2306-VS Dual Channel Battery/Charger Simulator

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Paul Fitzgerald
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1 2306-VS ual hannel attery/harger Simulator OUTPUT #1 (TTRY) VOLTG OUTPUT (2 YRS, 23 ± 5 ) OUTPUT VOLTG: 0 to 15V. OUTPUT URY: ±(0.05% 3mV). PROGRMMING RSOLUTION: 1mV. RK URY 1 : ±(0.05% 3mV). RK RSOLUTION: 1mV. LO RGULTION: ±(0.01% 2mV). LIN RGULTION: ±(0.5mV). STILITY 2 : ±(0.01% 0.5mV). MSURMNT TIM HOIS: 0.01 to 10 PL 7, in 0.01PL steps. VRG RINGS: 1 to 10. RING TIM 1, 8, 9 : 31ms, typical. TRNSINT RSPONS: High andwidth Low andwidth Transient Recovery Time 13 <40µs 3 or <60µs 4 <80µs 3 or <100µs 4 Transient Voltage rop <75mV 3 or <100mV 4 <250mV 3 or <400mV 4 RMOT SNS: 1V max. drop in each lead. dd 2mV to the voltage load regulation specification for each 1V change in the negative output lead due to load current change. Remote sense required. Integrity of connection continually monitored. If compromised, output will turn off automatically once settable window (±0 to ±8 volts) around normal voltage exceeded. VRIL OUTPUT IMPN RNG: 0 to 1.00Ω in 0.01Ω steps. Value can be changed with output on if trigger external disabled on channel. URRNT (2 YRS, 23 ± 5 ) ONTINUOUS VRG OUTPUT URRNT: hannel #2 (harger) OFF: I = 50W/(Vset channel 1 6V); 5 max. hannel #2 (harger) ON: I = (50W Power consumed by channel #2)/(Vset channel 1 6V); 5 max. The power consumed by channel #2 is calculated as: hannel #2 sourcing current: Power consumed = (Vset channel 2 6V) x (current supplied) hannel #2 sinking current: Power consumed = 5 x (sink current) Peak currents can be a maximum of 5 provided the average current is within the above limits. ONTINUOUS VRG SINK URRNT: hannel #2 (harger) OFF: 0 5V: 3 max. 5 15V: erate 0.2 per volt above 5V. ompliance setting controls sinking. hannel #2 (harger) ON: vailable current = (50W Power consumed by channel #2)/5; 3 max. (0 5V). erate 0.2 per volt above 5V. SOUR OMPLIN URY: ±(0.16% 5m) 5. PROGRMM SOUR OMPLIN RSOLUTION: 1.25m. RK URY 1 : 5 Range: ±(0.2% 200µ). 5m Range: ±(0.2% 1µ). RK RSOLUTION: 5 Range: 100µ. 5m Range: 0.1µ. LO RGULTION: ±(0.01% 1m). LIN RGULTION: ±(0.5m). STILITY 4 : ±(0.01% 50µ). MSURMNT TIM HOIS: 0.01 to 10 PL 7, in 0.01PL steps. VRG RINGS: 1 to 10. RING TIM 1, 8, 9 : 31ms, typical. PULS URRNT MSURMNT OPRTION TRIGGR LVL: 5 Range: 5m to 5, in 5m steps. 1 Range: 1m to 1, in 1m steps. 100m Range: 0.1m to 100m, in 100µ steps. TRIGGR LY: 0 to 100ms, in 10µs steps. INTRNL TRIGGR LY: 15µs. HIGH/LOW/VRG MO: Measurement perture Settings: 33.3µs to 833ms, in 33.3µs steps. verage Readings: 1 to 100. PULS URRNT MSURMNT URY 11 (2 Years, 23 ±5 ): perture ccuracy ±(% reading offset rms noise 10 ) <100 µs 0.2% 900 µ 2m 100 µs 200 µs 0.2% 900 µ 1.5m 200 µs 500 µs 0.2% 900 µ 1m 500 µs <1 PL 0.2% 600 µ 0.8m 1 PL % 400 µ 0m >1 PL 0.2% 400 µ 100µ URST MO URRNT MSURMNT MSURMNT PRTUR: 33.3µs to 833ms, in 33.3µs steps. ONVRSION RT: 3650/second at 33.3µs meas. aper., typical. INTRNL TRIGGR LY: 15µs with 33µs. NUMR OF SMPLS: 1 to TRNSFR SMPLS ROSS I US IN INRY MO: 4800 bytes/s, typical. LONG INTGRTION MO URRNT MSURMNT MSURMNT TIM 6 : 850ms (840ms) to 60 seconds in 1ms steps. IGITL VOLTMTR INPUT (2 YRS, 23 ± 5 ) INPUT VOLTG RNG: 5 to 30V. INPUT IMPN: 2MΩ typical. MXIMUM VOLTG (either input terminal) WITH RSPT TO OUTPUT LOW: 5V, 30V. RING URY 1 : ±(0.05% 3mV). RING RSOLUTION: 1mV. ONNTOR: HI and LO input pair part of Output #1 s terminal block. MSURMNT TIM HOIS: 0.01 to 10 PL 7, in 0.01PL steps. VRG RINGS: 1 to 10. RING TIM 1, 8, 9 : 31ms, typical. VOLTG STTLING TIMS Voltage Step Settling Times - Typical Increasing Voltage 10-90% Rise Time Settling Time Voltage step 7V 50µs 300µs Voltage step > 7V 50µs to 1.2ms 300µs to 1.8ms ecreasing Voltage 10-90% Fall Time Settling Time 0V < Voltage step < 15V 50µs to 250µs 300µs NOT: Times are under no load condition and settling times defined at /- 2% of step size. Rev. Page 1 of 7

2 2306-VS ual hannel attery/harger Simulator OUTPUT #2 (HRGR) VOLTG OUTPUT (2 YRS, 23 ± 5 ) OUTPUT VOLTG: 0 to 15V. OUTPUT URY: ±(0.05% 10mV). PROGRMMING RSOLUTION: 10mV. RK URY 1 : ±(0.05% 3mV). RK RSOLUTION: 1mV. OUTPUT VOLTG STTLING TIM: 5ms to within stated accuracy. LO RGULTION: ±(0.01% 2mV). LIN RGULTION: ±(0.5mV). STILITY 2 : ±(0.01% 0.5mV). MSURMNT TIM HOIS: 0.01 to 10 PL 7, in 0.01PL steps. VRG RINGS: 1 to 10. RING TIM 1, 8, 9 : 31ms, typical. TRNSINT RSPONS: High andwidth Low andwidth Transient Recovery Time 13 <50µs 3 or <80µs 4 <60µs 3 or <100µs 4 Transient Voltage rop <120mV 3 or <150mV 4 <160mV 3 or <200mV 4 RMOT SNS: 1V max. drop in each lead. dd 2mV to the voltage load regulation specification for each 1V change in the negative output lead due to load current change. Remote sense required. Integrity of connection continually monitored. If compromised, output will turn off automatically once settable window (±0 to ±8 volts) around normal voltage exceeded. URRNT (2 YRS, 23 ± 5 ) ONTINUOUS VRG OUTPUT URRNT: hannel #1 (attery) OFF: I = 50W/(Vset channel 2 6V); 5 max. hannel #1 (attery) ON: I = (50W Power consumed by channel #1)/(Vset channel 2 6V); 5 max. The power consumed by channel #1 is calculated as: hannel #1 sourcing current: Power consumed = (Vset channel 1 6V) x (current supplied) hannel #1 sinking current: Power consumed = 5 x (sink current) Peak currents can be a maximum of 5 provided the average current is within the above limits. ONTINUOUS VRG SINK URRNT: hannel #1 (attery) OFF: 0 5V: 3 max. 5 15V: erate 0.2 per volt above 5V. ompliance setting controls sinking. hannel #1 (attery) ON: vailable current = (50W Power consumed by channel #1)/5; 3 max. (0 5V). erate 0.2 per volt above 5V. SOUR OMPLIN URY: ±(0.16% 5m) 5. PROGRMM SOUR OMPLIN RSOLUTION: 1.25m. RK URY 1 : 5 Range: ±(0.2% 200µ). 5m Range: ±(0.2% 1µ). RK RSOLUTION: 5 Range: 100µ. 5m Range: 0.1µ. LO RGULTION: ±(0.01% 1m). LIN RGULTION: ±(0.5m). STILITY 4 : ±(0.01% 50µ). MSURMNT TIM HOIS: 0.01 to 10 PL 7, in 0.01PL steps. VRG RINGS: 1 to 10. RING TIM 1, 8, 9 : 31ms, typical. PULS URRNT MSURMNT OPRTION TRIGGR LVL: 5m to 5, in 5m steps. TRIGGR LY: 0 to 100ms, in 10µs steps. INTRNL TRIGGR LY: 15µs. HIGH/LOW/VRG MO: Measurement perture Settings: 33.3µs to 833ms, in 33.3µs steps. verage Readings: 1 to 100. PULS URRNT MSURMNT URY 11 (2 Years, 23 ±5 ): perture ccuracy ±(% reading offset rms noise 10 ) <100 µs 0.2% 900 µ 2m 100 µs 200 µs 0.2% 900 µ 1.5m 200 µs 500 µs 0.2% 900 µ 1m 500 µs <1 PL 0.2% 600 µ 0.8m 1 PL % 400 µ 0m >1 PL 0.2% 400 µ 100µ URST MO URRNT MSURMNT MSURMNT PRTUR: 33.3µs to 833ms, in 33µs steps. ONVRSION RT: 2040/second at 33.3µs meas. aper., typical. INTRNL TRIGGR LY: 15µs with 33µs. NUMR OF SMPLS: 1 to TRNSFR SMPLS ROSS I US IN INRY MO: 4800 bytes/s, typical. LONG INTGRTION MO URRNT MSURMNT MSURMNT TIM 6 : 850ms (840ms) to 60 seconds in 1ms steps. IGITL VOLTMTR INPUT (2 YRS, 23 ± 5 ) INPUT VOLTG RNG: 5 to 30V. INPUT IMPN: 2MΩ typical. MXIMUM VOLTG (either input terminal) WITH RSPT TO OUTPUT LOW: 5V, 30V. RING URY 1 : ±(0.05% 3mV). RING RSOLUTION: 1mV. ONNTOR: HI and LO input pair part of Output #2 s terminal block. MSURMNT TIM HOIS: 0.01 to 10 PL 7, in 0.01PL steps. VRG RINGS: 1 to 10. RING TIM 1, 8, 9 : 31ms, typical. VOLTG STTLING TIMS Voltage Step Settling Times Typical Increasing Voltage 10-90% Rise Time Settling Time Voltage step 7V 10µs 100µs Voltage step > 7V 10µs to 1.2ms 100µs to 1.5ms ecreasing Voltage 10-90% Fall Time Settling Time 0V < Voltage step < 15V 5µs to 40µs 50µs to 200µs NOT: Times are under no load condition and settling times defined at /- 2% of step size. Rev. Page 2 of 7

3 2306-VS ual hannel attery/harger Simulator VOLTG STPPING ONLY hannel trigger in Output voltage hannel trigger out UTO MSURMNT ONLY Output #1 (attery) Output #2 (harger) = 70µs typical = 55µs typical = 330µs typical = 545µs typical = Programmable user delay (0-5 seconds) = Programmable user delay (0-5 seconds) = 400µs typical with as 0 = 600µs typical with as 0 4. Measurement time = 167µs (0.01 plc). 5. Steps points = 4. hannel trigger in Measurement time hannel trigger out Output #1 (attery) Output #2 (harger) = 43µs typical = 43µs typical = Programmable user delay (0-5 seconds) = Programmable user delay (0-5 seconds) = is measurement time = is measurement time = 410µs typical (steps 1, 2, and 3) = 650µs typical (steps 1, 2, and 3) = 620µs typical for steps 1, 2, and 3 with as 0 8ms typical for step 4 with as 0 = 860µs typical for steps 1, 2, and 3 with as 0 8ms typical for step 4 with as 0 Rev. Page 3 of 7

4 2306-VS ual hannel attery/harger Simulator VOLTG STPPING WITH UTO MSURMNT 4. Measurement time = 167µs (0.01 plc). 5. Steps points = 4. hannel trigger in Output voltage Measurement time hannel trigger out F Output #1 (attery) Output #2 (harger) = 70µs typical = 55µs typical within = 43µs typical = 43µs typical within = programmable user delay (0-5 seconds) = programmable user delay (0-5 seconds) = measurement time = measurement time = 475µs typical (steps 1, 2, and 3) = 955µs typical (steps 1, 2, and 3) F = 755µs typical steps 1, 2 and 3 with as 0 8ms typical step 4 with as 0 VOLTG STPPING OTH HNNLS WITH HNNL 1 hannel 1 trigger in F = 1.22ms typical steps 1, 2 and 3 with as 0 8ms typical step 4 with as 0 Output voltage channel 1 Output voltage channel 2 hannel 1 trigger out Output #1 (attery)/output #2(harger) = 70µs typical = 55µs typical = 775µs typical = programmable user delay (0-5 seconds) = 900µs typical with as 0 Rev. Page 4 of 7

5 2306-VS ual hannel attery/harger Simulator VOLTG STPPING OTH HNNLS WITH HNNL 2 hannel 2 trigger in Output voltage channel 2 Output voltage channel 1 hannel 2 trigger out Output #1 (attery)/output #2(harger) = 55µs typical = 70µs typical = 775µs typical = programmable user delay (0-5 seconds) = 900µs typical with as 0 UTO MSURMNT OTH HNNLS WITH HNNL 1 3. Measurement time = 167µs (0.01 plc). 4. Steps points = 4. hannel 1 trigger in Measurement time channel 1 Measurement time channel 2 hannel 1 trigger out F G Output #1 (attery)/output #2(harger) = 43µs typical = programmable user delay (0-5 seconds) = 18µs typical = measurement time channel 1 = measurement time channel 2 F = 872µs typical with steps 1, 2, and 3 G = 1.1ms typical for steps 1, 2, and 3 with as ms typical step 4 with as 0 Rev. Page 5 of 7

6 2306-VS ual hannel attery/harger Simulator UTO MSURMNT OTH HNNLS WITH HNNL 2 3. Measurement time = 167µs (0.01 plc). 4. Steps points = 4. hannel 2 trigger in Measurement time channel 2 Measurement time channel 1 hannel 2 trigger out F G Output #1 (attery)/output #2(harger) = 43µs typical = programmable user delay (0-5 seconds) = 18µs typical = measurement time channel 2 = measurement time channel 1 F = 872µs typical with steps 1, 2, and 3 G = 1.1ms typical for steps 1, 2, and 3 with as ms typical step 4 with as 0 VOLTG STPPING WITH SYN MSURMNT hannel trigger in Output voltage Output #1 (attery) Output #2 (harger) hannel 1 trigger in = output voltage start changing hannel 2 trigger in = output voltage start changing = 70µs typical = 55µs typical within 4ms typical to start search for desired pulse edge. Time for trigger out dependent on search time for selecting edge, integration time, and storing reading in buffer Rev. Page 6 of 7

7 2306-VS ual hannel attery/harger Simulator GNRL ISOLTION (LOW RTH): 22V max. o not exceed 60V between any two terminals of either connector. PROGRMMING: I (SPI). USR-FINL POWR-UP STTS: 3. RR PNL ONNTORS: Two trigger in and two trigger out (N) connectors. Two 8-position quick disconnect terminal block for output (4), sense (2), and VM (2). TRIGGR IN/OUT ONNTORS: IN High 3-5V, IN Low 0.8V, OUT High >4V, OUT Low <0.8V. TMPRTUR OFFIINT (OUTSI 23 ±5 ): erate accuracy specification by (0.1 x specification)/. OPRTING TMPRTUR: 0 to 50 (erate to 70%). 0 to 35 (Full power). STORG TMPRTUR: 20 to 70. HUMIITY: 35 non-condensing. ISPLY TYP: 2-line x 16 character VF. IMNSIONS: 89mm high x 213mm wide x 411mm deep (31¼2 in x 83¼8 in x 163¼16 in). NT WIGHT: 3.9kg (8.6lbs.) SHIPPING WIGHT: 6.4kg (14lbs.) INPUT POWR: V/ V, 50 or 60Hz (auto detected at powerup). POWR ONSUMPTION: 165V max. WRRNTY: Two years parts and labor on materials and workmanship. M: onforms with uropean Union irective directive 89/336/, N SFTY: onforms with uropean Union irective 73/23/, N VIRTION: MIL-PRF-28800F Type III, lass 3 SSORIS SUPPLI: User and service manual, output connectors mating terminal (part no. S-846). 1 PL = Following 15 minute warm-up, the change in output over 8 hours under ambient temperature, constant load, and line operating conditions. 3 Remote sense, at output terminals, 0.5 to 5 typical. 4 Remote sense, with 4.5m (15 ft) of 16 gauge (1.31mm2) wire and 1Ω resistance in each lead to simulate typical test environment, 1.5 load change (0.15 to 1.65). 5 Minimum current in constant current mode is 6m. 6 60Hz (50Hz). 7 PL = Power Line ycle. 1PL = 16.7ms for 60Hz operation, 20ms for 50Hz operation. 8 isplay off. 9 Speed includes measurement and binary data transfer out of GPI. 10 Typical values, peak-to-peak noise equals 6 times rms noise. 11 ased on settled signal: 100µs pulse trigger delay. 12 lso applies to other apertures that are integer multiples of 1PL. 13 Recovery to within 20mV of previous level. Specifications are subject to change without notice. Rev. Page 7 of 7

Dual-Channel Battery/Charger Simulator with External Triggering

Dual-Channel Battery/Charger Simulator with External Triggering xternal trigger inputs speed and simplify control of output channels Built-in test sequencing reduces GPIB bus traffic and improves test throughput Ultra-fast response to transient load currents Selectable