TMOV34S151MP

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TMOV34S151MP is a product of TVS – Varistors, MOVs. It is used for easy, dependable overvoltage power line protection in a variety of electrical systems. It is a pluggable, space-saving and versatile transient suppressor which includes three varistor networks across two symmetrical axes, as well as providing low capacitance and high voltage protection.

The TMOV34S151MP is constructed of MOV networks negatively biased with opposing diodes across two bipolar terminals. This arrangement minimizes differential current and produces highly effective hostile transient suppression. The two networks which are semiconductors, are also able to absorb high surge currents up to many thousands of amps.

The TMOV34S151MP application field includes a table top, wall-mounted, and laptop power supplies, telecommunications systems, and medical equipment protection. It is valuable in both AC and DC operations, with protection up to 2,000V in a standing wave.

The working principle of TMOV34S151MP is essentially the opposition of energy. It acts by placing a resistance across lines of voltage to down the voltage to a safe level. The resistance can be either a semiconductor, or a ‘metal oxide varistor’ (MOV), which is made of various metallic oxide components. The MOV provides a low capacitance in both DC and AC operations, and absorbs high surges up to many thousands of amps.

Using a resistance of this strength means that a spike in voltage or a surge of electricity is safely dissipated into the resistance material, without damaging the surrounding equipment. While the resistance is active, the MOV begins to overheat and so shortens it’s own lifespan, but the risk of damage to equipment and electrical parts is greatly reduced.

The TMOV34S151MP is a highly suitable device for use in hardware and power supply industry, as well as other equipment protection. In addition, it is used for low capacitance, high surge absorptions, and high voltage protection in AC and DC operations. It is able to provide a reliable service life when facing opposition to overloads, surges, and EMI/RFI signals.

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