HSM180GE3/TR13

HSM180GE3/TR13 is an ultra-small 180V Schottky rectifier diode. Many types of rectifier diodes are widely used in AC to DC power conversion systems. Schottky diodes like HSM180GE3/TR13 represent a more efficient way of transforming AC to DC power. These devices are much smaller than traditional silicon rectifier diodes, they feature low forward voltage drop and small switching losses. They possess high thermal stability and are extremely fast switching.

HSM180GE3/TR13 is typically used in high-frequency and telecommunication applications such as high-speed switch mode power supplies and low-noise RF applications. It is also suitable for applications where reverse blocking of voltages up to 180V is required and for medium-high current rectification.

This diode features low forward voltage drop, fast switching, low power loss, low thermal resistance and improved frequency characteristics. It also has a low reverse leakage current and provides improved thermal stability. The HSM180GE3/TR13 diode is rated at a maximum reverse voltage of 180V and has a maximum forward current of 1A.

The working principle of a Schottky diode is the same as a normal rectifier diode, but due to the lower forward voltage drop, it is more efficient in power conversion and has a much lower power loss. It also has much better electrical characteristics than traditional silicon rectifier diodes, such as lower forward voltage drop, fast switching speeds and improved frequency characteristics. The diode is also very reliable and able to withstand high temperatures.

HSM180GE3/TR13 is an efficient and reliable Schottky rectifier diode, which is commonly used in high-frequency and telecommunication applications such as high-speed switch mode power supplies, low-noise RF applications, and medium-high current rectification. This device has excellent electrical and thermal parameters and provides better performance in power conversion and heat dissipation. It is also very reliable and able to withstand high temperature environments.