STTH60P03SW

STTH60P03SW is a single-phase, fast-recovery, high-voltage low-forward-voltage Schottky rectifier. This is a popular choice for scenarios where low power loss and high efficiency are required. As a Schottky rectifier, it has a low voltage drop across the junction and a low reverse leakage current compared to regular rectifiers. The device is formed with a high-performance, highly reliable 60V avalanche power MOSFET. It is suitable for use in output rectification applications such as in the secondary stages of DC/DC converters, within the voltage regulation circuits of switched-mode power supplies (SMPS), and in portable electronics.

The STTH60P03SW is a single-phase, fast-recovery, high-voltage low-forward-voltage Schottky rectifier. It has a maximum power dissipation of up to 2.3W, a low forward voltage drop of 0.56V, a maximum leakage current of 5mA at 3V, and a maximum reverse voltage of 60V. It has an operating temperature range of -40°C to +125°C.

The STTH60P03SW works by the flow of forward current through the device. This process causes a voltage drop across the rectifier and a rise in current. At the same time, the reverse direction of the current is blocked. This is because the Schottky diode has a lower forward voltage threshold than a regular diode, allowing current to flow more readily, and a lower leakage current, which prevents any current from flowing in the reverse direction. This helps protect and block other components downstream from damage.

The STTH60P03SW is ideal for use in applications that require low power dissipation and high efficiency. It is perfect for use in the secondary stages of DC/DC converters, voltage regulation circuits in SMPS, and portable electronics. It has a low voltage drop across the junction and a low reverse leakage current compared to regular rectifiers, making it an excellent choice for such applications.

In conclusion, the STTH60P03SW is a fast-recovery, high-voltage low-forward-voltage Schottky rectifier. It offers low power dissipation, a low forward voltage drop, and a low reverse voltage, making it perfect for use in low power loss and high efficiency applications. It is suitable for use in the secondary stages of DC/DC converters, within the voltage regulation circuits of SMPS, and in portable electronics.