NF BP4620 DC Power Supply/Amplifier ±60V, ±20A(60Ap-p)
NF BP4620 Bipolar DC Power Supply ±60V, ±20A(60Ap-p)
Description
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THE BP4600 series of bipolar DC power supply can be used for various applications including as a power supply for testing vehicle electrical and electronic components/motor/solenoid/large capacitors and as electronic load for testing power supplies / batteries.
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Built-in 255-step sequential signal source |
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Voltage/Current output for four quadrants |
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High power : ±60V (Can be shifted) BP4610 : ±10A (30Ap-p) BP4612 : ±20A (60Ap-p) |
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Wide band: DC to 150kHz (CV) |
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Constant voltage (CV) / Constant current (CC) operation selectable |
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Response calibration function |
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Voltage/Current limiter, measurement display function |
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USB interface and external analogue input |
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Available for Sequence Editing Software (BP0421E optional) |
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| Fully equipped specification providing high voltage, high current, high speed, and constant current operation. | ||||||||||||||||||
| High voltage required in testing 12V/24V/42V vehicle electrical and electronic components, high current necessary for large parts, high speed required in driving actuators, and furthermore, constant current operation effective in driving solenoids with low impedance. With enriched specfication satisfying all such requirements, BP series responds to the needs in developement of devices and device testing. | |
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| Bipolar power source capable of handling positive/negative voltage and sink/source current | |
| BP series can output in four quadrants and is capable of handling two directions of current, which are source (supply) and sink (absorption) current, let alone positive/ negative voltage. From devices that generate back electromotive force such as solenoids, capacitive load such as electrolytic capacitor, and even to piezoelectric material charged with electromotive force and power sources and batteries such as fuel cells, you can connect BP4610 to devices and systems that cannot be driven with normal DC power supply with a sense of security. |  |
| •This is an example with outpu of voltage ±60V. •>Depending on the limiter setting, the output voltage can be shifted to -5V to +115V and -115V to +5V (Output current range changes when the ouput range shifts.) •The number 1 to 4 stands for the quadrant nnumber. |
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