ERZ-VS34C951

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The ERZ-VS34C951 is a popular and reliable Varistor that is used for in a wide range of applications. Varistor, also known as a Voltage Dependent Resistor (VDR) is a device with a non-linear current-voltage relationship. This means that the Varistor’s resistance changes with the amount of voltage applied to it. The ERZ-VS34C951 is especially known for its ability to handle very high voltages while providing reliability and repeatability.

When the Varistor is not subjected to a voltage potential, it behaves as an ordinary resistor. When the applied voltage exceeds a specific threshold, the Varistor quickly reduces its resistance and results in a rapid increase in current. This process is short-lived and after the voltage levels have been restored to normal levels, the resistor will return to its initial state. This self-restoring property makes the Varistor an effective protective device in a wide variety of applications.

The ERZ-VS34C951 is found in applications such as TV and audio equipment, automotive circuit protection, telecommunication systems, and in electronic communications. The Varistor can be used in overvoltage protection circuits for both AC and DC applications. In overvoltage protection circuits, it is essential to ensure that the peak voltage of the circuit does not exceed the rated clamping voltage of the Varistor. The Varistor’s ability to handle very high voltages means that it can be used in these applications without compromising the safety of the circuit.

The ERZ-VS34C951 Varistor has a wide operating temperature range of -55°C to 125°C and has a low temperature coefficient of variation. This makes it especially suited for use in environments where extreme temperatures may be experienced. The Varistor also has a high insulation resistance, further increasing its value as a protective device in high voltage circuits.

The ERZ-VS34C951 can be used in a wide variety of applications as it has a wide voltage rating, high insulation and temperature resistance, as well as durability. This makes it an ideal protective device for high voltage circuits. By using in this Varistor in your application, you can ensure that your circuit will remain protected and that the voltage supplied to it will remain within the specified limits.

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