A1UHVACP10KV5MARM

The Analog Technologies A1UHVACP10KV5MARM is a high voltage AC-DC converter designed for achieving AC-DC conversion from AC voltage to high DC voltage. This series high voltage power supply is rack-mounted and features high precision, high efficiency, and high output voltage stability. It provides linear modulation of output voltage, overcurrent protection, arc and short circuit protection, and a digital display for output voltage and current. The power supply offers high stability, reliability, and accuracy of output voltage regulation, with continuously adjustable output voltage and low time and temperature drift. It adopts a modular design with protection against overvoltage, overcurrent, and arcing. The control interface uses an industrial interface with an industrial design from circuit schematic to the overall structure. It has functions such as start-up soft-start and control, making it convenient for control and easy to operate.

Key specifications include an AC input voltage range of 100 to 230 VAC, an output current of 5 mA, and an efficiency of 75%. The unit has one output and operates within a temperature range of 0°C to 50°C. Its dimensions are 482.6mm x 350.0mm x 43.9mm, and it is designed for rack mounting. The power supply is suitable for applications such as ion beam injection, semiconductor technology, electron beam welding, capacitor charging, high power radio frequency transmitters, accelerators, CW lasers, high voltage insulation tests, lithography technology, X-ray systems, electrostatic applications, scientific experiments, and other industrial applications.

Safety precautions are critical when operating this high voltage power supply. It must be connected to ground reliably. Avoid touching high voltage wires unless the power is off and all capacitors are fully discharged. Allow 5 minutes after power-off for internal capacitors to discharge. Do not operate in humid environments or connect the operator to ground. While internal protection circuits are provided, high voltage short circuits should be avoided. Ensure perfect insulation, especially between the high voltage output and surroundings, to prevent electric shock.