Features:压输入DC-DC转换器MGD155系列 DC155-480V输入系列

• 155-480VDC high input range 155W DC-DC converter
• Single 3.3, 5, 12, 15 & 26V output voltages
• Industry standard quarter brick package

The MGDS-155 high input series is a complete line of high density wide input range DC/DC power modules designed for aerospace, military and high-end industrial applications.

Ideal for 270V DC input bus or on 380V after an AC-DC rectification, these modules use a patented fixed switching topology at 500 KHz providing wide input range, low noise characteristics and high power density.

压输入DC-DC转换器MGD155系列 DC155-480V输入系列

The synchronization function allows to synchronize more than one converter to one frequency or an external source frequency. The parallel function allows increased power with a true N+1 redundancy.

All the modules are designed with LC network filters to minimize reflected input current ripple and output voltage ripple. The modules have totally independent security functions including input under voltage lock-out, output overvoltage protection, output current limitation protection, and temperature protection. Additionally a soft-start function allows current limitation and eliminates inrush current during start-up.

Gaia's MGDS-155 Series of High-Reliability DC-DC Converters are designed for higher operating temperatures of -40 to +105°C (optional -55°C) with input ranges required for typical military & airborne applications.

Available Options (see specs for details):
? T = -55°C Start-Up Temperature
? S = Screening & Serialization

Features:压输入DC-DC转换器MGD155系列 DC155-480V输入系列

? 155-480VDC high input range 155W DC-DC converter
? Single 3.3, 5, 12, 15 & 26V output voltages
? Industry standard quarter brick package
? Built-in soft start
? Galvanic isolation 2200V DC
? Integrated LC EMI filter
? Current share & synchronization functions
? Fully protected: under voltage lock-out, overvoltage protection, current limitation, overtemperature protection
? No optocoupler for high reliability

Please contact us if you need different input / output voltages.