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The DUT is 300W and 48V. A four-channel DC power supply is required for testing.
February 24, 2021
N39436-60-15 (360W/60V/15A) is recommended. It is a wide range four-channel DC power supply with dual LAN ports.
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What's the advantage of multi-channel battery simulator?
December 19, 2020
1) Reduces space occupation.
2) Saves purchase cost.
3) Shortens test time.
4) Enhances test safety.
5) Provides repeatable test results.
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What's the use of a programmable electronic load?
December 19, 2020
The programmable electronic load can be used to test fuel cells, power supplies, DC-DC converters, batteries, chargers, adapters, automobile wiring harness, automobile connectors, etc.
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What is a DC electronic load?
December 19, 2020
A DC electronic load is an instrument that consumes electrical energy by controlling the internal power or the conductance of transistor and relying on the power dissipation of power tube.
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What is constant voltage mode?
December 19, 2020
In constant voltage mode, the power supply operates as a voltage source which keeps the voltage constant while output current changes, according to different load conditions.
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What is line regulation?
December 19, 2020
Line regulation is defined as the ability of the power supply to provide a stable output voltage when the input voltage changes.
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What is constant current mode?
December 18, 2020
In constant current mode, the power supply operates as a current source which keeps the current constant while output voltage changes, according to different load conditions.
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What is battery simulator?
December 17, 2020
Battery simulator is a programmable electronic equipment which emulates the properties of real batteries. The simulator provides voltage, current and power required in the same way as a true battery.
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What is load regulation?
November 10, 2020
Load regulation is the ability to maintain a stable output voltage of the power supply despite changes in the supply's load.
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Difference between linear power supply and switching power supply
October 07, 2020
Linear power supplies take an AC input, step down the voltage via a transformer, then rectify and filter the input into a direct current output.
Switching power supplies take an AC input, but rectifies and filters into DC first. Next this DC power is switched to a higher frequency through a switching circuit. It steps down the voltage with a transformer, then is rectified and filtered into a DC output.