BZX84C68LT1G

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The BZX84C68LT1G Diode is a single zener diode. It has a power dissipation rating of 400mW and a voltage of 6.8 volts. This diode is specifically designed for robust, reliable operation in applications where the maximum junction temperature must be kept within safe limits. It is also suitable for high-frequency/high-temperature applications.

The BZX84C68LT1G can be used in a variety of applications, including DC-DC converter circuits, voltage regulator circuits, overvoltage protection circuits, power supplies, and electronic ballast circuits. It can also be used in automation, automotive, and industrial applications.

The working principle of the BZX84C68LT1G Diode is based on the dopant gradient that is created when a semiconductor material is polarized. In this case, when a voltage of greater than 6.8V is applied across the diode, it will "break down" and become conductive. This is because, as the Reverse Voltage increases, the dopant gradient decreases, causing the free electrons to become "depleted" and the holes to become active. This causes the diode to become conductive, allowing current to flow.

The BZX84C68LT1G Diode has a maximum operating temperature of 175°C, and its maximum power dissipation rating is 400mW. It has a low zener current of 5.5mA, a zener voltage tolerance of +2.2/-2.1%, and a maximum reverse voltage of 6.8V. Its high dynamic impedance and low leakage current make it ideal for high-frequency application and it also has excellent thermal and electrical characteristics.

In conclusion, the BZX84C68LT1G Diode is a robust, reliable single zener diode with excellent performance characteristics and a maximum operating temperature of 175°C. It is suitable for high-frequency/high-temperature application and can be used in a variety of applications including DC-DC convertor circuits, voltage regulation circuits, overvoltage protection circuits, power supplies, and electronic ballast circuits. It has a maximum reverse voltage of 6.8V and a maximum power dissipation rating of 400mW.

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