AHV5V3KV1MAW

ATMV5V3KV1MAW is a compact and reliable 5W isolated DC-DC power module designed to convert a 5V DC input into a stable 3kV output with up to 1mA output current. Built for high-voltage power conversion applications, this module features 3000VDC isolation, 87% typical efficiency, low output ripple, and built-in overvoltage protection and short-circuit protection, making it an excellent choice for scientific, industrial, and test equipment requiring dependable high-voltage DC power.

This 3kV isolated DC-DC converter is housed in a full aluminum enclosure for complete shielding and improved durability, while the industry-standard DIP package supports convenient system integration. With a wide -40°C to +85°C operating temperature range, the module is suitable for demanding environments where stable performance, compact size, and long service life are essential. For engineers searching for a 5W DC-DC power module, 3kV DC power supply module, or isolated high-voltage converter, the ATMV5V3KV1MAW offers a practical and efficient solution.

Key Features:

• 5W Isolated DC-DC Power Module: Designed for efficient conversion from 5V DC input to 3kV output in compact systems.
• Stable 3kV Output: Delivers a regulated 3kV DC output with up to 1mA maximum output current.
• High Efficiency: Provides 87% typical efficiency at VIN = 5V, VOUT = 3kV, and IOUT = 1mA.
• Low Ripple Performance: Output ripple voltage is specified at ±1% with 20MHz bandwidth.
• 3000VDC Isolation: Input-to-output isolation enhances safety and system reliability.
• Built-In Protection: Features overvoltage protection and short-circuit protection for improved robustness in operation.
• Compact Shielded Design: Full aluminum housing provides complete shielding and mechanical protection.
• Wide Operating Temperature Range: Operates from -40°C to +85°C for industrial and laboratory applications.
• Easy Integration: Comes in an industry-standard DIP package for convenient installation.

Typical Applications: Sustaining ion pumps, spectral analysis, electrophoresis, photomultiplier tubes, particle accelerators, piezo devices, and other systems requiring a stable compact 3kV high-voltage DC power module.

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