The 1/2 Brick Series 500W DC/DC conversion module offers precise control of the output voltage. Its isolated design provides various grounding possibilities (positive or negative). The Series features an industrial standard housing design, supporting reliable operation under the harshest conditions, making it suitable for various applications, including automotive (12V input), signal processing (24V input), specialized applications COTS (28V input), and more. This Series DC/DC module power supply supports a 4:1 wide input voltage range, with built-in remote sensing feedback, wide-range output adjustment, and remote on/off control. The module employs a fixed-frequency design, ensuring ample component margin for reliability. The mechanical design features threaded mounting holes, facilitating system and external heatsink assembly (if required)

The HV Series full brick DC/DC module adopts advanced circuit technology and process structure to achieve ultra-high power conversion efficiency. This module product utilizes fixed-frequency control, input-output isolation, and supports on-board soldering. The Series product is enclosed in a fully sealed package, ensuring its normal operation under harsh conditions. This Series product is suitable for industrial, automotive, and specialized applications, among others.

The LV Series 1000W DC/DC conversion module offers precise control of the output voltage. The low-voltage Series 1000W DC/DC conversion module is the paralleling version of the low-voltage Series, with a maximum paralleling quantity of up to 4 units. Its isolated design offers various grounding possibilities (positive or negative). The lowvoltage Series features an industrial standard housing design, supporting reliable operation under the harshest conditions and is suitable for various applications, including automotive (12V input), signal processing (24V input), specialized applications COTS (28V input), and more. This Series DC/DC module power supply supports a 4:1 wide input voltage range, with built-in remote sensing feedback, wide-range output adjustment, and remote on/off control. The module employs a fixed-frequency design, ensuring ample component margin for reliability. The mechanical design features threaded mounting holes, facilitating system and external heatsink assembly (if required).