SZBZX84C75LT1G

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Diodes are the building blocks of electronics. They are a type of semiconductor device used to control the flow of electrical current and protect against voltage spikes. Zener diodes are a type of diode specifically designed to have a low forward voltage and allow a reverse current under certain conditions. The SZBZX84C75LT1G is a single zener diode with a maximum reverse voltage of 84V.

SZBZX84C75LT1G is an ideal device for applications such as overvoltage protection, voltage regulation, peak clamping, power limiting and voltage breakdown detection. It is most commonly used to defend components from voltage spikes that could cause electrical damage. When a voltage spike occurs, the device will conduct current in the opposite direction of the flow and redirect it to ground, providing protection to other components in the circuit.

The SZBZX84C75LT1G functions by examining the amount of current flowing through it. It will keep the current under a safe voltage level, but if the current becomes too high, it will conduct and then turn off, protecting the circuit. When the voltage level drops, the diode will allow current to flow back into the circuit.

The main advantage of the SZBZX84C75LT1G is its low leakage current, which is essential for low-power applications such as consumer electronics. Its low leakage current also allows for improved energy efficiency and reduced energy costs. Furthermore, this zener diode features a fast recovery time, ensuring that the circuit can quickly reset after a voltage spike.

The SZBZX84C75LT1G device is constructed from silicon and features a DO-34 glass package. This package is hermetically sealed, allowing for reliable operation in harsh environmental conditions. Additionally, it is RoHS compliant and can operate within a temperature range of -40°C to +125°C.

Overall, the SZBZX84C75LT1G is a reliable single zener diode that can be used in a variety of applications. It is an excellent choice for overvoltage protection, voltage regulation and other functions that require precise control of current flow. Furthermore, its low leakage current allows for improved efficiency and reduced energy costs in low-power applications.

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