D5V0L4B5SO-7 Circuit Protection

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TVS diodes are an important part of modern electronics and are widely used in a number of industries, such as telecommunications, automotive, computer, and consumer electronics. D5V0L4B5SO-7 is one of the most popular TVS diodes available today.

A TVS diode, or transient voltage suppression diode, is designed to protect sensitive circuits from electrical overstress caused by voltage spikes or electrostatic discharge. These diodes are usually composed of an array of rapidly-responding avalanche diodes connected in series with a common point to ground. When exposed to transient surges, the avalanche breakdown of the p-n junction of the diode will clamp the voltage to a specified level, in order to protect the connected circuits.

The D5V0L4B5SO-7 series of TVS diodes is a 5.0V bidirectional transient voltage suppressor, designed to protect up to two lines of automotive electronic circuits. This diode is rated for a peak pulse power of 400 watts, a surge current of 14 amperes, and a breakdown voltage of 5.0 ±0.5 volts.

The D5V0L4B5SO-7 diode is manufactured using a low-profile surface-mount package to fit into tight spaces. It has a maximum Junction temperature of 125℃, a clamping voltage of 8.3 volts, and an operating temperature range of -65℃ to 175℃. It features a high peak pulse power rating and low leakage current for superior protection of downstream circuits.

The working principle of the D5V0L4B5SO-7 diode is similar to that of other TVS diodes. It begins to operate when the current begins to pass through the diode, and the voltage reaches a level that is greater than the breakdown voltage threshold of the device. The avalanche breakdown of the p-n junction causes the voltage to be clamped to a specified level in order to protect the connected circuits from damage due to overvoltage.

The D5V0L4B5SO-7 series of TVS diodes is commonly used in automotive and computer systems to protect against overvoltage caused by electrostatic discharge or power surges. These diodes offer superior protection from electrical overstress and are the perfect solution for automotive and consumer electronic applications.

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