SourceMeter® Line
Contents
1. V H Z Lu 2 x H v x Lu H Lu 2 Lu O x O a 2400 Series Ordering Information 2400 200V 1A 20W SourceMeter 2400 C 200V 1A 20W SourceMeter with Contact Check 2400 LV 20V 1A 20W SourceMeter 2410 1100V 1A 20W SourceMeter 2410 C 1100V 1A 20W SourceMeter with Contact Check 2420 60V 3A 60W SourceMeter 2420 C 60V 3A 60W SourceMeter with Contact Check 2425 100V 3A 100W SourceMeter 2425 C 100V 3A 100W SourceMeter with Contact Check 2430 100V 10A 1000W Pulse Mode SourceMeter 2430 C 100V 10A 1000W Pulse Mode SourceMeter with Contact Check 2440 40V 5A 50W SourceMeter 2440 C 40V 5A 50W SourceMeter with Contact Check These products are available with an Extended Warranty Accessories Supplied Test Leads LabVIEW Software Driver downloadable TestPoint Software Driver downloadable 1 888 KEITHLEY us ony SourceMeter Line l V Characteristics All SourceMeter instruments provide four quadrant operation In the first and third quadrants they operate as a source delivering power to a load In the second and fourth quadrants they operate as a sink dissipating power internally Voltage current and resistance can be measured during source or sink operation Local IN OUT HI Imeter Compliance Local IN OUT HI ae Remote SENSE HI a Remote SENSE HI Vmeter Compliance MVeoirce Vmeter zu a za Remote SENSE LO Remote SENS2. VIBRATION MIL PRF 28800F Class 3 Random WARM UP 1 hour to rated accuracies DIMENSIONS 89mm high x 213mm wide x 370mm deep 3 in X 8 in X 14 6 in Bench Configuration with handle amp feet 104mm high x 238mm wide x 370mm deep 4 in x 936 in x 14 6 in WEIGHT 3 21kg 7 08 lbs Model 2425 2430 2440 4 1kg 9 0 Ibs ENVIRONMENT Operating 0 50 C 70 R H up to 35 C Derate 3 R H C 35 50 C Storage 25 C to 65 C KEITHLEY MEASURE OF ATER CONFIDENCE
3. 2400 Series New class of instruments designed for high speed DC testing Family of products offers wide dynamic range 10pA to 10A 1pV to 1100V 20W to 1000W 4 quadrant operation 0 012 basic accuracy with 5 2 digit resolution 6 wire Q measurement with programmable I source and V clamp 1700 readings second at 4 digits via GPIB Built in comparator for fast pass fail testing Optional contact check function Digital I O for fast binning and connection to component handlers GPIB RS 232 and Trigger Link interfaces TestPoint and LabVIEW drivers 1 888 KEITHLEY us ony real estate in the test rack or bench The Power of Three Instruments in One SourceMeter Line Keithley s SourceMeter family is designed specifically for test applications that demand tightly coupled sourcing and measure ment All SourceMeter models provide precision voltage and cur rent sourcing as well as measurement capabilities Each SourceMeter instrument is both a highly stable DC power source and a true instrument grade 5 digit multimeter The power source characteristics include low noise precision and readback The multimeter capabilities include high repeatability and low noise The result is a compact single channel DC parametric tester In operation these instruments can act as a voltage source a current source a voltage meter a current meter and an ohmmeter Manufacturers of components and modules for the
4. Meas Vcc Source I Meas Vicc TEMPERATURE COEFFICIENT 0 18 C amp 28 50 C 0 15 x accuracy specifica tion C NOTES SOURCE I MODE MANUAL OHMS Total uncertainty I source accuracy V measure 1 Speed Normal 1 PLC For 0 1 PLC add 0 005 of range to offset specifications except 200mV 1A 10A ranges add 0 05 For a ae i accuracy 4 wire remote sense 0 01 PLC add 0 05 of range to offset specifications except 200mV 1A 10A ranges add 0 5 f 2 Accuracies apply to 2 or 4 wire mode when properly zeroed PU MODE MANUAL OHMS Total uncertainty V source accuracy I measure Manual ohms only except 2420 2425 2430 2440 for 2Q range and 2410 or 2400 for 200MQ range accuracy 4 wire remote sense Source readback enabled offset compensation ON Also available on 2410 2420 2425 2430 and 2440 with similar accuracy 6 WIRE OHMS MODE Available using active ohms guard and guard sense Max enhancement Guard Output Current 50mA except 1A range Accuracy is load dependent Refer 5 In pulse mode limited to 0 1 PLC measurement to White Paper no 2033 for calculation formula Except 2440 default test current is 5wA GUARD OUTPUT IMPEDANCE lt 0 1Q in ohms mode Except 2440 default test current is 0 5uA OS NS 1 888 KEITHLEY us ony KEITHLEY www keithiey com A GREATER MEASURE OF CONFIDENCE a eo C N T N ao T N N N SO
5. Other capa bilities of the interface include e Tight systems integration for applications such as binning and sorting e Built in component handler interface e Start of test and end of test signals e 5V 300mA power supply e Optional expander accessory Model 2499 DIGIO adds 16 digital I O lines Trigger Link Interface All SourceMeter instruments include Keithley s unique Trigger Link interface which provides high speed seamless communications with many of Keithley s other instruments For example use the Trigger Link interface to connect a SourceMeter instrument with a Series 7000 Switching System for a complete multi point test solution With Trigger Link the 7000 Series Switching Systems can be controlled by a SourceMeter during a high speed test sequence inde pendent of a computer and GPIB Optional Contact Check Function The Contact Check function makes it simple to verify good connections quick ly and easily before an automated test sequence begins This eliminates meas urement errors and false product failures associated with contact fatigue breakage contamination loose or broken connection relay failures etc Some capabilities of this function are e 350us verification and notification process time e The output of the SourceMeter instrument is automatically shut off after a fault and is not re activated until good contact is verified protecting the device under test from damage and the operator from potential
6. communications semiconductor computer automotive and medical industries will find the SourceMeter instruments invalu able for a wide range of characterization and production test applications Advantages of a Tightly Integrated Instrument By linking source and measurement circuitry in a single unit these instruments offer a variety of advantages over systems con figured with separate source and measurement instruments For example they minimize the time required for test station devel opment setup and maintenance while lowering the overall cost of system ownership They simplify the test process itself by elim inating many of the complex synchronization and connection issues associated with using multiple instruments And their compact half rack size conserves precious The tightly coupled nature of a SourceMeter instrument provides many advantages over separate instru ments For example it provides faster test times by reducing GPIB traffic and simplifies the remote pro gramming interface It also protects the device under test from damage due to accidental overloads ther mal runaway etc Both the current and voltage source are programmable with readback to help maximize device measurement integrity If the readback reaches a programmed compliance limit then the source is clamped at the limit providing fault protection ACCESSORIES AVAILABLE TEST LEADS AND PROBES TRIGGERING AND CONTROL 1754 2Wire Universal 10 Piece Test
7. limited by voltage slew rate OUTPUT SLEW RATE Voltage 10Q load 0 25V us 30 on 100V range 0 08V us 30 on 20V range 10A range Current 0 load 0 25A us 30 on 100V range 0 08A us 30 on 20V range 10A range NOTES 1 2400 2410 Only Specifications valid for continuous output currents below 105mA For operation above 105mA con tinuous for gt 1 minute derate accuracy 10 35mA above 105mA 2 Speed Normal 1 PLC For 0 1 PLC add 0 005 of range to offset specifications except 200mV 1A 10A ranges add 0 05 For 0 01 PLC add 0 05 of range to offset specifications except 200mV 1A 10A ranges add 0 5 3 Accuracies apply to 2 or 4 wire mode when properly zeroed In pulse mode limited to 0 1 PLC measurement KEITHLEY MEASURE OF CONFIDENCE a C N T N ao T N N e N SOURCEMETER INSTRUMENTS 2400 Series SourceMeter Line Current Accuracy Local or Remote Sense SOURCE 3 ACCURACY MEASUREMENT amp 7 1 Year DEFAULT ACCURACY 1 Year PROGRAMMING 23 C 5 C MEASUREMENT 23 C 5 C MODEL RANGE RESOLUTION rdg amps RESOLUTION rdg amps SOURCE SINK LIMIT 1 00000 uA 50 pA 0 035 600 pA 10 pA 0 029 300 pA 10 0000 uA 500 pA 0 033 2nA 100 pA 0 027 700 pA 100 000 uA 5 nA 0 031 20 nA 1 nA 0 025 6nA pital 1 00000 mA 50 nA 0 034 200 nA 10 nA 0 027 60 nA ie rs oe 10 0000 mA 500 nA 0
8. 02 12 mV 2 5 mV 1 mV 0 015 5 mV 0 25 V us 200 000 mV 5 uV 0 02 600 uV 10 uV 1 uV 0 012 300 uV OEA 1430 2430 0 50 uV 0 02 600 uV 50 uV 10 uV 0 012 300 uV A 20 0000 V 500 uV 0 02 2 4 mV 500 uV 100 uV 0 015 1 mV 0 08 V us Pa a 100 0000 V 2 5 mV 0 02 12 mV 2 5 mV 1 mV 0 015 5 mV 0 25 V us 200 000 mV 5 uV 0 02 600 uV 10 uV 1 uV 0 012 300 uV 3440 2440 c OT 50 uV 0 02 600 uV 50 uV 10 uV 0 012 300 uV 105 V 5 25 A f 10 0000 V 500 uV 0 02 1 2 mV 250 uV 100 uV 0 015 750 uV 0 08 V us 42V 1 05A 40 0000 V 5 mV 0 02 4 8 mV 1 mV 1 mV 0 015 3 mV 0 25 V us TEMPERATURE COEFFICIENT 0 18 C amp 28 50 C 0 15 x accuracy specification C MAX OUTPUT POWER 22W 66W for Model 2420 110W for Model 2425 and 2430 55W for Model 2440 four quadrant source or sink operation VOLTAGE REGULATION Line 0 01 of range Load 0 01 of range 100uV NOISE 10Hz 1MHz p p 10mV 50mV typ Models 2430 and 2440 OVER VOLTAGE PROTECTION User selectable values 5 tolerance Factory default none CURRENT LIMIT Bipolar current limit compliance set with single value Min 0 1 of range OVERSHOOT lt 0 1 typical full scale step resistive load 10mA range ADDITIONAL SOURCE SPECIFICATIONS All Models TRANSIENT RESPONSE TIME 30s minimum for the output to recover to its spec following a step change in load COMMAND PROCESSING TIME Maximum time required for the output to begin to
9. 1 00000 mA 50 nA 0 034 200 nA 10 nA 0 027 60 nA HOKO 105 2430 2430 C 10 0000 mA 500 nA 0 045 2pA 100 nA 0 035 600 nA 105 105 V 100 000 mA 5 uA 0 066 20 uA 1 uA 0 055 6pA AOA 1 00000 A 50 uA 0 067 900 uA 10 uA 0 060 570 uA e 500 uA 0 059 2 8 mA 10 uA 0 052 1 71 mA 10 0000 uA 500 pA 0 033 2nA 100 pA 0 027 700 pA 100 000 uA 5 nA 0 031 20 nA 1 nA 0 025 6nA 1 00000 mA 50 nA 0 034 200 nA 10 nA 0 027 60nA SOROT 2440 2440 C 10 0000 mA 500 nA 0 045 2uA 100 nA 0 035 600 nA 105 A 42 100 000 mA 5 uA 0 066 20 uA 1 uA 0 055 6pA 1 00000 A 50 uA 0 067 900 uA 10 uA 0 060 570 uA 5 00000 A 50 uA 0 10 5 4 mA 10 uA 0 10 3 42 mA TEMPERATURE COEFFICIENT 0 18 C amp 28 50 C 0 15 x accuracy specification C MAX OUTPUT POWER 22W 66W for Model 2420 110W for Model 2425 and 2430 55W for Model NOTES 2440 four quadrant source or sink operation 2400 2410 Only Specifications valid for continuous output currents below 105mA For operation above 105mA con A 5 tinuous for gt 1 minute derate accuracy 10 35mA above 105mA CURRENT REGULATION Line 0 01 of range Load 0 01 of range except Model 2440 5A range Full operation 1A regardless of load to 30 C 50 C for Model 2420 and 2440 Above 30 C 50 C for Model 2420 0 05 100pA and 2440 ambient derate 35mA C and prorate 35mA Q load 4 wire mode For current sink operation on 1A 3A aay er f T f
10. GPIB TO GPIB TO GPIB Fast 488 1 0 01 internal 537 140 135 Fast 488 2 0 01 internal 256 256 79 83 79 83 Medium 488 2 0 10 internal 167 166 72 70 69 70 Normal 488 2 1 00 internal 49 42 34 31 35 30 Component for 60Hz 50Hz 8 MEASURE SOURCE SOURCE MEASURE PASS FAIL TEST SPEED NPLC TRIGGER ORIGIN TO GPIB PASS FAIL TEST TO GPIB Fast 0 01 external 1 04 ms 1 08 ms 0 5ms 0 5 ms 482ms 5 3 ms Medium 0 10 external 2 55 ms 2 9 ms 0 5ms 0 5 ms 6 27ms 7 1 ms Normal 1 00 external 17 53 ms 20 9 ms 0 5ms 0 5 ms 21 31 ms 25 0 ms 1 Reading rates applicable for voltage or current measurements Auto zero off autorange off filter off display off trig ger delay 0 and binary reading format gt Includes time to re program source to a new level before making measurement 6 Time from falling edge of START OF TEST signal to falling edge of END OF TEST signal Purely resistive lead 14A and 10uA ranges lt 65ms 7 Command processing time of SOURce VOLTage CURRent TRIGgered lt nrf gt command not included 3 1000 point sweep was characterized with the source on a fixed range 4 Pass Fail test performed using one high limit and one low math limit GENERAL SOURCE MEMORY LIST 100 points max PROGRAMMABILITY IEEE 488 SCPI 1995 0 RS 232 5 user definable power up states plus fac tory default and RST DIGITAL INTERFACE Interlock Active low input Handler Interface Start of test e
11. Lead Kit 2499 DIGIO Digital I O Expander Assembly 5804 Kelvin 4 Wire Universal 10 Piece Test Lead Kit 8501 1 Trigger Link Cable DIN to DIN 1m 3 3 ft 5805 Kelvin 4 Wire Spring Loaded Probes 8501 2 Trigger Link Cable DIN to DIN 2m 6 6 ft 5806 Kelvin 4 Wire Clip Lead Set 8502 Trigger Link to BNC Breakout Box 8607 2 Wire 1000V Banana Cables 1m 3 3 ft 8503 Trigger Link Cable DIN to Dual BNC 1m 3 3 ft CA 18 1 Shielded Dual Banana Cable 1 2m 4 ft 8505 Male to 2 Female Y DIN Cable for Trigger Link SWITCHING HARDWARE KPC TM Trigger Master Interface 7001 Two Slot Switch System RACK MOUNT KITS 2 7002 Ten Slot Switch System 4288 1 Single Fixed Rack Mount Kit za 7019 C 6 Wire Ohms Switch Card 4288 2 Dual Fixed Rack Mount Kit Lu 7053 High Current Switch Card SOFTWARE CABLES ADAPTERS TestPoint Test Development Software 7007 1 Shielded GPIB Cable 1m 3 3 ft OTHER H 7007 2 Shielded GPIB Cable 2m 6 6 ft 1050 Padded Carine Case dp ay ioe Cae 2400 EW 1 Year Warranty Extension Z COMMUNICATION INTERFACES 2410 EW 1 Year Warranty Extension KPC 488 2AT GPIB IEEE 488 Interface Board for the ISA Bus 2420 EW 1 Year Warranty Extension T KPCI 488 GPIB IEEE 488 Interface Board for the PCI Bus 2425 EW 1 Year Warranty Extension ln KPCMCIA GPIB GPIB IEEE 488 Interface Card for PCMCIA Slot 2430 EW 1 Year Warranty Extension Lu 2440 EW 1Year Warranty Extension Lu O x m O a A GREATER MEAS URE O F CONFIDENCE
12. or 5A ranges maximum continuous power is limited to approximately 1 2 rated power or less depending on cur VOLTAGE LIMIT Bipolar voltage limit compliance set with single value Min 0 1 of range rent up to 30 C ambient See power equations in the User s Manual to calculate allowable duty cycle for specific OVERSHOOT lt 0 1 typical mA step RL 10kQ 20V range for Model 2400 2410 2420 2425 conditions 2430 10V range for Model 2440 For sink mode 1A to 100mA range accuracy is Model 2400 0 15 offset 4 Models 2410 2420 2425 2430 2440 0 5 offset 3 For 1A range accuracy is CONTACT CHECK SPECIFICATIONS Model 2400 1 5 offset 8 Models 2410 2420 2425 2430 2440 1 5 offset 3 SPEED 350us for verification and notification 10A range only in pulse mode Limited to 2 5ms pulse width maximum 10 duty cycle maximum Speed Normal 1 PLC For 0 1 PLC add 0 005 of range to offset specifications except 200mV 1A 10A ranges CONTACT CHECK 29 15 Q 50 Q add 0 05 For 0 01 PLC add 0 05 of range to offset specifications except 200mV 1A 10A ranges add 0 5 No contact check failure lt 1 00 Q lt 135 Q lt 47 5 Q Accuracies apply to 2 or 4 wire mode when properly zeroed Always contact check failure gt 3 00 Q gt 16 5 Q gt 52 5 Q m Do Q woe pS In pulse mode limited to 0 1 PLC measurement Model 2400 and 2400 C only oe 1 888 KEITHLEY us ony www keithl
13. safety hazards e 3 pass fail threshold values 20 15Q and 50Q e No energy passes through the device under test during the operation Enabled either from the front panel or remotely over the GPIB e 3 fault notification methods 350us GUARD SENSE Contact Check IN OUT HI Ss SENSE HI SENSE LO IN OUT LO Contact check option for 4 wire or 6 wire applications 1 888 KEITHLEY us ony Unique 6 Wire Ohms Technique SourceMeter instruments can make standard 4 wire split Kelvin and 6 wire guarded ohms measurements and can be configured for either the constant current or constant voltage method The 6 wire ohms technique e Uses guard and guard sense leads in addition to the 4 wire sense and source leads e Locks out parallel current paths when measuring resistor networks or hybrid circuits e Prevents the device under test from being shunted by other resistances in the circuit e Tests individual resistors buried in a network without breaking the circuit to isolate the component under test meter IN OUT LO 6 Wire Ohms Circuit All test current flows through R1 because the high current guard drives the voltage across R2 to OV KEITHLEY www keithley com A GREAT ER MEASURE OF CONFIDENCE 2400 Series Voltage Accuracy Local or Remote Sense SourceMeter Line SOURCE SOURCE MEASUREMENT 4 OUTPUT SLEW ACCURACY 1 Year NOISE DEFAULT ACCURACY 1 Year RATE 430 PROGRAMMING 23 C 5 C peak p
14. 045 2puA 100 nA 0 035 600 nA 100 000 mA 5 uA 0 066 20 uA 1 uA 0 055 6 uA 1 00000 A 50 uA 0 27 900 uA 10 uA 0 22 570 uA 1 00000 uA 50 pA 0 035 600 pA 10 pA 0 029 300 pA T 10 0000 uA 500 pA 0 033 2nA 100 pA 0 027 700 pA S 100 000 uA 5 nA 0 031 20 nA 1 nA 0 025 6nA Z 2410 2410 C 1 00000 mA 50 nA 0 034 200 nA 10 nA 0 027 60 nA n E 5 20 0000 mA 500 nA 0 045 4uA 100 nA 0 035 1 2 uA T 100 000 mA 5 uA 0 066 20 uA 1 uA 0 055 6uA 1 00000 A 50 uA 0 27 900 uA 10 uA 0 22 570 uA 10 0000 uA 500 pA 0 033 2nA 100 pA 0 027 700 pA 100 000 uA 5 nA 0 031 20 nA 1 nA 0 025 6nA 5 1 00000 mA 50 nA 0 034 200 nA 10 nA 0 027 60 nA E ET z 2420 2420 C 10 0000 mA 500 nA 0 045 2pA 100 nA 0 035 600 nA 105A Cae d 100 000 mA 5 uA 0 066 20 uA 1 uA 0 055 6pA 1 00000 A 50 uA 0 067 900 uA 10 uA 0 060 570 uA a 3 00000 A 150 uA 0 059 2 7 mA 10 uA 0 052 1 71 mA A 10 0000 uA 500 pA 0 033 2nA 100 pA 0 027 700 pA 100 000 uA 5 nA 0 031 20 nA 1 nA 0 025 6nA 1 00000 mA 50 nA 0 034 200 nA 10 nA 0 027 60 nA E i 2425 2425 C 10 0000 mA 500 nA 0 045 2pA 100 nA 0 035 600 nA APAC 41069 100 000 mA 5 uA 0 066 20 uA 1 uA 0 055 6pA me T 1 00000 A 50 uA 0 067 900 uA 10 uA 0 060 570 uA 3 00000 A2 150 uA 0 059 2 7 mA 10 uA 0 052 1 71 mA 10 0000 uA 500 pA 0 033 2nA 100 pA 0 027 700 pA 100 000 uA 5 nA 0 031 20 nA 1 nA 0 025 6 nA
15. E LO i Local ae IN OUT LO Local ___ sIN OUT LO Source l Measure V I or Q configuration Source V Measure I V or Q configuration 1A 1A re 200mA 100mA 20mA 20V 200V 1100V 200V 20V 20V 200V 1100V 20mA 100mA 100mA p an ges 1A 1A limited Model 2400 and 2400 LV SourceMeter Model 2410 High Voltage SourceMeter y 100mA 100mA 60V 20V 20V 60V 100V 60 20 20 60 100V Duty cycle Duty cycle limited HEM limited Model 2420 3A SourceMeter 10A 100mA 1 09v CENS 20 nee ot wea 1 pov 100mA 1A fee cycle A Pulse Tode 10A Model 2430 1kW Pulse Mode SourceMeter Model 2440 5A SourceMeter A GREATER MEASURE OF CONFIDENCE 2400 Series Automation for Speed SourceMeter Line A SourceMeter instrument streamlines production testing It sources voltage or current while making measurements without needing to change connections It is designed for reliable operation in non stop production environments To provide the throughput demanded by production applications the SourceMeter instrument offers many built in features that allow it to run complex test sequences without computer control or GPIB communications slowing things down Standard and Custom Sweeps Sweep solutions greatly accelerate testing with automation hooks Three basic sweep waveforms are provided that can be programmed for single event or continuous o
16. URCEMETER INSTRUMENTS 2400 Series SourceMeter Line System Speeds MEASUREMENT MAXIMUM RANGE CHANGE RATE 75 second MAXIMUM MEASURE AUTORANGE TIME 40ms fixed source Sweep Operation Reading Rates rdg second for 60Hz 50Hz SOURCE MEASURE MEASURE SOURCE MEASURE PASS FAIL TEST 5 SOURCE MEMORY 4 SPEED NPLC TRIGGER ORIGIN TOMEM TO GPIB TOMEM TO GPIB TO MEM TO GPIB TOMEM TO GPIB Fast 0 01 internal 2081 2030 1754 1551 1515 1369 902 900 981 165 162 165 IEFE 488 1 Mode 0 01 external 1239 1200 1254 1018 990 1035 830 830 886 163 160 163 Fast 0 01 internal 2081 2030 1198 1210 1551 1515 1000 900 902 900 809 840 165 162 164 162 IEEE 488 2 Mode 0 01 external 1239 1200 1079 1050 1018 990 916 835 830 830 756 780 163 160 162 160 Medium 0 10 internal 510 433 509 433 470 405 470 410 389 343 388 343 133 126 132 126 IEEE 488 2 Mode 0 10 external 438 380 438 380 409 360 409 365 374 333 374 333 131 125 131 125 Normal 1 00 internal 59 49 59 49 58 48 58 48 56 47 56 47 44 38 44 38 IEEE 488 2 Mode 1 00 external 57 48 57 48 57 48 57 47 56 47 56 47 44 38 44 38 Single Reading Operation Reading Rates rdg second for 60Hz 50H32 G C ao N lt a N a T N as a N N MEASURE SOURCE MEASURE SOURCE MEASURE PASS FAIL TEST SPEED NPLC TRIGGER ORIGIN TO
17. change follow ing the receipt of SOURce VOLTage CURRent lt nrf gt command Autorange On 10ms Autorange Off 7ms OUTPUT SETTLING TIME Time required to reach 0 1 of final value after command is processed 100us typical Resistive load 10uA to 100mA range DC FLOATING VOLTAGE Output can be floated up to 250VDC Model 2440 40VDC from chas sis ground REMOTE SENSE Up to 1V drop per load lead COMPLIANCE ACCURACY Add 0 3 of range and 0 02 of reading to base specification OVER TEMPERATURE PROTECTION Internally sensed temperature overload puts unit in standby mode RANGE CHANGE OVERSHOOT Overshoot into a fully resistive 100kQ load 10Hz to 1MHz BW adja cent ranges 100mV typical except 20V 200V 20V 60V on Model 2420 20V 100V on Model 2425 and 2430 range boundary and Model 2440 MINIMUM COMPLIANCE VALUE 0 1 of range 1 888 KEITHLEY us ony www keithley com GREATER ADDITIONAL PULSE MODE SOURCE SPECIFICATIONS 2430 and 2430 C only MAXIMUM DUTY CYCLE 8 hardware limited 10A range only All other ranges 100 MAXIMUM PULSE WIDTH 5ms from 90 rising to 90 falling edge 2 5ms 10A range MINIMUM PULSE WIDTH 150ys MINIMUM PULSE RESOLUTION 50us typical 70us max limited by system jitter SOURCE ACCURACY Determined by settling time and source range specifications OUTPUT SETTLING TIME 0 1 800us typ source I 10A into 10Q limited by voltage slew rate 500us typ source I 10A into 1Q
18. eak MEASUREMENT 23 C 5 C 100mA SOURCE SINK MODEL RANGE RESOLUTION rdg volts 0 1Hz 10Hz RESOLUTION rdg volts Compliance LIMIT 200 000 mV 5 uV 0 02 600 uV 5 uV 1 uV 0 012 300 uV 3400 2400 2000000 50 uV 0 02 600 uV 50 uV 10 uV 0 012 300 uV 21 V 1 05 A i 20 0000 V 500 uV 0 02 2 4 mV 500 uV 100 uV 0 015 1 5 mV 0 08 V us 210 V 105 mA 200 000 V 5 mV 0 02 24 mV 5 mV 1 mV 0 015 10 mV 0 5 V us 200 000 mV 5 uV 0 02 600 uV 5 uV 1 uV 0 012 300 uV 2400 LV 2 00000 V 50 uV 0 02 600 uV 50 uV 10 uV 0 012 300 uV 21 V 1 05 A 20 0000 V 500 uV 0 02 2 4 mV 500 uV 100 uV 0 015 1 5 mV 0 08 V us 200 000 mV 5 uV 0 02 600 uV 5 uV 1 uV 0 012 300 uV 2410 2410 0Y 50 uV 0 02 600 uV 50 uV 10 uV 0 012 300 uV 21 V 1 05 A i 20 0000 V 500 uV 0 02 2 4 mV 500 uV 100 uV 0 015 1 mV 0 08 V us 1100 V 21 mA 1000 00 V 50 mV 0 02 100 mV 20 mV 10 mV 0 015 50 mV 0 5 V us 200 000 mV 5 uV 0 02 600 uV 5 uV 1 uV 0 012 300 uV 2420 2420 0 50 uV 0 02 600 uV 50 uV 10 uV 0 012 300 uV 21 V 3 15 A i 20 0000 V 500 uV 0 02 2 4 mV 500 uV 100 uV 0 015 1 mV 0 08 V us 63 V 1 05 A 60 0000 V 1 5 mV 0 02 7 2 mV 1 5 mV 1 mV 0 015 3 mV 0 14 V us 200 000 mV 5 uV 0 02 600 uV 5 uV 1 uV 0 012 300 uV 225 2425 M 50 uV 0 02 600 uV 50 uV 10 uV 0 012 300 uV 21 V 3 15 A 20 0000 V 500 uV 0 02 2 4 mV 500 uV 100 uV 0 015 1mV 0 08 V s 105 V 1 05 A 100 0000 V 2 5 mV 0
19. ection devices TVS MOV Fuses etc Airbags Connectors switches relays Tests Leakage Low voltage resistances LIV IDDQ l V characterization Isolation and trace resistance Temperature coefficient Forward voltage reverse breakdown leakage current DC parametric test DC power source HIPOT Dielectric withstanding Pass Fail Test If Passes Test If Fails Test Test 1 Check V at 100mA against pass fail limits Go to Test 2 Test 2 Check V at1A Go to Test 3 Bin part to bad bin against pass fail Transmit data to limits computer while handler is placing Check leakage and test against pass fail limits 1 Bin part to good bin current at 500V 2 Transmit readings to computer while handler is placing new part 3 Return to Test 1 new part Return to Test 1 KEITHLEY A GREATER MEASURE OF CONFIDENCE ail Lam 5 N sb EZ SS C Tm Ze a i ka sb T EZ sb Q i i a E SOURCEMETER INSTRUMENTS aed sb sb i N sb EZ rams e i at sb Ta mm T3 sb mm i gt E SOURCEMETER INSTRUMENTS 2400 Series SourceMeter Line Digital I O Interface The digital I O interface can link the SourceMeter instrument to many popular component handlers including Aetrium Aeco and Robotronics
20. ey com A GREATER MEASURE O F CONFIDENCE KEITHLEY a H Z Lu 2 x H o x Lu LI 2 LUI O x O a 2400 Series SourceMeter Line RESISTANCE MEASUREMENT Accuracy Local or Remote Sense 2 5 DEFAULT DEFAULT NORMAL ENHANCED TEST TEST CURRENT ACCURACY 23 C 5 C ACCURACY 23 C 5 C 4 DEFAULT CURRENT 2420 2425 1 Year rdg ohms 2420 2425 1 Year rdg ohms RANGE RESOLUTION 2400 2410 2430 2440 2400 2410 2430 2440 2400 lt 0 20000 Q3 Source I Meas Vac Source Ipee Meas Vicc Source I Meas Vicc Source Icc Meas Vicc 2 00000 3 10 uQ 1 A Source I ec Meas Vicc Source Ipec Meas Vicc 0 17 0 0003 Q Source I Meas Vac 20 0000 Q 100 uQ 100 mA 100 mA 0 10 0 003 Q 0 11 0 0062 0 10 0 003 Q 0 07 0 001 Q 200 000 Q 1 mQ 10 mA 10 mA 0 08 0 03 Q 0 09 01 Q 0 08 0 03 Q 0 05 0 01 Q 2 00000 kQ 10 mQ 1 mA 1 mA 0 077 03 Q 0 08 06 Q 0 07 03 Q 0 05 01 Q 20 0000 kQ 100 mQ 100 uA 100 uA 0 06 3 Q 0 07 6 Q 0 06 3 Q 0 04 1 Q 200 000 kQ 1 Q 10 uA 10 uA 0 07 30 Q 0 07 60 Q 0 07 30 Q 0 05 10 Q 2 00000 MQ 6 10 Q 1 uA 1 pA 0 11 300 Q 0 12 600 Q 0 11 300 Q 0 05 100 Q 20 0000 MQ 100 Q 1 uA 1 uA 0 11 1 KQ 0 12 2 4 KQ 0 11 1 KQ 0 05 500 Q 200 000 MQ 1 kQ 100 nA 0 66 10 KQ 0 66 24 KQ Source Icc Meas Vacc 0 35 5 kO gt 200 000 MQ 3 Source I Meas Vcc Source I Meas Vicc Source I
21. nd of test 3 category bits 5V 300m lt A supply Digital I O 1 trigger input 4 TTL Relay Drive outputs 33V 500mA diode clamped POWER SUPPLY 100V to 240V rms 50 60Hz automatically detected at power up Model 2400 190VA Model 2410 210VA Model 2420 220VA Model 2425 2430 250VA Model 2440 240VA Noise Rejection NPLC Fast 0 01 Medium 0 1 Slow 1 CMRR 80 dB 80 dB 100 dB 1 Except lowest 2 current ranges 90dB LOAD IMPEDANCE Stable into 20 000pF typical COMMON MODE VOLTAGE 250V DC 40V DC for Model 2440 COMMON MODE ISOLATION gt 10 Q lt 1000pE OVERRANGE 105 of range source and measure COOLING Model 2410 2420 2425 2430 2440 Forced air variable speed SOURCEMETER INSTRUMENTS www keithley com A Ga MAX VOLTAGE DROP BETWEEN INPUT OUTPUT AND SENSE TERMINALS 5V MAX SENSE LEAD RESISTANCE 1MQ for rated accuracy SENSE INPUT IMPEDANCE gt 10 Q GUARD OFFSET VOLTAGE lt 150uV typical 300uV for Models 2430 2440 SOURCE OUTPUT MODES Pulse Model 2430 only Fixed DC level Memory List mixed function Stair linear and log MEMORY BUFFER 5 000 readings 5 digits two 2 500 point buffers Includes selected measured value s and time stamp Lithium battery backup 3 yr battery life 1 888 KEITHLEY us ony E WARRANTY 1 year EMC Conforms to European Union Directive 89 336 EEC EN 61326 1 SAFETY Conforms to European Union Directive 73 23 EEC EN61010 1
22. peration They are ideal for IV I R V I and V R characterization e Linear Staircase Sweep Moves from the start level to the stop level in equal linear steps e Logarithmic Staircase Sweep Done on a log scale with a specified number of steps per decade e Custom Sweep Allows construction of special sweeps by specifying the number of measure ment points and the source level at each point e Up to 1700 readings second at 4 digits to the GPIB bus e 5000 5 digit readings can be stored in the non volatile buffer memory Built In Test Sequencer Source Memory List The Source Memory list provides faster and easier testing by allowing you to setup and execute up to 100 different tests that run without PC interven tion Linear staircase sweep Logarithmic staircase sweep Custom sweep e Stores up to 100 instrument configuration each containing source settings measurement settings pass fail criteria etc e Pass fail limit test as fast as 500us per point e Onboard comparator eliminates the delay caused when sending data to the computer for analysis e Built in user definable math functions to calculate derived parameters Example Test Sequence 1 888 KEITHLEY us ony www keithley com TYPICAL APPLICATIONS Devices Discrete semiconductor devices Passive devices Transient suppression devices ICs RFICs MMICs Laser diodes laser diode modules LEDs photodetectors Circuit prot
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