P6SMB68AT3

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TVS (Transient Voltage Suppression) diodes are a type of semiconductor device used to protect electronics from voltage spikes by clamping off the voltage once it reaches a certain level. The P6SMB68AT3 is a state-of-the-art TVS diode designed for transient voltage suppression. It is specifically designed to provide optimum protection against higher energy pulse events.

The P6SMB68AT3 is a three-terminal, bi-directional diode that features very low dynamic resistance of 10 mOhms, allowing it to protect against wide range of transient voltage spikes. The P6SMB68AT3 utilizes a ceramic discharge element with moveable contact, which helps reduce EMI radiation and ensures high levels of performance.

The P6SMB68AT3 provides very effective protection against high-energy surges and other voltage spikes in a wide range of applications. It is commonly used to provide protection for industrial and telecom system components, computer peripherals, consumer electronics, and automotive components. It can also be used in TV/VCR and other consumer electronics devices.

The working principle of the P6SMB68AT3 is based on the concept of breakdown voltage. The device features a ceramic discharge element with a moveable contact that acts as a gate. When a surge occurs, the voltage breaks down the ceramic and causes the contact to move, which in turn clamps the voltage and absorbs the energy. The absorbed energy is then dissipated in the form of heat, which helps protect the connected components.

The P6SMB68AT3 also features low capacitance and low clamping voltage, which helps minimize power dissipation and reduces interference with other system components. The device also features an ESD rating of 15 kV, providing additional protection from electrostatic discharge. The device is available in a 5 mm x 5 mm surface mount package and provides excellent surge protection.

The P6SMB68AT3 is an ideal device for providing reliable protection against voltage spikes and other high-energy pulses. It features very low dynamic resistance, low capacitance, and low clamping voltage, making it a perfect choice for applications that require robust protection from transient voltage events. It is widely used in various industrial, telecom, computer peripheral, consumer electronics and automotive applications.

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