SGL41-30HE3/97

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Diodes - Rectifiers - Single is a two terminal component typically used in electronic circuits. The SGL41-30HE3/97 is a single, surface mount, bridge rectifier designed for use in high temperature, power, and rectification applications. This diode rectifier series provides reliable and efficient rectification whatever the application.

The SGL41-30HE3/97 is a four-rectifier in a very small surface mount package such as the SMA. It has a reverse polarity power rating of 30A (4 x 0.5A) with an average forward current of 30A. It has a low voltage drop and a total output insulation thickness of 1.05mm, making it an ideal device for power applications. The device provides superior forward and reverse temperature characteristics, making it suitable for a range of temperature-sensitive applications.

The SGL41-30HE3/97 works by converting alternating current into direct current. When a DC voltage is applied to a diode rectifier, the diode will allow current to flow only in one direction while blocking current from flowing in the opposite direction. This is done through the use of a semiconductor junction, which prevents current from flowing in the wrong direction. As a result, the output of a diode rectifier is a DC voltage, with the peak value dependent on the magnitude of the AC input voltage.

When a bridge rectifier is used, it is possible to have current flowing in both directions. This is achieved by connecting four diodes in a bridge configuration, thus creating a full-wave rectifier. This means that twice as much current is available compared to a regular rectifier due to the twice as many peaks, resulting in a more efficient and powerful rectifier. The bridge rectifier also has better characteristics than a standard rectifier, including lower voltage drop, improved ripple factor and faster switching times.

The SGL41-30HE3/97 is designed for use in many power applications such as DC/DC and AC/DC converters, multi-stage power supplies, and circuit protection. It also makes an ideal choice for high temperature power applications. Because of its low forward voltage drop and reliable and efficient performance, it is a reliable choice for any application.

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