TMOV14RP420EL2B7

TMOV14RP420EL2B7 is a component of a transorb-type surge protection device (SPD) used to protect low voltage lines from overvoltages caused by nearby lightning strikes or induced currents. It is also used in commercial and residential applications to protect against sudden voltage spikes or momentary surges. The TMOV14RP420EL2B7 has a unique combination of properties that make it an ideal choice for such applications.

The TMOV14RP420EL2B7 consists of two main components – a zinc oxide (Zn) element and a capacitor. The Zn element can absorb and divert harmful over-voltages to ground, while the capacitor helps to hold the excess energy. The TMOV14RP420EL2B7 has a low, ground-fault response time, making it an ideal choice for applications that require rapid response to over-voltages.

The TMOV14RP420EL2B7 is designed to protect circuits from transient overvoltages in both commercial and residential applications. This includes protection against power supply surges, induced overvoltages from nearby lightning, and fault currents. The TMOV14RP420EL2B7 is also suitable for use in DC applications such as telecommunication and solar systems.

The working principle of the TMOV14RP420EL2B7 is based on the combination of its Zn elements and capacitors. When a surge or overvoltage is detected, the Zn element absorbs the excess energy and shunts it to ground. The capacitor helps to hold the excess energy and ensure fast response time, allowing the device to react quickly to protect the circuit from damage.

In summary, TMOV14RP420EL2B7 is an ideal choice for surge protection in both commercial and residential applications. Its combination of Zn element and capacitor offers fast response times and excellent protection against transient overvoltages. Its ability to dissipate overvoltages quickly and effectively make it an ideal choice for surge protection applications.