Analog Technologies, Inc.
Analog Technologies, Inc. AHV12VN1KV3MAW HV DC-DC Power Supply Module 12VDC Input -1KV Output 3mA
High-voltage DC-DC module converts 12 V input to an adjustable 0 to -1 kV output at up to 3 mA for industrial and scientific equipment
- TypeLinear Power Supplies
- Voltage-1KV
- Amps3mA
- Delivers up to -1 kV for high-voltage industrial processes
- Adjustable 0 to -1 kV output controlled by 0–5 V signal
- 12 V DC input with current draw between 80 mA and 350 mA
- Metal enclosure provides zero EMI emission and effective heat sinking
- Backed by Analog Technologies, Inc. for trusted quality and dependable support
High-Voltage DC-DC Module for Industrial Use
The Analog Technologies AHV12VN1KV3MAW converts a 12 VDC input into an adjustable negative output up to -1 kV at 3 mA. It is built as a linear supply with a metal enclosure that provides shielding and heat sinking for stable operation in demanding environments.
Suited for Precision High-Voltage Sources
Engineers developing X-ray, spectral analysis, semiconductor or particle-accelerator equipment will appreciate the 0 to 5 V control range and electronic shutdown. Buyers who need positive polarity, higher current or a different input voltage must look elsewhere.
Integration Into a 12 V System
The module accepts 12 V ± 1 V and draws between 80 mA and 350 mA depending on load, while a 5 V ± 0.05 V reference simplifies control-loop design. Its compact metal case and standardised connectors allow direct mounting without extra shielding hardware.
Highlights
- Delivers up to -1 kV for high-voltage industrial processes
- Adjustable 0 to -1 kV output controlled by 0–5 V signal
- 12 V DC input with current draw between 80 mA and 350 mA
- Metal enclosure provides zero EMI emission and effective heat sinking
- Backed by Analog Technologies, Inc. for trusted quality and dependable support
Specifications
| Type | Linear Power Supplies |
|---|---|
| Voltage | -1KV |
| Amps | 3mA |
Questions about this item
What input voltage and current range must my existing supply provide for this module to operate?
The module requires a 12 V input with a tolerance of ±1 V and will draw between 80 mA and 350 mA depending on load conditions.
How does the electronic shutdown control interact with legacy safety interlocks I already have?
The shutdown pin accepts a standard logic-level signal, so it can be wired directly to existing interlock relays or PLC outputs without extra level-shifting circuitry.
How can I verify the output is regulating correctly after installation?
Measure the reference pin; it should read 5 V ±0.05 V, and the high-voltage output should track the 0–5 V control input proportionally from 0 to –1 kV.
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