P4KA11AHE3/54

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TVS (Transient Voltage Suppressor) diodes are special kinds of semiconductor devices with very low capacitance, used to protect electronic circuits from receiving transient voltage. They are a type of voltage regulator and are typically used to protect sensitive devices such as microcontrollers, integrated circuits and data storage systems from electrical interference. The P4KA11AHE3/54 is a TVS diode that is designed to protect system and equipment from over-voltage surges. This device has a high clamping voltage and a low capacitance of 0.1pF.

The P4KA11AHE3/54 is designed for use in applications such as cellular and wireless communication, public-switched telephone networks and computer and LAN networks. The device is made of semiconductor materials such as silicon and has an insulation resistance between terminals that is greater than 10^9 Ohms. The device has four leads that are arranged in a row and are connected in series, which provides simple connections for soldering and mounting. The device also has a low capacitance, which helps reduce circuit noise while also providing an effective transient-voltage-surge protection.

The working principle behind the P4KA11AHE3/54 is the same as any other TVS diode. When a certain level of voltage is surpassed, the diode begins to conduct and creates a clamping voltage that diverts the surge voltage away from the sensitive components. It is important to note that the diode is rated in terms of Voltage(V), Peak Pulse Current (Ipp) and Clamping Voltage (Vc). It is also important to note that the P4KA11AHE3/54 has an operating temperature range of -55°C to +125°C.

In summary, the P4KA11AHE3/54 is a TVS diode designed to protect system and equipment from over-voltage surges. The device is made of semiconductor materials and has a low capacitance, which helps reduce circuit noise while also providing an effective transient-voltage-surge protection. The working principle behind the P4KA11AHE3/54 is the same as any other TVS diode. When a certain level of voltage is surpassed, the diode begins to conduct and creates a clamping voltage that diverts the surge voltage away from the sensitive components. The device is typically used in applications such as cellular and wireless communication, public-switched telephone networks and computer and LAN networks.

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