DESD6V8DLP-7B Circuit Protection

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TVS – diodes are components specifically designed to protect the circuitry of a system from extreme voltage levels. Especially the DESD6V8DLP–7B TVS – diode is being used in a growing number of applications due to its high protection capabilities and fast switching speed.

The DESD6V8DLP–7B is a unidirectional two-channel TVS diode array that offers configurable suppressing and low clamping response. It has an 8-pin DFN (Dual Flat No-lead) package that allows it to be directly soldered onto printed circuit boards. It has dual independent channels with VBR of 6V for both the channels. The working voltage which ranges from 4.5 V to 6V and the peak pulse power which ranges from 1.2 kW to 2 kW make it suitable for a variety of applications.

The circuit of a DESD6V8DLP–7B is composed of two diodes and two capacitors that work together to protect against damaging voltage levels. The two diodes, which are connected back-to-back, form a diode bridge that provides polarity protection. When a specification exceeds the working voltage, the bridge conducts current through the TVS diode which then rapidly clamps the voltage to a safe level.

The capacitors play an important role in this circuit. They help to provide additional protection in situations where the transient voltage is higher than the clamp voltage. This helps to protect any sensitive components from these high voltage transients, ensuring that the device remains operational. The capacitors also help to reduce the impact of the diode bridge\'s charge/discharge characteristics on the overall performance of the device.

The DESD6V8DLP–7B is suitable for protecting sensitive components in a wide range of applications such as low power switch mode power supplies, general purpose computer boards, automotive electronics, and other electronics systems.

The DESD6V8DLP–7B is a cost effective solution that provides effective protection from extreme voltage levels. It has a high peak pulse power rating and fast switching speed which make it ideal for a variety of applications. Furthermore, its small size and low profile make it easy to integrate into existing systems, ensuring that any circuitry connected to it remains safe from harm.

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