1N6302AHE3_A/C

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1N6302AHE3_A/C is a type of transient voltage surge suppressor (TVS) diode, especially designed for high speed data applications such as laptops, tablets, and other portable electronic devices. It is composed of a discrete rectifying element, usually an avalanche diode, along with a series of capacitors and resistors. It is designed to clamp transient voltage spikes by providing a low impedance path to ground.

The 1N6302AHE3_A/C is designed to operate at higher speeds than standard TVS diode arrays, as it is capable of responding to overvoltage conditions in microseconds, ensuring faster data transmission and higher immunity to transients. The device also provides low capacitance between its data signal and ground, thus eliminating any potential noise interference. Additionally, it is constructed with a low leakage current circuit that keeps the device in a standby mode when not actively operating.

In terms of its working principle, 1N6302AHE3_A/C functions by utilizing an avalanche diode that is attached to a circuit of capacitors and resistors. When the input voltage encroaches on the device’s breakdown voltage, the diode rapidly turns off, providing a low impedance path to ground and clamping the voltage spike. The resistors limit the current to a safe level while the capacitors filter unwanted harmonic energy.

The 1N6302AHE3_A/C has numerous potential applications, ranging from general consumer electronic devices to high-performance computing equipment. Thanks to its low capacitance and high-speed response, it is well suited for use in high speed interfaces such as USB, and has been seen in numerous laptop and tablet applications. Furthermore, it is suitable for a variety of power supplies in medical or industrial equipment, as well as in automotive equipment.

Overall, 1N6302AHE3_A/C is an excellent transient voltage surge suppressor, providing high-speed data transmission, improved immunity to transients, and low capacitance. Its compact size and low leakage current circuit also make it suitable for a variety of applications involving mobile, medical, industrial, and automotive equipment.

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