Analog Technologies
Analog Technologies High Voltage Power Supply 9kV 1mA 24V Input AHV24V9KV1MAW
Compact DC-DC module converts 24 V input to adjustable 0–9 kV output at 1 mA with 0–5 V control and electronic shutdown
- TypeHigh Voltage Power Supply
- 0 to 9 kV adjustable output controlled by 0–5 V signal
- 1 mA maximum output current for precise low-current applications
- 24 V ± 1 V input voltage fits standard industrial rails
- Electronic shutdown control enables fast output disable
- 5 V ± 0.05 V reference voltage supports stable regulation
Compact High-Voltage DC-DC Converter
This module accepts a 24V DC input and delivers an adjustable 0 to 9kV output at up to 1mA. It is intended for engineers and researchers who need a compact high-voltage source for scientific equipment or test rigs.
Verify Input and Control Compatibility
Your system must supply 24V ± 1V and handle an input current between 225mA and 1.1A. The control interface requires a 0 to 5V signal for voltage adjustment and uses a 5V ± 0.05V reference; ensure your controller can drive these levels.
Suits Low-Current High-Voltage Applications
It fits projects such as X-ray sources, electrophoresis or electrospinning where current demand stays below 1mA. Builders needing higher output current or a different input voltage range should look at alternative power modules.
Highlights
- 0 to 9 kV adjustable output controlled by 0–5 V signal
- 1 mA maximum output current for precise low-current applications
- 24 V ± 1 V input voltage fits standard industrial rails
- Electronic shutdown control enables fast output disable
- 5 V ± 0.05 V reference voltage supports stable regulation
Specifications
| Type | High Voltage Power Supply |
|---|
Questions about this item
What does the module ship with and what must I source separately?
The unit is supplied as a standalone DC-DC converter; you must provide a 24 V ± 1 V power source capable of 225 mA to 1.1 A and a 0–5 V control signal for voltage adjustment.
Which output rating should I select for my application?
This model delivers 0–9 kV at up to 1 mA; choose it when your load requires up to 9 kV and draws no more than 1 mA.
How does the 0–5 V control input translate to actual output voltage?
The control voltage scales linearly across the full span, so 0 V yields 0 kV and 5 V yields 9 kV at the output terminals.
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