Analog Technologies
Analog Technologies 10kV 24V DC-DC power supply
Converts 24V DC to adjustable 0 to 10kV output with 5mA maximum current and 0 to 5V control
- Delivers up to 10 kV for high-voltage research
- 24 V input fits standard industrial rails
- 0–5 V control enables full-span output modulation
- 5 V monitor voltage simplifies feedback integration
- 5 mA maximum current supports precise low-power applications
High-Voltage DC-DC Converter
The Analog Technologies AHV24V10KV5MAW converts a 24V input into an adjustable 0 to 10kV output with a maximum current of 5mA. It accepts a control voltage of 0 to 5V for full-span modulation and provides a 0 to 1.5V monitor voltage proportional to the output. The unit includes electronic shutdown control and a 5V reference voltage.
Replaces Bulky High-Voltage Supplies
This compact module replaces larger, rack-mounted high-voltage power supplies in setups where space is limited and a 24V DC source is already available. The jump is worth it when an application demands precise, programmable high-voltage output with low ripple and fast response driven by a standard low-voltage control signal.
For Research and Industrial Integration
It suits engineers building X-ray sources, electrospinning rigs, spectrometer front-ends, or semiconductor test fixtures that require a tightly regulated high-voltage rail. Buyers needing output currents above 5mA or input voltages other than 24V DC should look at alternative high-voltage power architectures.
Highlights
- Delivers up to 10 kV for high-voltage research
- 24 V input fits standard industrial rails
- 0–5 V control enables full-span output modulation
- 5 V monitor voltage simplifies feedback integration
- 5 mA maximum current supports precise low-power applications
Specifications
No published specifications for this item yet.
Questions about this item
What input voltage range does the 10kV supply require?
It operates from a 24 V DC source with a tolerance of ±1 V, drawing between 675 mA and 2.9 A depending on load.
How is the output voltage controlled on this module?
Apply a 0–5 V control signal to the CTRL pin; the output scales linearly from 0 to 10 kV, and the monitor pin returns 0–1.5 V for feedback.
What ongoing checks does the high-voltage output need?
Periodically verify the monitor voltage tracks the control signal and inspect connectors for corona discharge or insulation degradation.
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