ERZ-E10A271CS

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ERZ-E10A271CS is a TVS or transient protection device that belongs to the varistor and metal oxide varistor (MOV) family. TVS devices are designed to protect circuits from electrical surges and transients commonly seen in power supply lines, transmission lines, and communications lines. The ERZ-E10A271CS is designed specifically to protect against higher power transients generated by lightning on power and data lines. It is a two-terminal device that offers a high current rating of 272A in a variety of packages.

The working principle of the ERZ-E10A271CS is based on the principle of voltage clamping. When the voltage across the device’s terminals exceed a certain threshold, usually around 14V, the device will shunt current away from the protected circuit. This shunting will reduce the voltage on the protected side of the device to an acceptable level. The device’s construction also ensures that the current carrying capacity of the device is maintained throughout the shunting process. This is an important feature of the device, as it ensures that the device doesn’t become damaged during the current shunting process.

The ERZ-E10A271CS is an ideal choice for high-current applications, such as surge protection for industrial machinery and instrumentation, telecommunications, computer systems, data centers, and consumer electronics. It is also well-suited for applications where quick response times are needed, such as motor controls, touch panels, and protection of high-performance control systems. The device is rated to withstand up to 5,000V and 8/20 microsecond waveforms and is designed to be reliable and robust in large pulse conditions.

The ERZ-E10A271CS is a robust and reliable transient protection device that is designed to protect your high-current applications from power surges and transients. Its construction ensures that the current carrying capacity is maintained throughout the protection process, while also offering a quick response time, making it an ideal choice for demanding applications.

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