LSM335GE3/TR13

Diodes - Rectifiers - Single

The LSM335GE3/TR13 is a single rectifier commonly used in many electronic circuits. It is a three-terminal, surface mount device with reverse voltage protection. The device is manufactured using the latest technologies and processes, ensuring that it is highly reliable in operation.

The LSM335GE3/TR13 has a wide variety of applications. It is commonly used in power supply circuits, high frequency or Pulse Width Modulated (PWM) control circuits, and switching applications. It is also suitable for high temperature and high speed applications. Furthermore, it is well suited for error amplifiers, high speed switching circuits, and voltage regulation.

The LSM335GE3/TR13 has a very simple working principle. It is basically a three terminal device with two anodes, a common cathode, and a reverse voltage protection terminal. When a forward voltage is applied, current flows between the two anodes and the cathode, allowing it to act as a rectifier. The two anodes are connected in parallel and the common cathode is between them. When the applied voltage is reversed, the reverse voltage protection terminal prevents current from flowing and the device remains open.

The device is manufactured using a variety of high quality materials, ensuring that it is highly reliable in operation. It has a low reverse leakage current and a very low reverse breakdown voltage. The device also has a very low power dissipation and requires a very low gate current to turn the diode on. Furthermore, it has a very high surge current capability, making it ideal for applications such as error amplifiers and switching circuits.

The LSM335GE3/TR13 is highly reliable in operation and its robust design helps to ensure that it is suitable for a wide variety of applications. It is also designed to have very low power dissipation and a very low gate current requirement when turned on. Finally, its high surge current capability makes it ideal for high speed switching circuits, error amplifiers, and voltage regulation.