HSM835GE3/TR13

HSM835GE3/TR13 is a single rectifier diode, with a wide range of applications. It has a low forward voltage drop (VF) and a high reverse current surge (IRSM). It is an ideal solution for applications that require a low voltage drop and a high forward current handling capability. It has a low capacitance, making it suitable for use in high frequency applications.

One of the most common uses of the HSM835GE3/TR13 is as a general-purpose rectifier, especially in high-speed switching applications. It has low switching losses, making it suitable for fast switching circuits. It can also be used as a rectifier in power converters, such as AC-DC converters, DC-DC converters, SMPS and DC-AC inverters. It is also suitable for rectifying DC levels, such as for polarity reversal or protection.

Aside from rectification, the HSM835GE3/TR13 can also be used for protection. It has a high reverse current surge and can withstand high voltage spikes. It is used in many circuits as a clamping diode to protect the load from voltage spikes. It can also be used in back-to-back configurations to clamp the load voltage to a safe level.

In terms of working principle, the HSM835GE3/TR13 diode works by allowing current to flow in only one direction. This is due to the fact that the junction between the two types of semiconductor materials is formed in such a way that there is a built-in potential difference between the two sides. The potential difference is known as the ‘built-in barrier potential’ or ‘built-in junction potential’. When a sufficient forward current is applied to the diode, it will turn ON and the voltage across the diode will be close to zero. The current then flows through the diode and across the load. The opposite will happen if a reverse voltage is applied, and the diode will act as an open circuit.

The HSM835GE3/TR13 is a single rectifier diode and has many different applications. It has low forward voltage drop and a high reverse current surge, making it ideal for high-speed switching applications. It can also be used as a protection device, to protect the load from voltage spikes. Its working principle is based on the fact that current can flow in only one direction, due to the built-in junction potential.