EZJ-Z1V330GM

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The EZJ-Z1V330GM belongs to the TVS – Varistors, MOVs family. It is a polymeric semiconductor device designed to protect against transient overvoltages. Transient events requiring effective overvoltage protection include lighting, electrostatic discharges, and high-energy discharge. The EZJ-Z1V330GM helps ensure efficient and reliable operation in such situations.

The device works by sensing and responding to high-voltage electrical currents in circuits. It acts as a one-way valve that lets current pass only when voltage is within normal limits. When an excessive voltage is detected, the device shorts the circuit and prevents damaging currents from flowing. This is what gives it its voltage-dependent, nonlinear characteristics.

The EZJ-Z1V330GM is capable of handling up to 330 volts, making it ideal for applications prone to transient overvoltages. It is compact and lightweight, and can fit into a wide variety of enclosure types. Its small size and high current capability makes it suitable for protecting cables, filters, fuses, and other circuit components.

The device is also highly resistant to extreme temperatures and is designed to work in temperatures ranging from -40°C to 125°C. This makes it an excellent choice for industrial and military applications, where operation in extreme conditions is common. Additionally, the device is designed to remain stable over time, ensuring that it will provide reliable protection when called upon.

The EZJ-Z1V330GM can also be used to protect motors and devices subject to inrush currents. This is because of its dynamic resistance, which helps reduce severe inrush currents, providing additional protection to the motor or device. Finally, it is also RoHS compliant, making it an ideal solution for cost-sensitive applications.

The EZJ-Z1V330GM is the perfect solution for protecting circuits from transient voltages and surges. Its small size and ability to work in extreme temperatures make it suitable for a wide range of applications, offering exceptional protection at all times. Its excellent current and heat dissipation capabilities, combined with its RoHS compliance, make it an ideal choice for cost-sensitive applications.

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