EZJ-Z1V220JM

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Varistors are a type of voltage-dependent resistor, commonly referred to as VDRs. They are used in many applications, ranging from protection against transient voltage spikes to lighting and power industry applications. EZJ-Z1V220JM is a type of varistor developed by EZJ Technologies, designed to protect sensitive electronic equipment from sudden voltage spikes, transients, and other unpredictable electrical events. This device is known for its reliable protection and low cost.

This EZJ-Z1V220JM varistor is a metal-oxide-varistor (MOV) that is made of a semi-conductor material. It is composed of a negative and positive electrode, typically made of zinc oxide. It acts as a voltage-dependent resistor by altering its electrical resistance depending on the applied voltage. When the voltage surpasses the device\'s rated voltage, called the “clamping voltage,” the varistor “clamps” the voltage, changing its resistance and thereby preventing the voltage from exceeding the rated voltage.

The EZJ-Z1V220JM has a nominal voltage of 220VAC and a maximum clamping voltage of 400V. It has a wide operating temperature range of -40 to 125°C and is rated for a peak surge current of 20KA. It is relatively compact, with a diameter of 33mm and a thickness of 7mm. It also offers excellent protection against power changes, surges, and transients without compromising its other characteristics or performance.

The most common application for this device is in the protection of sensitive electronic equipment from unexpected voltage changes. These devices can provide protection against surges, spikes, and other unexpected electrical conditions. It is often used in equipment such as computers, cell phones, and other consumer electronics. Additionally, it can be used in lighting systems, industrial installations, and other power industry applications.

Overall, the EZJ-Z1V220JM is a reliable and efficient varistor that can protect sensitive electronic equipment from sudden voltage spikes, transients, and other unpredictable electrical events. It boasts a wide operating temperature range, a nominal voltage of 220VAC, and a maximum clamping voltage of 400V. It is also relatively compact, making it ideal for a variety of applications. Its most common use is in the protection of consumer electronics and other sensitive electronic equipment.

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