The DLF100-50-250 is a 250 watt DC electronic load from TDI. Simulate loading on an electronic circuit including power supply testing, ATE applications, LED testing, and more.
Additional Features:
Load Voltage: 0-100V
Load Current: 0-50A
Average Power Dissipation: 0-250W
Frequency Range: 1Hz - 20KHz
Response Time: <15µs>
Fast Response Time
Pulse Loading
Analog Programmable
Operation Below 1 Volt
The TDI DLF100-50-250 is a precision instrument which stimulated electrical loads to test power supplies, generator, servo systems, batteries, and similar electrical power sources. It simulates, at the option of the user, resistive loads (amps/volt) or may be switched to a constant current load characteristic (current regulated at a pre-selected value). Provisions are also made for external programming in automated test setups. The external programming voltage is from 0-10V, with an input impedance of 10K minimum. Load current is directly proportional to the programming voltage.
The meter normally reads average pulse current, so for accuracy when loading in the pulse mode it is recommended to monitor the current sample output.
The circuit breaker used to connect the source to the power devices in the load is electronically controlled and senses overvoltage.
In the event of an overvoltage condition protection circuits open the electronic circuit breaker. In the event of an overcurrent or overpower condition, circuitry is activated to limit the load current.
The DLF100-50-250 is a 250 watt DC electronic load from TDI. Simulate loading on an electronic circuit including power supply testing, ATE applications, LED testing, and more.
Additional Features:
- Load Voltage: 0-100V
- Load Current: 0-50A
- Average Power Dissipation: 0-250W
- Frequency Range: 1Hz - 20KHz
- Response Time: <15µs>
- Fast Response Time
- Pulse Loading
- Analog Programmable
- Operation Below 1 Volt
The TDI DLF100-50-250 is a precision instrument which stimulated electrical loads to test power supplies, generator, servo systems, batteries, and similar electrical power sources. It simulates, at the option of the user, resistive loads (amps/volt) or may be switched to a constant current load characteristic (current regulated at a pre-selected value). Provisions are also made for external programming in automated test setups. The external programming voltage is from 0-10V, with an input impedance of 10K minimum. Load current is directly proportional to the programming voltage.
The meter normally reads average pulse current, so for accuracy when loading in the pulse mode it is recommended to monitor the current sample output.
The circuit breaker used to connect the source to the power devices in the load is electronically controlled and senses overvoltage.
In the event of an overvoltage condition protection circuits open the electronic circuit breaker. In the event of an overcurrent or overpower condition, circuitry is activated to limit the load current.
