With more than 35 years of experience, PowerGood’s DC/DC converters are engineered to provide exceptional performance and efficiency for a wide range of applications.
PowerGood uses MLCC capacitors in its modules. Compared with tantalum electrolytic capacitor, the ceramic capacitor is stabler, its lifetime is longer, and the working temperature is wider. This feature directly ensure the high reliability of PowerGood's modules.
Input range includes from 12:1 to 2:1. With power options ranging from 40W to 600W and beyond, from 1/16 brick to full brick, these converters are designed to meet the diverse power conversion needs of various sectors, such as industrial, automation, telecommunications, and now mainly focusing on high-end industries such as aerospace and defense, etc..
---Encapsulated Series (15W~50W)---
* With built-in EMI filter
* Meet En55032 Class B without external components
* Single / Dual outputs
* Six-sided metal case, having excellent heat dissipation & EMI performance
* Super wide woking temperture -55℃~+125℃
---Encapsulated-S Series (15W~100W)---
* PowerGood's ultimate series -- Highly reliable, cost-effective and short lead time
* Highly automated production process, ensuring the consistency, high reliability with min. manpower
* 8:1 / 4:1 / 2:1 ultra-wide input range
* Greatest Power Density: 1" x 1" with 50W & 2" x 1" with 100W
*Five-sided metal case design and has excellent heat dissipation and EMI
* Wide operating temperature -40℃~+100℃
---Brick Series (40W~600W) & Brick-S Series (50W~200W)---
* 12:1 / 8:1 / 4:1 / 2:1 ultra-wide input range
* Input range, power and pin assignment can cover major brands
* Siper wide operating temperature -55℃~+100℃
* Six-sided metal case, having excellent heat dissipation & EMI performance
* Masterpiece of high power density
---Brick-F Series (300W & 600W)---
* Highest power density in the market - Quarter brick with 300W & half brick with 600W
* 94% Super high efficeincy
* Aluminum base for excellent cooling performance
* Wide operating temperature ‐40~+100°C