ALSHV24V6600V10MAW

ALSHV24V6600V10MAW is a compact and high-performance DC-DC high voltage power supply module designed to convert a stable 24V DC input into a precise and adjustable 0V to 6600V output with up to 10mA maximum output current. Built for demanding industrial, scientific, analytical, and medical applications, this module features high precision, full output voltage modulation, linear regulation, and input-to-output isolation, making it an excellent choice for systems that require reliable and controllable high voltage DC power.

The high voltage output is controlled through a 0V to 5V analog control signal or a 10k potentiometer, enabling smooth voltage adjustment for precision applications. A dedicated shutdown input allows logic-level remote on/off control for system safety and interlock integration. The module is housed in a heavy-duty metal enclosure that helps block EMI from entering or leaving the converter, improving performance in noise-sensitive environments. For engineers searching for a 24V high voltage power supply, 6600V DC-DC converter, or adjustable high voltage module, the ALSHV24V6600V10MAW offers a practical and robust solution.

Key Features:

• 24V DC High Voltage Power Supply: Converts a nominal 24V DC input into an adjustable 0V to 6600V output.
• Maximum 10mA Output Current: Delivers up to 10mA for regulated high voltage applications.
• Analog Output Control: Supports 0V to 5V control input or 10k potentiometer adjustment for precise voltage setting.
• High Precision & Linear Regulation: Designed for stable and accurate high voltage control in demanding systems.
• 8kVDC Isolation: Provides strong input-to-output isolation for improved safety and system reliability.
• Overload & Short Circuit Protection: Built-in protection enhances robustness during operation.
• Remote Shutdown Function: Logic-level shutdown input supports interlock and remote disable control.
• Metal Shielded Enclosure: Heavy-duty metal housing helps minimize EMI and supports reliable operation in harsh environments.
• High Efficiency: Typical full-load efficiency is 75% or higher.
• Wide Application Use: Suitable for industrial measurement, spectrum analysis, semiconductor equipment, medical systems, and research instrumentation.

Typical Applications: lightning surge testers, X-ray machines, vacuum and plasma processing systems, semiconductor fabrication equipment, analytical instrumentation, medical diagnostic and therapeutic systems, test equipment, and research or academic high voltage applications.

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