High Voltage Power Supply AHV12VN7KV2MAW
$229.00
AHV12VN7KV2MAW is a high-voltage DC-DC power module designed to convert a 12V DC input into a precise 0 to −7kV output with up to 2mA output current. Engineered for sensitive scientific and industrial applications, this module provides reliable high-voltage performance with zero EMI, metal enclosure heat sinking, and electronic shutdown control, making it ideal for X-ray machines, spectral analysis, particle accelerators, and other precision equipment.
This −7kV isolated DC-DC converter comes in a compact, fully shielded package to ensure safety, reduce electromagnetic interference, and provide mechanical robustness. It supports 0–5V input control for precise voltage regulation, allowing seamless integration into laboratory and industrial setups. With proper ventilation and mounting, it maintains stable operation even under demanding conditions.
Key Features:
- High-Voltage DC-DC Module: Converts 12V input to 0 to −7kV output for compact high-voltage applications.
- Adjustable Output Voltage: Controlled via a 0–5V analog input (CTRL), with output proportionality of VVOUT = 1400 × VCTRL.
- Output Current: Provides up to 2mA maximum current suitable for sensitive high-voltage systems.
- Electronic Shutdown Control: Enables safe on/off operation via SDN pin logic.
- Zero EMI & Metal Enclosure: Excellent shielding and heat dissipation for precise, low-noise operation.
- Wide Input Current Range: Efficient operation with 350mA to 1.6A input current depending on load.
- Easy Integration: Simple wiring for VPS, GND, CTRL, SDN, and 5V reference for system compatibility.
Typical Applications: X-ray machines, spectral analysis, nondestructive inspection, semiconductor manufacturing equipment, particle accelerators, capillary electrophoresis, electrospinning of nanofibers, physical vapor deposition, and other high-voltage precision systems.
Available on backorder
1~9$229.00 each
10~49$219.00 each
50~99$209.00 each
>=100$199.00 each
Additional information
| Weight | 0.75 lbs |
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