SS1FH6HM3/I

Single-phase full bridge rectifier (SS1FH6HM3/I) is a kind of diode rectifier used for rectifying alternating current. It comprises two AC inputs, two DC outputs, two diodes, and two filters. The SS1FH6HM3/I is suitable for applications up to 100W and available as standard parts. Its voltage range is 3V-12V.

The AC input is daisy-chained to the first diode, followed by the second diode and the filter. The two outputs can be fit with separate connectors or they can be used as a single pair. The Bridge Rectifier is designed to convert an AC input into a DC output, applying one or two filter networks which are directly attached to the bridge rectifier, typically an RC filter, to reduce any ripple from the DC output.

The working principle of the SS1FH6HM3/I is straightforward. When an AC voltage is supplied, the diodes are used to rectify the current. When the polarity of the AC source is negative, the first diode conducts and the second remains reverse biased, then current flows from the input to the load. When the polarity of the AC voltage is positive, the second diode conducts and the first remains reverse biased, then the current flows from the load to the input. The result is a DC voltage across the load, The two filters then smooth out any fluctuations in the load current, resulting in a steady DC voltage.

SS1FH6HM3/I bridge rectifiers are used in a variety of applications, such as in the power supplies of computers and other electronic equipment, home lighting and industrial machinery. They are also used in the automotive industry to provide power to the electric drive and gadgets. In fact, SS1FH6HM3/I rectifiers are one of the most commonly used components in the electronics industry.

The SS1FH6HM3/I single-phase full bridge rectifier is a reliable, high-performance component for rectifying alternating current. It is available in a variety of voltage ranges, making it ideal for a variety of applications. It is also relatively inexpensive, making it a cost effective solution for many applications.