DZ23C20-G3-08

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DZ23C20-G3-08 is a type of diode-Zener arrays, which are available in a variety of packages and feature a low profile that simplifies assembly in poorly ventilated areas. The device is mainly used in automotive, communication and instrumentation applications, and is well suited for protection of sensitive electronic components from overvoltage and power surges.

The operation of a diode-Zener array is based on the principle of operation of a zener diode. A zener diode is a type of diode with a special concentration of dopant impurities which allows it to conduct current in both directions. The voltage that is necessary for the breakdown of the junction depends on the concentration of the dopants. In a diode-Zener array, the breakdown voltage is divided into several equalized values, allowing the device to act as a protection device for multiple voltages.

The DZ23C20-G3-08 diode-Zener array consists of 20 diodes that are connected in parallel, each with its own breakdown voltage. The breakdown voltage of each diode is 2.0V, with a total breakdown voltage across the array of 40V. The device has an operating temperature range of -40°C to 125°C, and is available in a variety of packages such as TO/5, TO/6, SOIC/N and SC70/5. The device has intelligent protection capability which allows it to detect an overvoltage situation and shut down the corresponding electrical system.

The device also has an integrated temperature compensation circuit, which helps to ensure that the breakdown voltage remains constant over the operating temperature range. This is a critical feature, as an increase in temperature can cause the breakdown voltage to decrease, leading to premature breakdowns and malfunctions in the system.

DZ23C20-G3-08 diode-Zener arrays are mainly used for protection circuits in various electrical systems, such as automotive systems, communication devices, instrumentation and medical equipment. The device\'s low profile makes it easy to integrate with existing systems, and its intelligent protection capabilities make it a reliable option for protecting sensitive components from overvoltage. Additionally, the device\'s temperature compensation circuit ensures that the breakdown voltage remains constant over the operating temperature range, making it an ideal solution for applications that require reliable performance in varying environmental conditions.

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