ERZ-E11F201

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The ERZ-E11F201 is a medium-power, medium-voltage, ceramic-encapsulated surge protective device (SPD) from Panasonic Electric Works that helps protect electronic equipment, such as TVs, computers, stereos, and other consumer electronics, against harmful power surges. This SPD is constructed using a combination of metal oxide varistors (MOVs), thick-film resistors, chip capacitors, and ceramic capacitors. It can provide a combination of both voltage clamping and line filtering that helps to reduce power disturbance and protect sensitive circuits and components.

When power disturbances such as lightning or an EMI/RFI source occur, the ERZ-E11F201’s MOVs act as a favorable and immediate surge path to reduce voltage by clamping electric current. The MOVs also provide a wider dynamic range of current handling when activated due to its thicker metal oxide layer, which helps to reduce the device\'s overall voltage stress. The resistors, chip and ceramic capacitors used together provide additional line filtering to reduce EMI/RFI interference as well as common- and differential-mode noise. This helps to protect LED, LCD, plasma, and other consumer electronics\' sensitive circuits from voltage and current overshoots caused by nearby noise sources.

The ERZ-E11F201 SPD measures at 3 mm x 6.3 mm x 10.3 mm and weighs only 11 gram. It is rated to withstand a maximum voltage of 500 VDC and can handle peak surges at up to 1.5 kA. This makes it an ideal choice for high-power, medium-voltage applications in a variety of markets such as audio, industrial, commercial, and residential. It is also the perfect protection solution for use in sensitive, low-noise environments, such as medical facilities that may be sensitive to surrounding electrical interference.

Panasonic Electric Works provides a three-year limited warranty on the ERZ-E11F201, and its high reliability rating can ensure years of reliability and protection with minimal maintenance. The versatility of the SPD and its ability to prevent transient voltage spikes, reduce system noise, and protect component circuits make it an excellent choice for consumers looking for a reliable surge protection solution.

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