EZJ-S1VB822 Circuit Protection

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TVS - Varistors, MOVs (Transient Voltage Surge Suppressors) are electrical components that are designed to protect electronic circuits from voltage transients. TVSs are used to prevent spikes in voltage caused by lightning strikes, electrostatic discharges, and other sources of electrical noise. The EZJ-S1VB822 is a specific type of TVS that offers high-level transient protection and low capacitance.

The EZJ-S1VB822 is designed to provide over-voltage protection for circuits with high-speed data lines. It can be used in a variety of applications, and is especially useful in automotive, telecommunications, and computer systems. The device is a multi-layer varistor with an operating temperature range of -55°C to 85°C.

The EZJ-S1VB822 is designed to protect circuits from high-level voltage transients, and reduce conducted noise. The device operates on the principle of zener breakdown, which occurs when the voltage across the varistor reaches the zener voltage. The zener voltage is determined by the thickness (t), area (A), and, material composition of the device. The device limits the maximum voltage to a level that is below the breakdown voltage of sensitive components in the circuit.

The EZJ-S1VB822 is also designed to have a low clamping voltage, which is important in the protection of sensitive devices in the circuit. The instantaneous voltage spike amplitude is limited to approximately 20 volts, while the narrow pulse duration is limited to approximately 10 μs.

The EZJ-S1VB822 also has a low capacitance and is designed to reduce the transient voltage on the signal line. The device is able to handle a peak pulse current of 200A. It is also able to handle high temperature transients and ESD pulses up to 8kV. The EZJ-S1VB822 also has a low insertion loss of approximately 0.2dB.

The EZJ-S1VB822 is designed to protect sensitive components from voltage transients. The device is specifically designed to handle high-level transient pulses, narrow pulse duration, and high peak currents. It has a low capacitance, low clamping voltage, and is able to handle high temperature transients and ESD pulses up to 8kV. This makes the EZJ-S1VB822 a reliable and efficient choice for a variety of applications in automotive, telecommunications, and computer systems.

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