SZBZX84C27LT3G

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SZBZX84C27LT3G is a Zener Single Diode from manufacturers Sharp and Fairchild. It is an ideal choice for a wide range of applications, including power and voltage regulation. This versatile device can be used to help regulate circuit voltage and protect against transient jolts.

The maximum working voltage for the SZBZX84C27LT3G is 7.2 V, with a 1.1 A reverse current at this voltage. It has low power dissipation, with a maximum of 375 mV. The device also has a maximum zener voltage of 19.8 V, with a power dissipation of 500 mW specified at this voltage. The maximum operating temperature range of the device is -55 °C to +125 °C.

One of the main applications of the SZBZX84C27LT3G is power regulation. The low power dissipation of the device makes it well-suited for use in a variety of mobile and consumer electronic devices. This device can help regulate voltage in order to ensure the stability of the circuit and reduce the chances of over-voltage or over-current conditions.

The SZBZX84C27LT3G also has a variety of transient protection applications. The device can be used to help protect circuits from sudden or unexpected changes in voltage, such as during surges and spikes. The device can also be used in ESD (electrostatically-discharged) applications to help protect sensitive components from damage due to static electricity.

The working principle of the SZBZX84C27LT3G is based on the Zener effect, only in the reverse direction. As the voltage across the device is increased, a certain reverse current begins to flow, which is then used to regulate the voltage. The breakdown voltage of the device is then used to provide an evenly distributed voltage level.

The SZBZX84C27LT3G device is an example of how modern technology can make it possible to get the most out of a single device. The low power dissipation, wide operating temperature range, and ESD protection make it ideal for a variety of applications. This versatile device can provide reliable and efficient power and voltage regulation to help keep the circuitry safe and functional.

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