DZ23C24-7-F

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Zener diode arrays are an integral component in finding solutions for the modern circuit designs that require lower component counts, less board space and better system performance. The DZ23C24-7-F, a Si Signal Zener Diode Array, is noted for its unique capability of efficiently dealing with multiple waveforms, enabling accurate detection of each parameter regardless of waveform. In this article, we will discuss its application fields and working principle.

Application Fields:

The DZ23C24-7-F is a widely used component in various applications given its flexibility & compatibility with various domains. The wide band-gap material used in its construction ensures its operation & withstands temperatures up to 200°C. It is suitable for high frequency rectification, voltage reference and clamping applications, as well as surge protection. Moreover, these diodes are used as active elements for controlling output current for:

• Pulse width modulation
• Radio transmitter and receiver circuits
• Surge and overvoltage protection
• TV and cellular telephone circuits
• Current and voltage limiter circuits

Working Principle

The DZ23C24-7-F is a diode array with tight, stable Zener impedance limits. It offers a combination clamp and feedback stabilization using a single low-power Zener diode channel. This channel is made up of two different diodes, each providing protection and feedback stabilisation. The first diode acts as an avalanche/zener diode. It is engineered to break due to high forward current, thereby providing extra protection against overloads. The second diode, a buried zener diode, offers clamp accuracy and thermal stability. Zener diode array also offers one diode with an integrated noise immunity, allowing the device to provide more efficient power conversion.

The DZ23C24-7-F’s Zener impedance limits remain constant over the voltage and temperature range, delivering excellent accuracy and stability. These features ensure that the voltage stays within a certain range with minimal variation and no oscillations over a large temperature range. Additionally, this diode array’s construction enables it to operate at high frequencies.

The combination of diode elements in the DZ23C24-7-F ensures that it is an ideal choice for low-voltage, high-current applications. This component is used for voltage translation, clamping, and noise protection as it operates efficiently even when temperature fluctuations occur.

Conclusion

The DZ23C24-7-F diode array is a powerful component that is widely used in multiple applications. It has a unique capability of detecting each parameter accurately regardless of waveform sensitivity and offers a wide range of benefits including low component count, less board space, and good system performance. With the dual-diode design, this component provides extra protection against overloads and excellent accuracy and stability over a wide temperature range. The DZ23C24-7-F is perfect for applications that require robust and reliable performance.

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