LCE22-E3/54

TVS-Diodes are widely used in electrical devices as part of their overall protection plan. This is because they protect the device from transient voltage surges. The LCE22-E3/54 is an example of a TVS-Diode that serves the same purpose. As well as this, the LCE22-E3/54 has some particular properties that make it a popular choice for protecting electronic devices.

First of all, the LCE22-E3/54 is an especially durable and robust TVS-Diode. This is because it is moulded in a plastic epoxy package that helps to increase the overall strength of the diode. Furthermore, it has a high surge surge capability of 34A peak pulse current, therefore making it more suitable for higher-power applications than other, weaker TVS-Diodes.

In terms of application field, the LCE22-E3/54 is suitable for use in a range of applications. This includes computers, sensitive industrial equipment and consumer devices. This TVS-Diode is especially effective in controlling surges that occur during the turning on and off process of different electrical appliances. This is because it diverts the overload current away from the device and into the atmosphere.

Also, the LCE22-E3/54 has a very low reverse stand-off voltage and a very low leaky current. This is beneficial in terms of protecting the device as it ensures that the voltage transient is kept within a manageable range. The low leaky current is also beneficial in that it prevents the current from accidentally flowing from one device to another.

The LCE22-E3/54 works according to a very simple principle. When the voltage passing through the device exceeds a pre-defined threshold, the diode becomes active and starts to divert the excess current away from the device. This allows the device to remain protected from any transient voltage surges that may otherwise damage it.

In summary, the LCE22-E3/54 is an important TVS-Diode that helps to protect electrical devices from transient voltage surges. It is especially effective in controlling surges and is suitable for a wide range of applications. This is because it is robust and durable, has high surge capability, and a low reverse stand-off voltage and low leaky current. Furthermore, it operates according to a very simple principle. For these reasons, it is a popular choice for companies looking to protect their electronic devices.