AZ23B5V
Zener diodes with various voltages and specs
Manufacturer： vishay
series introduction
The AZ23B5V Series is a collection of highly reliable, low-power Zener diodes designed to provide voltage regulation and overvoltage protection in a wide array of electronic applications. Renowned for their robust performance and compact form factor, these diodes are ideal for engineers seeking dependable solutions in space-constrained environments. The AZ23B5V Series features a nominal Zener voltage of 5V, offering precise voltage clamping and stabilization for sensitive circuits.
Key features of the AZ23B5V Series include a tight tolerance on Zener voltage, ensuring that devices maintain their specified performance under varying load conditions. With a maximum power dissipation rating, these diodes can effectively handle transient voltage spikes, safeguarding downstream components and enhancing overall circuit reliability. The series is constructed using advanced semiconductor materials that provide excellent thermal stability and minimal leakage current, making them suitable for use in temperature-sensitive environments.
The design characteristics of the AZ23B5V Series emphasize efficiency and versatility. Housed in a compact DO-35 package, these diodes are easy to integrate into both through-hole and surface-mount applications, making them adaptable to different PCB layouts. The series' low dynamic resistance and rapid response time further enhance its capability to regulate voltage effectively, making it an essential component in applications requiring quick transient response.
Typical applications for the AZ23B5V Series span across various industries, including consumer electronics, telecommunications, and automotive systems. They are commonly utilized in power supply circuits, voltage reference applications, and as protection devices in battery-operated equipment. Whether in mobile devices, computer peripherals, or automotive electronics, the AZ23B5V Series Zener diodes deliver outstanding performance and reliability, making them a preferred choice for engineers aiming to optimize their designs while ensuring device longevity and operational integrity.
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