Bridge Rectifier, QL 100A 1600V 4 Pin Black High Power 2 Phase Diode Bridge Rectifier AC to DC Bridge Rectifier Diode Large Over Current Capacity Good Heat Dissipation
METAL + PLASTIC MATERIAL: Our bridge rectifier is a combination of metal + plastic. Metal provides good conductivity; plastic can act as an insulator and is strong, not easy to wear, crack, and chemical reaction
STABLE PERFORMANCE: Our 2 phase rectifier is a 4-pin configuration, and the 1600V rated voltage ensures that it can withstand high voltages; it has good temperature and power cycling capabilities, ensuring more stable performance without the risk of component failure due to voltage spikes
2-PHASE RECTIFICATION DESIGN: Our ac to dc rectifier is designed for 2-phase rectification, with a maximum average forward rectification current of 100A, which can effectively convert alternating current (AC) to direct current (DC), and the DC output is smoother and has less waving
EXCELLENT HEAT DISSIPATION: Our bridge rectifier diode has a large overcurrent capacity and good heat dissipation; the design that promotes good heat dissipation reduces the risk of overheating and subsequent damage, and can also work normally under continuous or heavy load conditions
APPLICATION RANGE: Our improved design bridge is a high-quality bridge rectifier, which used to convert AC input to DC output; this high-power bridge rectifier can be used in power supplies and is compatible with a wide range of power supply devices and can be used in a variety of applications including industrial machinery, motor drives, battery charging systems, and home adapters
Description
Features:
High quality bridge rectifiers used for conversion of an alternating current input into a direct current output.
Well long time using structure with good temperature and power cycle ability ensures a more stable performance.
Designed for 2-phase rectification, max. average forward rectified current: 100A
It has a large over-current capacity, good heat dissipation.
This high power bridge rectifier can be used for power supply.