VE09M00151K

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TVS (Transient Voltage Suppressor) devices are often used in high power and high voltage applications such as power supplies, telecommunication systems, and automotive electronics. Their purpose is to protect the device or circuits from over voltage, often caused by lightning, overload, or power fault. The VE09M00151K is an modular electronic device which is designed to protect against such transients. It is widely used in telecommunications, home appliances, vehicles, industrial electronics, etc.

The VE09M00151K is a metal oxide varistor designed to suppress transient voltage spikes. It is a nonlinear voltage-dependent device which works when the voltage exceeds its breakdown voltage. The non-linear characteristic of varistors allows them to absorb energy from transient voltage spikes, while maintaining a high endurance level, thus providing long-term protection of circuits from overvoltage.

The VE09M00151K come in a standard form factor (EM12) and have a clamping voltage of 135V for peak surge. Its element is made of zinc oxide, a material which is highly capable of absorbing energy during transients. The element is encapsulated in a hermetically sealed metal housing with a pressure contact terminal to ensure maximum strength and stability. The device has a very high surge current capacity of 150A and a high dielectric strength of 9990 VAC. These features make it an ideal choice for protecting sensitive electronic circuits against overvoltages.

The VE09M00151K is built with a low leakage current (no more than 0.2μA minimum) that ensures that no current will flow during normal operation. This is important for sensitive electronics, as too much current can lead to device malfunctions. The device also has a low profile, robust construction, and is designed to be highly resistant to thermal runaway.

The main advantage of the VE09M00151K is its ability to suppress transient voltage spikes quickly and effectively. Its fast response time and high surge current capacity make it ideal for protecting sensitive electronics from overvoltages. The low leakage current helps to ensure that no current will flow during normal operation, and the high dielectric strength makes it resistant to thermal runaway. The robust construction and low profile make it suitable for a wide variety of applications in telecommunications, home appliances, vehicles, and industrial electronics.

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