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Read moreARRAY 3723A Programmable Electronic Load 350W
Description
Reviews (0)
Data Sheet
Specifications
Features
Overview
0-30A, 0-200V DC Electronic Load
Array 3722A and 3723A Electronic Load provide an adaptable and functional asset wherever power sources need to be tested. These units are designed to provide high reliability, great performance, and ease of operation with multiply functionality.
Bench top features:
Features
OPTION & ACCESSORY | GPIB, USB |
POWER ( Max.Input) | 200 W |
MODE | PROGRAMMABLE |
CURRENT | 20 A |
VOLTAGE | 200 V |
TYPE | Bench Top |
FUNCTION | Electronic Load (DC) |
CHANNELS | 1CH |
BRAND | ARRAY |
WEIGHT (Packed) | 6.2 kg |
Reviews
Data Sheet
Specifications
Model | 3722A |
3723A |
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Input Ratings |
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Current Voltage Power*1 |
0~20A 0~200V 200W at 40oC |
0~30A 0~200V 350W at 40oC |
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Input Characteristics |
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Input Characteristics |
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Minimum Operation Voltage |
1.2V |
1.2V |
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Constant Current Mode |
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LowRange Resolution Accuracy |
0~2A 0.1mA 0.1℅+5mA |
0~3A 0.1mA 0.1℅+5mA |
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HighRange Resolution Accuracy |
0~20A 1mA 0.1℅+10mA |
0~30A 1mA 0.1℅+10mA |
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Constant Voltage Mode |
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Range Resolution Accuracy |
0~200V 2mV 0.1℅+25mV |
0~200V 2mV 0.1℅+25mV |
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Constant Resistance Mode |
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LowRange Resolution Accuracy |
0.0666~6.66Ω 0.1mΩ 0.5℅+40mΩ@I>3A |
0.0666~6.66Ω 0.1mΩ 0.5℅+40mΩ@I>3A |
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MiddleRange Resolution Accuracy |
6.66~666Ω 2.6uS*2 0.3℅+375mS@V>20V |
6.6~666Ω 2.6uS*2 0.3℅+375mS@V>20V |
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HighRange Resolution Accuracy |
66.6~6660Ω 0.29uS 0.3℅+188uS@V>20V |
66.6~6660Ω 0.29uS 0.3℅+188uS@V>20V |
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Constant Power Mode |
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Range Resolution @P<100W @P≥100W Accuracy |
0~200W 1mW 10mW 0.2℅+600mW |
0~350W 1mW 10mW 0.2℅+600mW |
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Current Measurement |
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LowRange Resolution Accuracy |
0~2A 0.1mA 0.05℅+4mA |
0~3A 0.1mA 0.05℅+4mA |
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HighRange Resolution Accuracy |
0~20A 1mA 0.05℅+8mA |
0~30A 1mA 0.05℅+8mA |
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Voltage Measurement |
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Range Resolution Accuracy |
0~200V 1mV 0.1℅+50mV |
0~200V 1mV 0.1℅+50mV |
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Power Measurement |
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Range Resolution @P<100W @P≥100W Accuracy |
0~200W 1mW 10mW 0.1℅+600mW |
0~350W 1mW 10mW 0.1℅+600mW |
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Current Slew Rates |
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RangeCCH CCL*3 |
1mA/us~2A/us 100uA/us~200mA/us |
1mA/us~3A/us 100uA/us~300mA/us |
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Resolution |
1mA/us |
1mA/us |
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Accuracy*4 |
3% + 10us |
3% + 10us |
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Transient Operation |
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Transient Mode |
Continuous, Pulse, Toggled |
Continuous, Pulse, Toggled |
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FrequencyRange *5 |
0.38Hz~50kHz |
0.38Hz~50kHz |
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High/Low Time Resolution Accuracy |
0~655.35ms 10us 0.2℅+10us |
0~655.35ms 10us 0.2℅+10us |
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Rising/Falling Time Resolution Accuracy |
10us~655.35ms 10us 0.2℅+10us |
10us~655.35ms 10us 0.2℅+10us |
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List Characteristics |
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Step Time Resolution Accuracy |
10us~100000s 10us 0.2℅+10us |
10us~100000s 10us 0.2℅+10us |
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Number of Steps |
1~50 |
1~50 |
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Cycle |
1~65535 |
1~65535 |
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StoreCapacity |
7 lists |
7 lists |
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Expanded Functions |
Chain |
Chain |
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Battery Discharge |
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Discharge Time Resolution Accuracy |
1s~100h 1s 0.2℅+1s |
1s~100h 1s 0.2℅+1s |
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BatteryCapacity Resolution Accuracy |
1mAh~2000Ah 1mAh 0.3℅+0.01Ah |
1mAh~3000Ah 1mAh 0.3℅+0.01Ah |
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Short Circuit |
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CCL Mode CCH Mode CV Mode CRL Mode CRM Mode CRH Mode CPV Mode CPC Mode |
2.2A 22A 0V 0.06Ω 6Ω 60Ω 220W 0W |
3.3A 33A 0V 0.06Ω 6Ω 60Ω 370W 0W |
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Maximum Slew Rate |
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Current Voltage |
2A/us 0.6V/us |
3A/us 0.6V/us |
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Programmable Open Circuit |
≥20kΩ |
≥20kΩ |
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Trigger Input |
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Trigger Level Trigger Pulse Width |
TTL falling edge ≥10us |
TTL falling edge ≥10us |
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Maximum Input Levels |
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Current Voltage |
22A 210V |
33A 210V |
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Protection Features |
OV, OC,OP,OT, RV |
OV, OC,OP,OT, RV |
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Reverse Current Capacity |
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Input OFF InputON |
25A 35A |
25A 40A |
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Ripple and Noise |
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Current(rms/p-p) Voltage(rms) |
3mA/30mA 12mV |
3mA/30mA 12mV |
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Environmental Conditions |
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Temperature Relative Humidity |
0~50oC ≤85℅ |
0~50oC ≤85℅ |
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Remote Interface*6 |
RS232, GPIB, USB |
RS232, GPIB, USB |
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Programming Language |
SCPI |
SCPI |
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AC Input |
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Voltage Frequency |
AC110V or AC220V±15℅ 48 to 63Hz |
AC110V or AC220V±15℅ 48 to 63Hz |
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Net Weight |
5.8kg |
5.8kg |
*1. Maximum continuous power available is derated linearly from 100% of maximum at 40oC, to 75% of maximum at 55 oC.
*2. Conductance (S) = 1 / Resistance (Ω).
*3. The set level is 10 times larger than the slew rate in CCL mode.
*4. The actual transition time is defined as the time required for the input to change from 10% to 90% or from 90% to 10% of the programmed excursion.
*5. Transient frequency depends on the time for high/low level and rising/falling edge.
*6. Full remote control via RS232 with optional GPIB and USB.