MXLSMCJLCE12A Circuit Protection

TVS - Diodes

The MXLSMCJLCE12A is an television signal diodes. It comes in several package types, such as 1206 and 0805. Not only can it handle high voltage, but it also has low capacitance and low clamping voltage. This makes it a great choice for applications requiring both over-voltage and over-current protection.

Applications of MXLSMCJLCE12A

The MXLSMCJLCE12A can be used for the protection of televisions, computer monitors, radios, and other devices that are exposed to potentially damaging surges. It is an ideal option for applications that require protection from transient voltage surges due to lightning strikes or other disturbances. It protects against short duration spike voltage, and it is designed to protect equipment from current leakage. This makes it a great choice for applications in harsh and highly turbulent environments.

Working Principle of MXLSMCJLCE12A

The MXLSMCJLCE12A is based on the principle of the diode clamping. When a voltage above a certain threshold is applied, it will immediately clamp the voltage and reduce the voltage levels. This prevents further damage to the protected device. The diode is capable of clamping even small surges. When the voltage reaches the zener voltage, the current will be diverted to the secondary diode, thus preventing further damage.

Advantages of MXLSMCJLCE12A

One of the main advantages of the MXLSMCJLCE12A is its low capacitance. This makes it an ideal choice for applications that require both over-voltage and over-current protection. Other advantages include its ability to provide protection from transient voltage surges, its low clamping voltage, and its high tear resistant characteristic.

Conclusion

The MXLSMCJLCE12A is an excellent choice for television signal applications due to its low capacitance, low clamping voltage, and high tear resistant characteristics. This diode is designed to protect equipment from current leakage and short duration spike voltage, and it is an ideal option for applications in harsh and highly turbulent environments.