DZ23C12-7-F

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DZ23C12-7-F is a seven pin Zener diode array. It offers a reliable and economical solution for a variety of applications where a stable regulated voltage is required. It features a low thermal resistance and a wide range of operating voltages from 6.8 to 126V. DZ23C12-7-F is designed for surface mount applications and is optimized for low noise operation.

The typical applications that can benefit from the DZ23C12-7-F include low noise power supplies, low power microcontrollers, batteries, and automotive applications. This diode array provides a high degree of protection against large transient currents, reverse flows, and inductive loads. It is also suitable for use in mixed signal applications where noise discremination is important.

DZ23C12-7-F operates with a principle of Zener level breakdown voltage. The Zener level is the point at which the diode switches from a forward-biased state to a reverse-biased state. When in forward bias, the diode allows current to pass through and maintains the voltage drop across it. When in reverse bias, the diode switches off, preventing the current from passing through and maintaining the voltage potential at the same level.

The working principle of DZ23C12-7-F is as follows: Voltage is applied to the anode and cathode and as it increases, reaches the Zener level and the diode switches to reverse bias. At this point, the voltage across the diode is regulated and the current cannot pass through, resulting in a stable voltage. This voltage can then be used as a stable reference voltage, and as such, is ideal for low noise applications.

The DZ23C12-7-F is an ideal solution for applications that require a stable and reliable regulated voltage. Its low thermal resistance and wide range of operating voltages make it suitable for a variety of applications. Additionally, its operating principle of Zener level breakdown voltage enables it to provide protection against large transient currents, reverse flows, and inductive loads.

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