AZ23C6V8-7-F

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Diodes - Zener - Arrays

The AZ23C6V8-7-F is an array of incredibly useful Zener diodes designed according to a planar structure. The AZ23C6V8-7-F Zener diode array has a reverse breakdown voltage of 6.8 V, with a 3.5 percent tolerance. It has a power dissipation of 100 mW, and has a maximum operation temperature of 125 degrees Celsius.

Application Field

The AZ23C6V8-7-F is designed to be used in a variety of applications. It is most commonly used in voltage regulators, as well as voltage limiters. It is also used in a wide range of active devices, such as operational amplifiers, audio amplifiers, and analog input circuits.

If an AZ23C6V8-7-F Zener diode is connected in a reverse bias configuration, it can be used as a protection device. This makes them ideal for protecting other components from overvoltage. The AZ23C6V8-7-F is also ideally used in digital circuits, particularly those used in the aerospace industry.

Working Principle

The AZ23C6V8-7-F Zener diode operates on the principle of a typical Zener diode. It has a anode and a cathode, and operates as a rectifier when forward biased. However, when it is connected in a reverse bias configuration, the diode conducts current, due to a phenomenon called “Zener tunneling”. This is when a hole or electron is able to tunnel through the reverse-biased junction of the diode, allowing some current to flow from the anode to the cathode.

The AZ23C6V8-7-F Zener diode can be used to regulate and limit the voltage of a given circuit, by clipping off any voltage above the Zener voltage. This is due to the fact that any voltage above the Zener voltage will cause the diode to conduct, thus limiting the voltage of the circuit. This allows the AZ23C6V8-7-F to be used in a variety of applications that require accurate control of the voltage.

The AZ23C6V8-7-F is a highly useful and versatile control device, and is commonly found in a variety of electronic applications. It is well-suited for protecting components from overvoltage, and for regulating voltage in sensitive applications.

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