AZ23C6V8-E3-18

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AZ23C6V8-E3-18 is a diode array device and belongs to the Zener diodes family. This device consists of two zener diodes and is build in a SOD523 package. This device is capable to operate within a wide temperature range from -55°C to 150°C.

AZ23C6V8-E3-18 is mainly used within voltage regulation applications, such as voltage references and limiters. It has been designed for reducing energy consumption and for ensuring high circuit reliability. This device is also suitable for applications requiring dynamic impedance compensation, like clippers and clampers.

The working principle of AZ23C6V8-E3-18 is based on the classic diode junction rectifier principle. This device is capable of rectifying alternating current into direct current while maintaining a voltage across its terminals. The diode junction of the device acts as a barrier to the flow of current, allowing only the current in a desired direction to pass through. Since the device holds a steady voltage, it provides excellent voltage regulation.

Compared to other Zener diode array devices, AZ23C6V8-E3-18 has a low forward voltage drop and can handle higher temperatures without major performance degradation. This device features a low voltage standard breakdown voltage of 6.8VDC, which makes it ideal for low power applications like wireless transceivers.

Moreover, AZ23C6V8-E3-18 has a very low ESD Sensitivity Level, making it ideal for high-speed data transmission and digital circuits. The reliability of the device is guaranteed by its high peak power rating and its extremely low thermal resistance. Additionally, the device features a low reverse leakage current and a low voltage clamping voltage.

In conclusion, AZ23C6V8-E3-18 is an ideal device for applications requiring excellent voltage regulation and reliable performance. It features a wide operating temperature range, a low voltage standard breakdown voltage, and a low ESD Sensitivity Level. Moreover, it has a high peak power rating and a low thermal resistance. These features make it ideal for use in high speed data transmission, digital circuits, and low power applications like wireless transceivers.

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