Taiwan Semiconductor Bridge Rectifier Through Hole 600 V 150 A 4-Pin Single KBL405G T0

Taiwan Semiconductor KBL405G T0 bridge rectifier is a discrete semiconductor device designed for converting alternating current (AC) input into direct current (DC) output through a diode bridge configuration. It features a peak reverse repetitive voltage rating of 600 V and can surge to 150 A, making it suitable for robust power rectification applications.

This component is constructed with a glass passivated junction and packaged in a KBL type through-hole 4-pin single configuration, facilitating easy SIL PCB mounting and reliable soldering on printed circuit boards. It offers a continuous forward current rating of 4 A and operates efficiently with a low forward voltage drop of 1.1 V, minimizing power loss.

Operating temperature ranges from -55°C to 150°C, allowing use in demanding electronic, automotive, industrial, and consumer applications that require stable performance under varying environmental conditions. The minimal peak reverse current of 10 μA ensures low leakage and enhances efficiency in sensitive circuits.

Physical dimensions are compact, with a length of 19.6 mm, width of 6.48 mm, and height of 16.38 mm, optimizing space utilization on circuit boards. The device's configuration as a single phase bridge rectifier makes it suitable for converting AC to DC in switching power supplies, battery chargers, motor drives, and various power control systems.

No specific automotive standards or additional approvals apply to this model. The product is manufactured in China with a focus on reliability at a low cost. Supports a peak reverse repetitive voltage of 600 volts. Features a maximum forward current of 4 amperes with a peak surge current of 150 amperes.

Operates reliably within -55°C to 150°C temperature range. Constructed with glass passivated junction for durability. Compact dimensions measuring approximately 19.6 mm length, 6.48 mm width, and 16.38 mm height. Designed for SIL PCB mounting using through-hole technology.

Low peak forward voltage drop of 1.1 volts enhances efficiency. Peak reverse current is minimal at 10 microamperes, ensuring low leakage. Ideal for converting AC to DC in various industrial, electronic, and power management applications.

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