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Diodes - Rectifiers - Single

BAT720,235 Application Field and Working Principle

The BAT720,235 has set the standard in the diode rectifier industry. This device is used in all sorts of applications, ranging from power conversion to vehicle ignition. Its small form factor and low power requirements, coupled with its excellent performance make it a device of choice for many applications.

This particular device is a high voltage Si-Schottky high speed rectifier. It can operate at temperatures from -45°C to 150°C and energy efficiencies up to 90%. It is designed to operate with low reverse leakage current and fast dynamic switching, making it suitable for a variety of high frequency applications. It is also capable of working with a wide range of frequencies ranging from 4kHz to MHz range.

This device comes with a wide variety of features, including integrated surge protection, which allows the device to handle high energy transients. It is also capable of limiting the reverse leakage current to reduce power losses and improve overall efficiency. Additionally, the device features built in EMC compliance and a high surge rating, making it suitable for high frequency pulsed loads.

The BAT720,235 is a great choice for high voltage power conversion, as it is capable of handling maximum voltage of up to 200V. The device has a Junction-to-Case thermal resistance of 12°C/W, making it suitable for high power applications. Additionally, the device has a high fidelity threshold voltage and low on-resistance.

The working principle of the BAT720,235 is simple but highly effective. First, it has two terminals that are internally connected to a silicon Schottky diode. When an external voltage is applied, current will flow through it and the device will act as a rectifier. The device has an on-state forward voltage drop which determines the level at which a voltage will be present at the output. At higher levels, a diode will block current from flowing through.

The BAT720,235 is a versatile device and can be used for a wide range of applications in electronics. It can be used to convert AC power to DC, smooth ripple currents, provide EMC protection, as an ignition circuit, and more. Its wide voltage range and temperature range make it useful in many situations, while its low power requirements and excellent performance make it a popular choice.

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