1N6284AHE3_A/C

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TVS - Diodes are known for their ability to surge-protect sensitive electronic components and devices against the electric loads of short duration, high voltage or high-energy transients, including surges, ESD strikes, and lightning. Ultra-fast triggered dynamic diodes are the most commonly used devices in the world of surge protection. The 1N6284AHE3_A/C, specifically designed to protect high speed data lines from fast transient overvoltages, is made up of a Zener diode and an integrated high speed avalanche diode in the same package.

The 1N6284AHE3_A/C diode is used to protect against current spikes that can potentially damage equipment and compromising the correct functioning of any device. It is designed to protect digital and analogue lines, based on a proprietary technology. This technology provides a combination of high speed, low capacitance and low clamping voltage characteristics. The device features a low dynamic resistance for high surge capability, and excellent protection performance. The 1N6284AHE3_A/C is characterized with a low leakage current for extended normal operating conditions.

It has a reverse stand-off voltage of 6.2V, breakdown voltage of 6.8V, and clamping voltage of 13.6V. The maximum peak pulse power it can withstand is 600W, and it has a capacitance of 0.8pF at 1MHz. This diode has a surge current rating of 15A, and a forward voltage drop of 35mV. Its operating temperature range is -65°C to 150°C.

In terms of applications, the 1N6284AHE3_A/C diode is used in a wide range of equipment, including computers, electronic components, and telecommunication devices. They are also used in military, automotive, aerospace, and industrial applications where the protection of electronic circuits from high-voltage spikes is essential. This dynamic zener diode can also be used as an ESD protection diode in high-speed data lines, and in high frequency operations.

The 1N6284AHE3_A/C device works by clamping the transient voltage to a safe level during an overvoltage condition. When an input voltage spike greater than the Zener Voltage(VZ) of the diode is detected, it begins to conduct current, then the avalanche diode begins to conduct current, and then the surge current is flowing through the diode. In this way, the current is diverted from the device connected to the diode and it minimises the undue transients from the power source.

The working of the 1N6284AHE3_A/C also depends on its Avalanche breakdown characteristics. The avalanche breakdown is a particle effect in the crystal lattice of the diode, which can be affected by high electric fields. When the electric field is strong enough, and reaches the avalanche breakdown point, the device becomes conductive and diverts current to the diode. In this way, the diode can prevent a sharp rise in voltage by shorting it out.

In conclusion, the 1N6284AHE3_A/C is a widely used ultra-fast dynamic diode. This device can protect your system against high voltage under high C load while ensuring good signal integrity. With its excellent protection performance and easy installation, it is an ideal choice for any system requiring surge protection.

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