TMOV34S621MP

The TMOV34S621MP is a transient voltage surge suppressor (TVSS) device that belongs to the TVS – Varistors, MOVs category. This type of component is designed to protect against voltage transients such as electrostatic discharge (ESD) and other voltage surges. It is commonly used in telecommunications, computers, and industrial applications to protect against disruption of signals caused by these electrical transients.

The TMOV34S621MP is an absorptive transient voltage suppression device that is capable of dissipating the large peak energy generated during an electrical transient. The suppression works by providing enough resistance across the line so that the voltage does not spike above the allowable values. This prevents any potential damage to the device or system that could be caused by the transient.

This device has two parts – a metal oxide varistor (MOV) and a non-linear suppressor. The MOV is made of a ceramic material that has an intrinsic voltage-dependent resistance. As the voltage across the MOV increases, its resistance also increases. The non-linear suppressor is a diode-like component. When a voltage transient occurs, the suppressor will divert the current to the MOV. The MOV will then absorb the energy from the peaks of the voltage transient and dissipate it.

This device can be used in AC or DC circuits and is suitable for use with ESD and other fast transients. It has a high surge capability and is rated for a maximum surge current of 200A and peak voltages from 8 to 14 Volts. It is RoHS-compliant and is easy to mount and install. The TMOV34S621MP is ideal for use in any application that requires surge and ESD protection.

The TMOV34S621MP is an essential device for protecting electronic equipment from voltage transients. It is designed to absorb the large peak energies generated by such transients and dissipate the energy harmlessly. It has a high surge capability, is RoHS-compliant, and is easy to install. As such, it is a reliable and effective solution for protecting sensitive electronics.