Description
60503B
The Agilent 60503B is an electronic load ideal for the evaluation of dc power sources and components and is well suited for applications in areas related with investigation and production.
Among the framework, highlights are incorporated inside voltage and current screens and an inner transient generator with programmable amplitudes, recurrence, duty cycle and slew rate. This current model's one-box arrangement spares space, cost and time while making dc electronic loads simple to coordinate into mechanized test frameworks.
These Agilent electronic loads have been as of late upgraded to ideally address a more extensive scope of dynamic loading applications, this new family of loads are functional equivalents to the previous “A models”. The "B models" oblige a constrained arrangement of working conditions were insignificant load current overshoots could happen at most extreme slew rate settings. This dynamical improved load family can accomplish zero percent overshoot while slewing current up to 100 percent of full scale.
The Agilent load family's programmable slew rate highlight can be utilized to additionally tailor load execution for particular application needs. These improved models likewise incorporate hardware to advance load operation when testing dc control supply yield start-up qualities.
This model specifications indicate warranted execution in the 25ºC +/ – 5ºC of the total temperature range (0 to 55ºC). Supplemental qualities show unjustifiable, typical performance and are proposed to give extra data by describing the execution that has been controlled by design or type testing. The 60503B additionally incorporates programming inputs that permit control of load current by means of a simple control voltage.
60503B is an electronic load module having 250 watts capacity. It is a type of modules for 6050A or 6051A Multiple-Input electronic Load Mainframes. It provides dummy load functionality.
Each module has modes of operation.
a. Constant current (CC) mode
b. Constant voltage mode (CV)
c. Constant resistance mode (CR).
Technical Specifications
Specifications:
|
Current |
0 to 10 A |
|
Voltage |
3 to 240 V (min dc operation from 0 to 2 Volts for 0 to 10 A) |
|
Power |
250 Watts at 40 °C derated to 187 Watts at 55 °C |
Constant Current Mode:
|
Ranges |
0 to 1 A, and 0 to 10 A |
|
Accuracy |
(After 30 seconds delay): ±0.15% ±10 mA (both ranges) |
|
Resolution |
0.26 mA (1 A range); 2.6 mA (10 A range); |
|
Regulation |
8 mA (both ranges) |
|
Temperature Coefficient |
150 ppm/ °C ±1 mA/ °C (both ranges) |
Constant Resistance Mode:
|
Ranges |
0.2 to 24 Ω; 24 Ω to 10 kΩ; 240 kΩ to 50 kΩ; |
|
Accuracy |
±0.8% ±200 mΩ with ≥ 1 A at input (24 Ω range); ±0.3% ±0.3 mS with ≥ 24 V at input (10 kΩ & 50 kΩ ranges); |
|
Resolution |
6 mΩ (24 Ω range); 0.011 mS (10 kΩ range); 0.001 mS (50 kΩ range); |
|
Regulation |
10 mV with remote sensing (24 Ω range); 8 mA (10 kΩ & 50 kΩ ranges); |
|
Temperature Coefficient |
800 ppm/ °C ±10 mΩ/ °C (24 Ω range); 300 ppm/ °C ±0.03 mS/ °C (10 kΩ & 50 kΩ ranges); |
Constant Voltage Mode:
|
Ranges |
0 to 240 V |
|
Accuracy |
±0.12% ±120 mV |
|
Resolution |
64 mV |
|
Regulation |
10 mV (remote sensing); 40 mV (Local sensing) |
|
Temperature Coefficient |
120 ppm/ °C ±10 mV/ °C |
