Analog Technologies, Inc.
Analog Technologies, Inc. AHV12V1KV10MAW Industrial Power Supply 12V 1kV 10mA
Delivers adjustable 0–1 kV output from a 12 V input with 10 mA maximum current for industrial high-voltage applications
- TypeLinear Power Supplies
- Voltage500V
- Amps10mA
- 0–1 kV adjustable output from 12 V input
- 10 mA maximum current for precision loads
- 5 V ± 0.05 V reference ensures stable regulation
- Metal enclosure gives zero EMI and effective heat sinking
- Electronic shutdown control adds safety for industrial use
High-Voltage DC-DC Module
The AHV12V1KV10MAW converts a 12 V input into an adjustable 0 to 1 kV output with a maximum current of 10 mA. It is built for industrial equipment that requires precise high-voltage rails such as X-ray sources, spectrometry and electrospinning setups. A metal enclosure provides shielding and heat sinking.
Suited for Precision High-Voltage Tasks
Engineers integrating capillary electrophoresis, particle accelerators or magnetron sputtering systems will find the linear regulation and 5 V control interface convenient. The unit is not intended for high-current loads, general-purpose bench use or applications needing more than 10 mA output.
Integration Into Industrial Racks
The module accepts 12 V ± 1 V and draws between 225 mA and 1.1 A depending on load. A 0 to 5 V control signal sets the output voltage while an electronic shutdown pin allows safe disable. Standardised connectors and a compact metal case simplify mounting inside existing chassis.
Highlights
- 0–1 kV adjustable output from 12 V input
- 10 mA maximum current for precision loads
- 5 V ± 0.05 V reference ensures stable regulation
- Metal enclosure gives zero EMI and effective heat sinking
- Electronic shutdown control adds safety for industrial use
Specifications
| Type | Linear Power Supplies |
|---|---|
| Voltage | 500V |
| Amps | 10mA |
Questions about this item
What input voltage source must I already have to run the AHV12V1KV10MAW?
The module requires a 12 V DC supply that can deliver between 225 mA and 1.1 A depending on load.
Will the 5 V ± 0.05 V reference output still drive my existing 5 V control circuitry?
Yes, the built-in reference provides a stable 5 V ± 0.05 V rail suitable for most legacy 5 V logic or analogue control boards.
How can I verify the supply is regulating correctly after installation?
Apply a 0–5 V control signal and measure the output; it should track linearly from 0 V up to 1 kV at the 10 mA current limit.
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