MXLP6KE24AE3 Circuit Protection

TVS - Diodes

The Trans transient Voltage Suppressors (TVSs) is a type of diode with special protective characteristics and is used in a variety of electronic circuits. One of the latest products from the TVS family is the MXLP6KE24AE3 TVS Diode. This product has superior dynamic characteristics for protecting circuitry against ESD, EFT and surge events.

MXLP6KE24AE3 Application Field

The MXLP6KE24AE3 has an individual clamping capability of 24A which allows it to work across a wide range of applications right from wireless charger circuits to communication and automotive circuits. It can also be used in electrical and electronic devices operating in high-energized environments. The MXLP6KE24AE3 Diode works like an electronic protector on power supply lines by limiting the voltage applied on the output terminals to a level below the breakdown voltage of the device. This helps protect sensitive elements in the circuit from transient over-voltage and provides dual line transient protection.

MXLP6KE24AE3 Working Principle

The operation of the MXLP6KE24AE3 is based on the fact that the voltage applied at the device\'s input terminal must reach a certain threshold, called the breakdown voltage, before the device can be conductive.When the voltage applied at the input terminal attains the breakdown voltage, the device conducts and the excess current flows through itself, thus preventing it from being applied to the load.The breakdown voltage of this device is typically 6.2Volts, which is much lower than other similar devices in the market.This device can very quickly react to transient overvoltages and switch from its normally nonconductive state to its conductive state in just few microseconds and switch back to its non-conductive state when the over-voltage disappears. This provides effective protection for the downstream components from transient over-voltages.

Conclusion

The MXLP6KE24AE3 is a very useful device from the TVS family which can provide superior dynamic characteristics for protecting sensitive components from transient over-voltage. Its operation is based on the breakdown voltage and it can quickly respond to transient over-voltages and switch from its normally non-conductive state to its conductive state in just few microseconds. This makes it ideal for use in a number of applications including wireless charger circuits, communication circuits and automotive circuits.