CDDFN10-3324P

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TVS – Diodes are components used for electrical protection in circuits. The CDDFN10-3324P TVS-Diode is a low-capacitance diode suitable for high-speed / low-capacitance applications and will protect a circuit from voltage transient overvoltages and high-frequency noise. This diode also has a low clamping voltage and a low reverse leakage current.

The CDDFN10-3324P TVS-Diode is specifically designed as a low-capacitance, unidirectional protection that prevents the reverse flow of current from destructive high-frequency transients. The component will maximize the protection for circuits in industrial, automotive, medical, and high-speed communication and computing applications.

The CDDFN10-3324P TVS Diode has a working voltage of 35V, a maximum peak pulse power of 600W, a leakage current of 1uA, and a maximum clamping voltage of 8.3V. The component is housed in a 10-pin, 3.2mm X 4.2mm, 0.8mm pitch CDF-DN package and is rated for operation from -55°C to +125°C.

The underlying working principle of the CDDFN10-3324P TVS-Diode is simple but effective. The unique internal design configuration allows it to quickly detect and clamp high-voltage transients, which is essential for the protection of the protected circuit. When a voltage transient that exceeds the normal working voltage is applied, this diode quickly responds by providing a surge of current, thus reducing the high voltage to a safe level and protecting the circuit.

The CDDFN10-3324P TVS-Diode has a very high surge current handling capacity, so it is perfect for automotive, medical, I/Os and high-speed communication and computing applications. It is also a cost-effective solution for ESD protection, voltage overshoot, and RF interference, and has almost no capacitance or inductance in order to ensure optimal circuit protection.

In general, the CDDFN10-3324P TVS-Diode is a reliable, low-cost solution for protecting circuits from overvoltage transients, high-frequency noise, and other destructive elements. As this component has a low leakage current, it can quickly detect and clamp high voltage transients to safe levels, so it is perfect for high-speed and low-capacitance industrial, automotive, medical, and high-speed communication applications.

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