• YIHUA 305D IV LCD display high-precision DC voltage current regulator variable regulated switch dc power supply
  • YIHUA 305D IV LCD display high-precision DC voltage current regulator variable regulated switch dc power supply
  • YIHUA 305D IV LCD display high-precision DC voltage current regulator variable regulated switch dc power supply
  • YIHUA 305D IV LCD display high-precision DC voltage current regulator variable regulated switch dc power supply

YIHUA 305D IV LCD 0-5A 0-30V Low Noise Bench Switch Mode Power Supply display high-precision DC voltage current regulator variable regulated switch dc power supply

No.305D-IV
This DC stabilized switching power supply is designed for use in laboratories,schools,prodduction lines,and electronic repair.It has a small size and is lightweight,which is very easy to transport and carry.It has high efficiency,high load capacity,and low noise and is superior to liner power supplies.
  • YIHUA 305D IV LCD display high-precision DC voltage current regulator variable regulated switch dc power supply
  • YIHUA 305D IV LCD display high-precision DC voltage current regulator variable regulated switch dc power supply
SPECIFICATION

1.This SMPS (Switch-Mode Power Supply) provides reliable power delivery and accurate readings. The power supply supports fine & coarse current adjustments from 0A to 5A and fine & coarse voltage adjustments from 0V to 30V. You can use this power supply for electronic projects, professional phone/laptop repairs, scientific projects, product R&D, electronic assembly lines, and more.

2.This power supply features an LED screen that shows the Voltage, Current, and Power parameters. A current display shows up to every mA (milliamps) / 0.001A and a voltage display that reads up to every 10 mV (millivolts) / 0.010V. This LCD screen also shows the status of C.C. or C.V. Modes, Over-Voltage Protection, and Constant Current Protection.

3.The power supply is equipped with a complete over-voltage and constant current protection circuit to help protect the components/devices that you're powering. In these modes, the power supply locks either voltage or current value in their respective modes to prevent overloading and protect the device at work.

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