P4KE6.8HE3/73

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TVS (transient voltage suppressors) diodes, also known as transient voltage suppressors (TVSs), play an important role in the protection of sensitive electronic components from stress caused by electrical transients or surges. P4KE6.8HE3/73 TVS diodes are specifically designed for integrated circuits (ICs) or power supply lines of computers, mobile phones, digital televisions, etc. against overvoltage and short-term high-energy surges.

When it comes to P4KE6.8HE3/73 TVS diodes, their typical application fields include external overvoltage protection, power overload protection, and high-speed data interface protection. They feature a low clamping voltage, excellent surge absorption, low leakage current, and wide operating temperature range (-55°C to +125°C). The peak power absorption is up to 600W while the peak pulse power can reach 8.3A.

The core working principle of P4KE6.8HE3/73 TVS diodes lies in their ability to react to high-energy pulse voltage on the line by quickly shifting the high pulse to ground. In this way, the high voltages are not allowed to cause damage to the protected components. These TVS diodes, being capable of peak pulse power of 8.3A, protect electronic components against the worst surges of 8.3A or lower.

In addition, P4KE6.8HE3/73 TVS diodes have a low clamping voltage, enabling them to quickly react to overvoltage and absorb the surge quickly. At the same time, the low leakage current and the wide operating temperature range make them very efficient and reliable.

To sum up, P4KE6.8HE3/73 TVS diodes are specifically designed for integrated circuits or power supply lines of computers, mobile phones, digital televisions, etc. against overvoltage and short-term high-energy surges. They feature a low clamping voltage, excellent surge absorption, low leakage current, and wide operating temperature range, together with maximum peak power absorption of 600W and a peak pulse power of 8.3A. Their core working principle lies in their ability to quickly shift high pulses to ground so as to protect sensitive electronic components from damages.

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