SZBZX84B27LT1G

SZBZX84B27LT1G Application Field and Working Principle

SZBZX84B27LT1G is a single Zener diode with a maximum allowable power dissipation of 500mW. It is a general purpose, low power, high surge current device. It is widely used in various applications, such as protection circuits, switching and signal circuits, radios and other digital devices.

A Zener diode is an electronic component that is used to regulate voltage within an electrical circuit. It works by allowing current to pass in one direction, while blocking current and voltage in the reverse direction. When the voltage on the device exceeds a particular level (called the breakdown or “Zener” Voltage) the device allows current to pass in both directions. This phenomenon is termed “avalanche breakdown”.

The Zener diode is a two-terminal semiconductor device, constructed from either a PN junction between two pieces of doped silicon or a PN junction between two pieces of silicon doped with different materials. This allows the device to regulate voltage by allowing current to flow in either direction, depending on the voltage applied. The device has an advantage over traditional bipolar junction transistors (BJTs) in that it can regulate voltage without requiring a current source. This is useful in many applications where a low voltage reference is required.

SZBZX84B27LT1G has a breakdown voltage of 83.3V, an operating temperature range of -65 to +175°C and a package size of 2.9X1.1X0.6mm. It is capable of handling maximum reverse current of 1mA. The device has a low dropout voltage (0.22V) and a high reverse voltage capability. It has an excellent reverse voltage response and low resistance, making it ideal for use in low power applications. Its low on-state voltage and high reverse current capabilities make it ideal for use in switching and protection circuits.

SZBZX84B27LT1G is a robust, reliable and cost effective diode, but it is important to ensure that the device is operated within its specified ratings. As with any semiconductor device, it is important to ensure that the device is not exposed to high levels of current or voltage and that the correct current and voltage ratings are observed.