TS35P06GHD2G

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The TS35P06GHD2G is a Bridge Rectifier from ON Semiconductor. It is a dual diode bridge rectifier, which is a type of diode and part of the bridge rectifier family of components. Bridge rectifiers are widely used in power supply applications to convert AC voltage to DC voltage. They are essentially four diodes that are connected together in such a manner that a single full-wave rectification can be achieved.

The TS35P06GHD2G is designed to offer an ideal balance of low forward voltage drop and low reverse leakage current. It is rated for peak current operation of 35A and reverse voltage of 600V. This dual diode bridge rectifier is housed in a four terminal through-hole package and has a temperature range of -40°C to 125°C. The device utilizes advanced chip technology that provides low thermal resistance and faster conduction times.

The working principle of a Bridge Rectifier is fairly simple. It requires four diode connections that sandwich AC power supply to form a type of bridge. This bridge allows for one voltage polarity that is fed into the bridge rectifier. This polarity can then be reversed, depending on the polarity inputs for the bridge rectifier. Therefore, both polarities of the AC power supply are rectified, resulting in an unidirectional output.

The TS35P06GHD2G Bridge Rectifier has a wide range of applications, including power supply, power inverters, inverter circuits, electroplating, welding, lighting, and more. It is also suitable for applications such as batteries and capacitors where high peak currents are needed. Additionally, its high current and low reverse leakage current make it ideal for use in various DC/DC power converters.

In summary, the TS35P06GHD2G is an excellent choice for a variety of power supply applications. It offers robust design features such as low forward voltage drop and low reverse leakage current, making it well-suited for use in power supplies and DC/DC power converters. Additionally, its wide temperature range makes it suitable for a range of applications, from lighting to electroplating.

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