TMPG06-39A-E3/73

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TVS - diodes are a type of semiconductor protection device that can be used in a variety of applications. The TMPG06-39A-E3/73 is a type of diode that can be used in applications such as automotive, aerospace, telecommunications, and consumer electronics.

It is a bidirectional diode which operates in the VF (forward voltage) - VR (reverse voltage) range of 5.0V to 39V - 200V. This type of diode has a low leakage current of 10nA max at 25°C, which makes it ideal for low power applications. Its low capacitance of 0.5pF (at 1MHz) also makes it suitable for high speed applications.

The TMPG06-39A-E3/73 is a fast response diode that can protect against transient voltages. It is designed to withstand up to 6KV of ESD (Electrostatic Discharge) and can clamp transient voltages up to 39V in the reverse direction. It can also handle up to 5A of forward current and 200W of pulse power.

The working principle of the TMPG06-39A-E3/73 is based on the avalanche breakdown effect. When the diode is exposed to a voltage greater than 5.0V in the forward direction, the electric field between the P and N regions becomes strong enough to cause minority carriers to accelerate and break the covalent bonds of the material. This causes a large increase in current, resulting in Avalanche Breakdown.

In the reverse direction, the junction is reverse biased. When exposed to a voltage in excess of 39V or a current of 5A, the junction can break down. This will then cause a sudden increase in current, clamping the transient voltage and thus providing protection.

The TMPG06-39A-E3/73 is a versatile protection device that can be used in a variety of applications. It is suitable for use in automotive, aerospace, telecommunications, and consumer electronics since it can withstand up to 6KV of ESD protection and can also clamp down voltage/current surges up to 39V in the reverse direction. Its low capacitance of 0.5pF (at 1MHz) makes it ideal for high speed applications, while its low leakage current of 10nA max at 25°C makes it suitable for low power applications.

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