The P36-12V is a wide-voltage power module designed by CoreIPC as an accessory for industrial motherboards. It converts a 9–36V DC input to a 12V DC output, providing up to 6A for supported power-delivery requirements.
The module includes reverse-polarity protection at the 9–36V DC input interface. Input is provided through a 1 × 3핀 잠금 Phoenix 터미널 (DC_IN2, 선택 과목, 5.08 mm 피치). For output, the module provides a 1 × 2핀 Phoenix 터미널 (DC_OUT1, 5.0 mm 피치) and an onboard 2 × 2핀 ATX 전원 출력 커넥터 (DC_OUT2), offering two documented 12V output connection options.
Measuring 27 mm × 80 mm, the P36-12V can be installed inside a chassis through its four screw holes or mounted directly to the chassis wall using metal mounting hardware.

P36-12V 9–36V wide-voltage power module, top view.
CoreIPC combines industrial motherboards and embedded computing experience with OEM / ODM and product customization support for embedded hardware projects.
- Industrial motherboards and embedded computing experience
- OEM / ODM and product customization support
- 10,000+ m² manufacturing facility with 6 SMT lines
- 300+ skilled employees and global customer support
큐: What input voltage range does the P36-12V support?
에이: The P36-12V accepts a 9–36V DC input. Its documented input connector is the optional DC_IN2, a 1 × 3-pin locking Phoenix terminal with a 5.08 mm 피치.
큐: What output capability does the P36-12V provide?
에이: The module provides a 12V DC output with a maximum output current of 6A. No maximum output power rating is specified in the current product documentation.
큐: Does the P36-12V include reverse-polarity protection?
에이: 예. The 9–36V DC input interface includes reverse-polarity protection to help prevent incorrect wiring at the documented power input.
큐: Which 12V output connectors are available on the module?
에이: The P36-12V provides a 1 × 2핀 Phoenix 터미널, DC_OUT1, with a 5.0 mm 피치. It also includes an onboard 2 × 2핀 ATX 전원 출력 커넥터, DC_OUT2.
큐: What are the dimensions and mounting options of the P36-12V?
에이: The module measures 27 mm × 80 mm. It can be installed inside a chassis using four screw holes or secured directly to the chassis wall with metal mounting hardware.