EZJ-ZSV270CAK

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TVS (Transient Voltage Suppression) diodes are a crucial part of any circuit. They are designed to protect the circuit from electrostatic shocks and voltage spikes. The EZJ-ZSV270CAK varistor is a surface mount varistor designed for these types of applications. It has a robust exterior design with an operating temperature range of -40℃ to 125℃ and an insulation radius of 2.2mm.

The EZJ-ZSV270CAK varistor offers excellent protection from over-voltage and electrostatic discharges from the operating environment. It is designed to absorb energy when the voltage exceeds the nominal voltage, and to dissipate this energy gradually by changing its resistance. It also has the ability to absorb a maximum of 500A (10/1000μs) of surge current.

The EZJ-ZSV270CAK varistor can be used in a wide range of applications, such as personal computers, computer peripherals, automotive systems, modems, and data communication devices. It is also suitable for high-precision, low-voltage circuits that require data transmission protection.

The EZJ-ZSV270CAK varistor is a non-linear resistive element. This means that it has two distinct states: a low-voltage state and a high-voltage state. When the voltage exceeds the varistor’s nominal voltage, it will switch to the high-voltage state, where it will absorb the surge current and dissipate the excess energy. This allows it to protect the circuit from potential damage due to the voltage spike. This switching process occurs very quickly, which means that the varistor can respond to voltage changes faster than other components.

The EZJ-ZSV270CAK varistor also has a positive temperature coefficient (PTC) characteristic. It means that as the operating temperature increases, the PTC will increase and the resistance will decrease. This allows it to reduce the output voltage of the circuit and prevent damage due to over-voltage.

The EZJ-ZSV270CAK varistor can be used in a variety of circuits due to its robust design and wide temperature range. It is designed to protect sensitive components from over-voltage and transient surges. Its ability to absorb excess energy and quickly switch states makes it an ideal choice for protecting circuit components from over-voltage.

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