SS315HM6G

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Diodes - Rectifiers - Single refer to power semiconductor devices used for rectifying and converting electrical energy into another form of electrical energy. The SS315HM6G is a power semiconductor device that is such is a technology product from the STMicroelectronics company. It is an 85V Schottky rectifier based on the latest silicon carbide material. The SS315HM6G has various physical properties such as a working voltage of 85V and a thermal resistance of 0.67°C/W. It has a continuous forward current rating of 3A and a maximum peak forward surge current of 30A.

The SS315HM6G is mainly used in applications such as:

• AC/DC converters;
• DC/DC converters;
• Snubber circuits;
• High efficiency power supplies;
• Switching power supplies;
• UPS systems.

The SS315HM6G is based on a Schottky rectifier diode which is a form of diode used in rectification. The Schottky diode has the advantages of low forward voltage drop and the absence of reverse recovery time. This allows the SS315HM6G to have high current density, low switching losses and low power dissipation. The SS315HM6G is a silicon carbide Schottky rectifier which improves on the traditional silicon Schottky rectifier by having better current capability and higher temperature stability.

The working principle of the SS315HM6G is that it rectifies the AC input voltage, converting it into DC output voltage. The SS315HM6G is composed of a P-type semiconductor and a N-type semiconductor connected by an N-type gate region. When the device is forward biased, the voltage drop across the P-type and N-type is the device’s Schottky barrier voltage, which is essential for the efficient rectification. When a positive voltage is applied to the P-type semiconductor, it will attract electrons from the N-type semiconductor and form a depletion region. This process leads to a rectified output voltage.

In conclusion, the SS315HM6G is apower semiconductor device with numerousapplication fields and the working principletakes advantage of its Schottky barriervoltage to provide rectified outputvoltages. It has the benefits of lower powerdissipation, low switching losses andhigh current density.The specific data is subject to PDF, and the above content is for reference