltage Figure 5 16 Serial Connection CAUTION 1 If the load is short circuited the two 6247G 6247C units apply reverse polarity voltage to each other Depending on the settings an overload m...

Page 171: ...allel Connection CAUTION 1 If the load is opened current flows from the higher to the lower of the set voltage Depending on the settings an overload may be generated 2 If the load is opened when three...

Page 172: ...al mode and the Burst mode Figure 5 18 Conceptual Diagram of Memory Store Scaling calculation Scaling calculation OFF Scaling calculation OFF Max Min calculation Max Min calculation OFF Max Min calcul...

Page 173: ...easuring a certain number of times such as sweep measurement Minimum repeat time 10 ms 2 ms Measurement data display Displayed in real time Displayed in idle time of measurement tasks or when measurem...

Page 174: ...are cleared after displaying the error log screen and completing the menu screen When the ERR or CLS command is executed 3 Reading out error logs Select the parameters M SYSTEM and 5 Error Log on the...

Page 175: ...AM Rd Wt 4 002 Display section communication Panel Comm 5 005 Analog section communication Analog Comm 6 008 FLASH writing error Flash Write 7 012 CAL data SUM CAL data SUM a 2 8 013 Parameter SUM Par...

Page 176: ...mit 50 V FS LL 50V FS 1024 38 224 Low Limit 10 V FS LL 10V FS 2048 39 225 Low Limit 250 V FS LL 250V FS 4096 40 226 Low Limit 15 V FS LL 15V FS 8192 41 230 IM 3 A ZERO IM 3uA Zero d 1 42 231 IM 30 A Z...

Page 177: ...n that order on the menu screen and press ENTER Press and then press or to select the parameters Self Test and Dsp Key Tst Figure 5 19 Self Test Operation Verify the error detected Revision display PA...

Page 178: ...s as the 6243 6244 but does not have command compatibility For more information on the remote operation refer to Section 6 7 4 Remote Command List The following commands have compatibility V command I...

Page 179: ...s Operation The 6243 6244 does not have a delay time from the external trigger input to the measurement start but the 6247G 6247C has Tsync delay time Therefore consider the Tsync delay time when usin...

Page 180: ...es a DAC for current limiter on the HI side and the HiLmt error amplifier A2 becomes an error amplifier for current limiter on the HI side Likewise the LoLimitDAC and the LoLmt error amplifier A3 work...

Page 181: ...measurement voltage source and voltage lim iter always take place in the same range The A5 and A6 amplifiers have high input impedance to minimize leakage The A7 amplifier also has high input impedan...

Page 182: ......

Page 183: ...is saved in the non volatile memory The selected interface does not change when the unit is turned off or the interface is reset 2 When selecting the GPIB interface set a unique unit address 6247G Wh...

Page 184: ...ernal devices does not affect the measured values The remote commands are the same as with USB General specifications Standard IEEE 488 2 Code ASCII code Logic level Logical 0 High 2 4 V min Logical 1...

Page 185: ...conditions and setting conditions of each device before turning on all the devices connected to the bus If any device is not turned on the system may not operate correctly 4 Turn off all the devices...

Page 186: ...Adr 01 4 Enter the Input Run level with 2 GPIB Adr 01 5 To set the address press or to select the digit to be changed and use to increase or decrease the figure Alternatively directly enter the addre...

Page 187: ...TE All operations using a PC or hub cannot be guaranteed 6 3 2 USB Specifications Standard Complies with USB2 0 Full Speed Connectors USB type B female ID USB ID settable from 1 to 127 Remote Local Av...

Page 188: ...it time right after the previous command Operation Character display area 1 Press MENU and select L I F with or L I F 2 Enter the Select level with 1 I F BUS USB 3 Select 2 USB Id with or Currently se...

Page 189: ...t affected by the external device The remote commands are the same as with USB 6 4 2 Precaution when Using RS 232 Turn OFF the connected device before connecting or disconnecting the cross cable Also...

Page 190: ...de exceeds 251 characters The transmit data TxD checks the status of the data set ready DSR inside the 6247G 6247C If the data set ready DSR is false data output is interrupted When it is true data is...

Page 191: ...t 4 Talk Only with or Currently set status 4 Talk Only Off 4 Enter the Input Run level with 4 Talk Only Off 5 Select Talk Only ON or OFF with 4 Talk Only On 6 Press EXIT to exit the menu Operation Cha...

Page 192: ...rently set status 6 Data Bit 8 bit 4 Enter the Input Run level with 6 Data Bit 8 bit 5 Set the number of data bits 8 bit or 7 bit with 6 Data Bit 7 bit 6 Press EXIT to exit the menu Operation Characte...

Page 193: ...on Character display area 1 Press MENU and select L I F with or L I F 2 Enter the Select level with 1 I F BUS RS232 3 Select 8 Stop Bit with or Currently set status 8 Stop Bit 1 bit 4 Enter the Input...

Page 194: ...to 251 characters are recognizable in a single command transmission Sending 252 characters or more results in an error Place the control code CR delimiter at the end of a command to be sent 6 4 5 2 Re...

Page 195: ...The response to the MON command varies depending on whether the memory recall mode is set to ON or OFF CR and LF correspond to the control codes CR and LF respectively 1 When the memory recall is OFF...

Page 196: ...ches and maintains the status for each event It may also hold changes Once the register is set it remains set until it is read out by a query or cleared by CLS Data cannot be written into the event re...

Page 197: ...d Sweep End Sweep Step Complete End Of Measure Device Event Status Enable Register Self Test Error at Power ON Self Test Error Calibration Coefficient Lost Over Load Fan Stopped Over Heat Source Unit...

Page 198: ...tted as a service request to the controller Consequently the Status Byte Regis ter is slightly different from other status registers in structure The Status Byte Register is explained in the following...

Page 199: ...in use Always set to 0 3 DSB Device Event Status ON Set to 1 when any of the DESR incidents occurs and the bit is set to 1 if the corresponding DESER bit is also 1 OFF Set to 0 when DESR is cleared b...

Page 200: ...s turned ON Cleared when the ESE0 command is executed Table 6 4 Standard Event Status Register ESR bit Name Description 0 OPC Operation Complete ON Set to 1 when all operations are complete after rece...

Page 201: ...imiter High ON Set to 1 when the high limit value is detected 8 EOP Ext Operate Off In ON Set to 1 when an external operating interruption signal input is detected 9 ETG Ext Trigger In ON Set to 1 whe...

Page 202: ...n conditions in which the Device Event Status Register is cleared All cleared when the power is turned ON All cleared by CLS All cleared when read by DSR Conditions in which the Device Event Status En...

Page 203: ...reset after recalibration 3 ON Set to 1 when an overload is detected Not set to 0 even if the overload is cleared 4 ON Set to 1 when fan stopped is detected Not set to 0 even if the fan stopped is cle...

Page 204: ...surement data memory RECALL are read in the following format Using GPIB allows multiple data to be read H Header main header characters sub header of 1 character D Mantissa part polarity decimal point...

Page 205: ...header Main header U High limit detected B Low limit detected O Range over Z For resistance measurement the voltage source value is set to 0 zero F For resistance measurement the current source value...

Page 206: ...00 E 02 DC current measurement 3 A d dddddd E 06 E 06 30 A dd ddddd E 06 E 05 300 A ddd dddd E 06 E 04 3 mA d dddddd E 03 E 03 30 mA dd ddddd E 03 E 02 300 mA ddd dddd E 03 E 01 Resistance measuremen...

Page 207: ...s set to 0 zero 1 9 99999 E 33 9 99999 E 33 Scaling error 9 99999 E 32 9 99999 E 32 TOTAL error 9 99999 E 31 9 99999 E 31 No data exists at recall 2 8 88888 E 30 8 88888 E 30 1 This may occur in resis...

Page 208: ...paces can be inserted Between header and data Spaces can be inserted If a command string falls within the maximum number of characters that can be transmitted GPIB 255 characters USB 64 characters RS...

Page 209: ...Inserting commas Between multiple remote commands Commas can be inserted Between header and data Commas cannot be inserted Between multiple data Insert commas to separate between the data NOTE If a c...

Page 210: ...units that can be used for the D command NOTE When numeric data is expressed in an exponent format in the 6247G 6247C the number conver sion time becomes too long if the exponent is set to 31 or highe...

Page 211: ...S 6 37 BZ 6 43 BZ0 6 43 BZ1 6 43 BZ2 6 43 BZ3 6 43 BZ4 6 43 C 6 42 CAL 6 46 CAL0 6 46 CAL1 6 46 CO 6 41 CO0 6 41 CO1 6 41 CP 6 44 CP0 6 44 CP1 6 44 CP2 6 44 CP3 6 44 CP4 6 44 CP5 6 44 CP6 6 44 CW 6 44...

Page 212: ...6 42 OH 6 44 OH0 6 44 OH1 6 44 OP 6 43 OP0 6 43 OP1 6 43 OP2 6 43 OP3 6 43 OP4 6 43 OPR 6 34 P 6 37 6 48 R 6 38 R0 6 38 R1 6 38 RB 6 37 RB0 6 37 RB1 6 37 RCLP0 6 42 RCLP1 6 42 RCLP2 6 42 RCLP3 6 42 R...

Page 213: ...6 34 SUZ1 6 34 SV 6 38 SV0 6 38 SV1 6 38 SVR 6 32 SVR4 6 32 SVR5 6 32 SVR6 6 32 SVRX 6 32 SWSP 6 38 SX 6 36 SZ 6 40 TER 6 43 TOT 6 41 UZ 6 43 UZ0 6 43 UZ1 6 43 V 6 32 6 47 V4 6 47 V5 6 47 V6 6 47 VF 6...

Page 214: ...he following Acceptable Not acceptable in DC pulse OPR SUS column Acceptable only in the HOLD trigger mode or in Suspend status in Sweep OPR SUS column Acceptable only when sweep stops or in Suspend s...

Page 215: ...rison between data1 and data 1 the larger value is the HI limit value and the smaller is the LO limit value data 2 can be omitted In this case data1 and data 1 are assumed as HI and LO limit values re...

Page 216: ...d ddddE d 1 DBI DBI d ddddE d Trigger mode M0 AUTO M1 HOLD M Response M0 or M1 Operate Standby SBY Sets the output to OFF Standby OPR Sets the output to ON Operate SUS Sets the output to Suspend SBY O...

Page 217: ...t sp step 1 st sp step d ddddE d Fixed level sweep SF lvl cnt lvl Level source value 0 V 0 A cnt Sampling count 1 to 8000 1 If all the settings are omitted set the sweep type only However it is not al...

Page 218: ...alue sepa rately SM Response SM fd md ld st1 st2 1 fd md ld st1 st2 d ddddE d Sweep type SX The sweep type of the present source function is returned Response Linear sweep Same as the SN response Fixe...

Page 219: ...y is being set 0 RSAV Saves the random sweep data RLOD Loads the random sweep data RCLR Initializes the random sweep data Data saved in the memory is not initialized Pulse sweep base value BS data dat...

Page 220: ...nt OFF F1 DC voltage measurement DCV F2 DC current measurement DCI F3 Resistance measurement OHM F Response F0 to F3 Measurement range R0 AUTO range R1 Fixed to the limit value range However if the me...

Page 221: ...3 31 2 digits RE4 41 2 digits RE5 51 2 digits RE Response RE3 to RE5 Measurement auto range delay RD Ard Ard Measurement auto range delay time Units ms 1 0 RD Response RDddddd Measurement buffer memor...

Page 222: ...0 0 0 0 RDN Response RDN adr1 adr2 GPIB only adr1 adr2 dddd RDT Reads out data from the specified memory range GPIB only Response Data is read out from the specified range in the format described in S...

Page 223: ...KLO d dddddE dd Scaling calculation SCL0 OFF SCL1 ON SCL Response SCL0 or SCL1 KA a a Constant A 0 zero is invalid 1 KB b b Constant B 0 KC c c Constant C 4 1 KA Response KA d dddddE dd KB KB d dddddE...

Page 224: ...oads the data in non volatile memory area 2 as setting parameters RCLP3 Loads the data in non volatile memory area 3 as setting parameters RINI Loads the factory default settings as setting parameters...

Page 225: ...t of each register is returned Response a b c d a b c d 0 to 65535 Error log ERL Reads out error logs The number of errors and the error descriptions are all cleared Response ddd ddd ddd ddd ddd is sh...

Page 226: ...HI or LO Comparator calculation result HI or LO CP6 Sync Out signal output CP Response CP0 to CP6 CW0 Specifies the synchronous control signal output width 10 s CW1 Specifies the synchronous control s...

Page 227: ...onse ddd DSR Query of the Device Event Status Register DSR Response ddddd DSE Sets the Device Event Status Enable Register 0 to 65535 0 6 DSE Response ddddd ERR Query of the Error Register ERR Respons...

Page 228: ...voltage limiter Low calibration XILH Selects the current limiter High calibration XILL Selects the current limiter Low calibration XVM Selects the voltage measurement function calibration XIM Selects...

Page 229: ...mA range I3 Current source function 300 mA range V Response V4 to V6 or I 2 to I3 I Source value pulse value and limit value D data UNIT The source value setting is different depending on whether UNI...

Page 230: ...the present output status Response Random sweep memory data using D com mand N adr Random sweep memory data setting starts from the N command and completes at the P command 0 6 P N adr D data1 UNIT D...

Page 231: ...sic for Application VBA These program examples perform the same operations as described in Section 2 2 Basic Operation Program example 1 Example of DC measurement introduced in Section 2 2 5 Program e...

Page 232: ...mple for RS 232 6 50 6 8 3 Program Example for RS 232 Operating environment OS Microsoft WindowsXP Professional Language Microsoft Excel Visual Basic for Application VBA Control Microsoft Communicatio...

Page 233: ...ary for Calibration 7 2 Connections The connections required for the performance test are the same as shown in Figure 8 1 Connections for Cal ibration 7 3 Test Method Execute the performance test unde...

Page 234: ...rate the 6247G 6247C as outlined in Chapter 8 CALIBRATION or con tact an ADC CORPORATION sales representative for the calibration or servicing Current source and measurement test 3 A range 1 Connect t...

Page 235: ...and integration time of 200 ms 4 Select current source current measurement and set the output to Operate 5 With ZERO and Full Scale generated in the 30 A range to the 300 mA range verify that the dif...

Page 236: ......

Page 237: ...and Cables Necessary for Calibration The following table shows the required accuracies of a DMM and cables used for calibration Range ZERO F S Cable Calibration point Required accuracy Calibration po...

Page 238: ...ature 23 C 3 C Relative humidity 70 or lower 3 Allow the 6247G 6247C to warm up for two hours or longer before calibration Allow the measuring instrument to be used in calibration to warm up for the p...

Page 239: ...ibrating the 6247G 6247C using a DMM Figure 8 1 Connections for Calibration c Checking and calibrating current source measurement 30 A to 300 mA range DMM 6247G C a Checking and calibrating voltage so...

Page 240: ...l Scale Voltage source 5 V 0 V 5 0000 V 100 V 50 V 50 000 V 1 mV 250 V 200 00 V 10 mV Current source 3 A 0 A 3 0000 A 100 pA 30 A 30 000 A 1 nA 300 A 300 00 A 10 nA 3 mA 3 0000 mA 100 nA 30 mA 30 000...

Page 241: ...er 3 A 0 A 3 000 A 500 pA 30 A 30 00 A 5 nA 300 A 300 0 A 50 nA 3 mA 3 000 mA 500 nA 30 mA 30 00 mA 5 A 300 mA 300 0 mA 50 A Current LO limiter 3 A 0 A 3 000 A 500 pA 30 A 30 00 A 5 nA 300 A 300 0 A 5...

Page 242: ...cedure The 6247G 6247C is calibrated by using the remote commands through GPIB USB or RS 232 Figure 8 2 to Figure 8 8 shows the calibration procedures For more information on the remote commands refer...

Page 243: ...6247G 6247C DC Voltage Current Source Monitor Operation Manual 8 5 Calibration Procedure 8 7 Figure 8 3 Calibration Procedure 2...

Page 244: ...6247G 6247C DC Voltage Current Source Monitor Operation Manual 8 5 Calibration Procedure 8 8 Figure 8 4 Calibration Procedure 3...

Page 245: ...6247G 6247C DC Voltage Current Source Monitor Operation Manual 8 5 Calibration Procedure 8 9 Figure 8 5 Calibration Procedure 4...

Page 246: ...6247G 6247C DC Voltage Current Source Monitor Operation Manual 8 5 Calibration Procedure 8 10 Figure 8 6 Calibration Procedure 5...

Page 247: ...6247G 6247C DC Voltage Current Source Monitor Operation Manual 8 5 Calibration Procedure 8 11 Figure 8 7 Calibration Procedure 6...

Page 248: ...6247G 6247C DC Voltage Current Source Monitor Operation Manual 8 5 Calibration Procedure 8 12 Figure 8 8 Calibration Procedure 7...

Page 249: ...ibration according to Figure 8 3 Calibration Procedure 2 and Figure 8 4 Cal ibration Procedure 3 respectively 6 Press SBY to set the output status to Standby 7 Store the calibration data to the non vo...

Page 250: ...ead value by XD data 8 Read out and check the measurement data 9 Move to the next step When changing the voltage range XNXT When moving to the current source or voltage limiter calibration XIS XVLH XV...

Page 251: ...limiter XILH Current LO limiter XILL 2 Select the range 30 A range XR 1 300 A range XR0 3 mA range XR1 30 mA range XR2 300 mA range XR3 3 From this step perform the same procedure as described in Sec...

Page 252: ......

Page 253: ...ge 5 V 1 0000 to 5 0000 V 100 V 1 00999 to 5 00999 V 10 V 50 V 10 000 to 50 000 V 1 mV 10 0999 to 50 0999 V 100 V 250 V 15 00 to 250 00 V 10 mV 15 099 to 250 999 V 1 mV Current source measurement rang...

Page 254: ...01 A to 32 A 10 nA 32 01 A to 320 A 100 nA 320 1 A to 3 2 mA 1 A 3 201 mA to 32 mA 10 A 32 01 mA to 320 mA 100 A 1 Where Hi limiter value Lo limiter value 60 digits 200 digits in the 3 A range Range A...

Page 255: ...40 0 35 A 1 nA 30 mA 0 045 35 A 300 nA 0 01 10 A 100 nA 40 3 5 A 10 nA 300 mA 0 055 350 A 3 A 0 015 100 A 1 A 45 35 A 0 1 A Vo Compliance voltage 15 V to 250 V Range Accuracy 1 day stability Temperatu...

Page 256: ...tem Voltage source full scale item digit value current measurement full scale item digit value CMV item digit value 3 Current source Reading item Current source setting item Voltage measurement readin...

Page 257: ...ce 3 A 10 k 10 nA 60 nA 800 nA 30 A 10 k 10 nA 60 nA 800 nA 300 A 10 k 50 nA 150 nA 800 nA 3 mA 1 k 500 nA 2 A 10 A 30 mA 1 k 4 A 10 A 20 A 300 mA 1 k 40 A 60 A 100 A Typical value p p Load resistance...

Page 258: ...ccuracy CMV A Vo 1V Output resistance At 4 wire connection Output cable not included Maximum load capacitance Maximum load capacitance that does not generate oscillation in voltage source or voltage l...

Page 259: ...mpedance of 1 k At DC and AC 50 60 Hz 0 08 NMRR At AC 50 60 Hz 0 08 Current source range current limiter range 3 A 30 A 300 A 3 mA to 300 mA Response Maximum inductive load FAST 100 H 200 H 1 mH SLOW...

Page 260: ...Reverse ON round OFF one way Sweep repeat count 1 to 1000 times or infinite Maximum number of sweep steps 8000 steps Maximum random sweep memory 8000 data Measurement data memory 8000 data Measuremen...

Page 261: ...ace function SH1 AH1 T5 L4 SR1 RL1 PP0 DC1 DT1 C0 E2 Connector Amphenol 24 pin USB USB 2 0 Full speed Connector Type B RS 232 6247C only Compliant with EIA232 Baud rate 19200 9600 4800 2400 1200 600 3...

Page 262: ...th Measurement Memory mode Minimum step time OFF 0 5 ms BURST 2 ms ON NORMAL 10 ms OFF Setting range Resolution 6 Setting accuracy 0 030 ms to 60 000 ms 1 s 60 01 ms to 600 00 ms 10 s 0 1 10 s 600 1 m...

Page 263: ...Resolution 6 Setting accuracy 0 050 ms to 60 000 ms 1 s 60 01 ms to 600 00 ms 10 s 0 1 10 s 600 1 ms to 6000 0 ms 100 s 6001 ms to 59998 ms 1 ms 6 The setting resolution is determined by the period t...

Page 264: ...t settles in the specified accuracies Display 16 segments 12 digits vacuum fluorescent display Power supply AC power 100 V 120 V 220 V and 240 V User selectable Line frequency 50 Hz 60 Hz Power consum...

Page 265: ...always calculated by using the output volt age of 1 V Assume that the output voltage is 1V Accuracy of setting A A Vo 1V 2 7 mA 0 03 1 5 A 30 nA 1 V 1 V 2 34 A Thus the accuracy in current source of 2...

Page 266: ...ting item Voltage measurement reading item 0 03 0 02 0 05 Next the full scale FS item for current source is as follows Full scale item for current source Current source full scale item digit value Vol...

Page 267: ...ce resolution in the 3 mA range for current source is 100 nA according to the specification Thus the CMV item digit value is 0 90 digits From and Full scale FS item for current source 15 digits 12 dig...

Page 268: ......

Page 269: ...status is Standby or Suspend Set the output status to Operate and check that the OPR indicator on the front panel is ON Cause Solution Incorrect remote sensing setting Check the 4W 2W indicator on th...

Page 270: ...e Solution Function or range settings have an error Check the settings again Cause Solution Incorrect cable connection Check cable connections again Cause Solution Disconnected cable Verify the cables...

Page 271: ...D operation IR2 IR3 ratio test error 103 AD Ratio 3 4 AD operation IR3 IR4 ratio test error 104 AD Ratio 4 5 AD operation IR4 IR5 ratio test error 111 ADRST Sig Analog section SRT line test error 112...

Page 272: ...ZERO test error 301 OVL Check OVL detection check error 311 S H Check Sample hold test error 130 No resp SCI SCI communication error 501 CAL dt Lost CAL data lost 502 Save dt Lost Parameters saved by...

Page 273: ...abled by interlock 855 CAL data Calibration data error Remote command error 102 Cmd Syntax Command syntax error 113 Cmd Undefine Command undefined 200 Cmd Exec Execution error Command currently not ex...

Page 274: ...1 PLC 20 ms Other default 142 156 In Suspend HiZ 64 78 In Suspend LoZ 7 23 Suspend SUS OPR SUS LoZ Source mode DC pulse IT 1 PLC 20 ms Source function VS IS Other default 6 12 22 28 OPR SUS HiZ 70 52...

Page 275: ...e not changed 5 to 6 22 to 25 Range changed 24 to 65 42 to 83 Measurement function F0 to F3 Source mode DC pulse Operate and HOLD status 7 20 Integration time 2 IT0 6 22 IT1 7 23 IT2 7 23 IT3 1611 27...

Page 276: ...the DC or pulse source mode Time from measurement by spot command reception measurement trigger after setting the source value for the setting source function to completion of data output to GPIB USB...

Page 277: ...Header OFF Block delimiter EOI DL2 Item Number of data GPIB execution time USB execution time Source value data read by query 1 3 ms 20 ms Measurement buffer memory read after RN1 command individual r...

Page 278: ...on change time 5 ms Source range change time Voltage source function 8 ms Current source function 24 ms Measurement range change time Voltage measurement function 8 ms Current measurement function 35...

Page 279: ...IMENSIONAL OUTLINE DRAWING Unit mm NOTE This drawing shows external dimensions of this instrument The difference in products and options used can cause a change in the appearance DIMENSIONAL OUTLINE D...

Page 280: ...EXT 2 Unit mm NOTE This drawing shows external dimensions of this instrument The difference in products and options used can cause a change in the appearance DIMENSIONAL OUTLINE DRAWING...

Page 281: ...COMPUTE 4 10 Connecting with a PC 6 5 Connection for High Current Measurement 5 6 Connection with Fixture 12701A 5 7 Connections 7 1 8 3 CONST 4 11 D Data Bit 4 14 Data Format 6 28 Data Output Format...

Page 282: ...4 9 Mem Recall 4 9 MEMORY 4 9 Memory Clear 5 65 Memory Store 5 64 Menu Index 4 1 MENU Key Parameter Setting 4 4 Menu Operation 2 25 Menu Structure and Parameter Setting 2 28 Mfunc Link 4 9 Middle Val...

Page 283: ...Loading Parameters 2 48 Saving Parameters 2 49 Scaling Calculation 5 51 Scaling SW 4 10 Scanner Control 5 58 SCL Val_A 4 11 SCL Val_B 4 11 SCL Val_C 4 11 Screen Display Annotations 2 7 Selecting Inte...

Page 284: ...14 T Talk Only 4 14 TECHNICAL REFERENCES 5 1 TER Command 6 48 Test Method 7 1 TIME 4 7 Total 4 10 Transport 1 13 TRIG SWP STOP Key Trigger Sweep Stop 4 18 TRIGGER Section 2 4 U UP Key Source Range 4 1...

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