S05K30E2

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TVS - Varistors, MOVs are very important in today’s world. Major applications of TVS - Varistors, MOVs are such as protecting your device against electrical over-voltage, eliminating electromagnetic interference and protecting against lightning strikes. The S05K30E2 is one of the TVS - Varistors and MOVs manufactured by STMicroelectronics, a leading semiconductor supplier. This product is used for power quality control applications such as surge protection, and the protection of AC/DC adapters, power supplies, and digital equipment.

The S05K30E2 TVS - Varistors and MOVs are typically circular, and consist of an anode and a cathode. The primary purpose of these devices is to protect the device in which they are installed from overvoltage and/or electromagnetic interference. In addition, they can also provide some level of protection against lightning strikes. To achieve this, the S05K30E2 TVS - Varistors and MOVs act as a short-circuit between the anode and the cathode when the voltage applied across them exceeds a specified threshold. This prevents the current from increasing, thus protecting the device.

When the voltage across the S05K30E2 TVS - Varistors and MOVs exceeds the breakdown voltage or clamping voltage of the device, electrons produced by avalanche breakdown are attracted to the metal oxide layer of the device, thereby providing a low-resistance path to ground. This completes the short-circuit between the anode and the cathode, avoiding damage to the components in the device from excessive voltage.

When the applied voltage drops below the breakdown voltage and the device is no longer in a conducting state, the S050K30E2 TVS - Varistors and MOVs also provide protection against low voltage, as they act as a temporary open-circuit, which results in the capacitance of the device increasing. This helps protect against high frequency signals which could damage or disturb the device.

The main operating parameters of the S05K30E2 also affect its protective capabilities. These include the breakdown voltage, clamping voltage, maximum surge current, leakage current, overvoltage withstand capability, ESD protection and response time. These parameters help to determine the effectiveness of the S05K30E2 in protecting against various faults.

Overall, the S050K30E2 is a reliable and cost effective means of providing protection for a wide range of applications. Its robust design and versatile operating parameters make it an ideal choice for protecting against over-voltage, electromagnetic interference and lightning strikes. With this device, users can be sure that their devices are effectively protected against any damage.

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