TMOV14RP300EL2B7

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The TMOV14RP300EL2B7 is a Transient Voltage Suppression (TVS) device which falls under the broad category of Varistors and Metal Oxide Varistors (MOVs).

Varistors are designed to protect against dangerous surges of voltage. Whenever they sense an overvoltage, they will, in a fraction of a second, react to this surge and limit its passing in the circuit. Often referred to as "surge protectors", they come in a variety of forms, with different designs depending on their particular application.

The TMOV14RP300EL2B7 is a particular type of protection device which is known as an MOV. It is a three-terminal device which is designed to protect sensitive circuit components from dangerous voltage transients. It works by detecting a sharp rise in voltage and then shunting the surge away, thereby limiting the amount that passes through the circuit. Ultimately, these devices can help prevent damaging outages and improve circuit performance.

TMOV14RP300EL2B7s are common in a wide range of applications, such as automotive, consumer electronics and telecommunications. In automotive applications, they can help protect vehicles from voltage surges caused by lightning strikes, while in consumer electronics they help limit any sudden spikes in voltage which might arise from power outages or other sources of interference. Telecommunications systems can also benefit from the added protection provided by these devices.

The TMOV14RP300EL2B7 works by relying on a combination of two different mechanisms. Firstly, they use a positive temperature coefficient which increases resistance with temperature, and secondly, they use zinc-oxide (ZnO) material which has a high reverse recovery current capacity. This combination means that it is able to detect and limit voltage spikes quickly and effectively.

When the TMOV14RP300EL2B7 is exposed to a voltage spike, the resistance of the zinc-oxide field decreases, allowing current to flow through the device. The positive temperature coefficient then ensures that it is able to withstand voltage surges of up to 300 volts without becoming damaged. Ultimately, this helps to protect the circuit from damage and improve its performance.

The TMOV14RP300EL2B7 is an example of an effective transient voltage suppression device which is suitable for a range of applications. By using a combination of a ZnO material and a positive temperature coefficient, it is able to detect and limit surge voltages quickly and effectively. In doing so, it helps to improve the performance of sensitive circuits and protect them from potentially damaging outages.

The specific data is subject to PDF, and the above content is for reference