MART100KP90CAE3

The MART100KP90CAE3 is an electronic component in the TVS - Diodes field. This type of component can protect electronic systems from damaging, surges, electrical transients, and other aberrations that can occur in the power supply. It is a three-pin device, often constructed in dual-in-line, and offers few control options. The MART100KP90CAE3 is used in AC/DC voltage or pulse type of applications.

The working principle of the MART100KP90CAE3 is based on a principle known as the Zener avalanche breakdown. This phenomenon occurs when the voltage across the p-n junction is above a certain peak level. When this peak is reached, the semiconductor material breaks down, allowing current to flow in the reverse direction. This sets off an avalanche of electrons, creating a voltage that is known as the Zener breakdown voltage. Once this voltage is reached, the semiconductor material is effectively "switched off", preventing any further current flow.

The MART100KP90CAE3 has two main applications: overvoltage protection and reverse-bias protection. In an overvoltage protection application, the device is placed between a power source and a load to protect the load from an overvoltage from the power source. In a reverse-bias protection application, the device is used to protect an electronic circuit from reverse currents, which can be caused by electrostatic discharge (ESD) or other sources. In either application, the MART100KP90CAE3 acts as a shield or "clamp" to the voltage, blocking or diverting any excess voltage away from the load or circuit.

The MART100KP90CAE3 is a versatile device that can be used in a variety of applications. It can protect AC/DC voltage and pulse type circuits from transient energy fluctuations, while providing a fast response time to protect the circuit from any overvoltage or reverse current. Furthermore, since it is a three-pin device, it can also be used as a logic level switch or for any bi-directional switching applications. Overall, the MART100KP90CAE3 provides a cost-effective solution to protecting electronic circuits from electrical transients and overvoltage.