V150LT5

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The V150LT5 is a high-power, low-voltage TVS (transient voltage suppressor) varistor. It’s designed as a surge protection device that’s used to protect electrical systems against damage from transient voltages, such as those from lightning strikes. The V150LT5 features a non-linear structure, and can absorb high energy quickly and then switch off, removing the source of the surge or its destructive effects. It offers superior surge protection performance compared to other traditional MOV devices.

V150LT5 applications include general electronic equipment, such as computers, consumer electronics, LED lighting, UPS systems, medical equipment, power supplies, telecom systems, and other industrial control equipment that need protection from transient voltages, such as those caused by lightning or by power line outages.

V150LT5 working principle is based on the principle of a non-linear, symmetrical metal oxide varistor (MOV) device. The device is comprised of two electrodes separated by an oxide layer. When a transient voltage is applied to the V150LT5, it acts as a resistor, limiting the voltage across the device. The MOV absorbs the energy from the transient current and surges, dissipating it as heat. As the voltage is reduced, the device switches off and closes, thus removing the source of the surge and its destructive effects.

The V150LT5 is also able to withstand a wide range of operating temperatures, up to 160°C; it has a response time of 5 ns; and it has an operating voltage of 70−150 VDC. It also features an extremely low leakage current (< 1 mA), making it suitable for circuits that require low or no current during normal operation. Additionally, the V150LT5 is RoHS compliant, CE compliant, and UL recognized, ensuring high safety standards when used in electrical installations.

The V150LT5 is a highly reliable surge protection device, and is ideal for protecting electrical systems against transient voltage spikes and surges caused by lightning. Its non-linear, symmetrical design offers superior protection compared to other traditional MOV devices, and it is able to tolerate a wide range of operating temperatures and still provide excellent surge protection performance.

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