1N4691
Zener diodes with 6.2V for various applications
Manufacturer： ['microsemi', 'aeroflex-metelics', 'taitron-components', 'micro-commerical-co', 'fairchild', 'central-semiconductor', 'vishay']
series introduction
The 1N4691 Series is a robust line of Zener diodes designed to provide precise voltage regulation and transient voltage suppression in a variety of electronic applications. These diodes are characterized by their ability to maintain a stable reverse voltage across a wide range of current levels, making them ideal for use in power supply circuits, voltage clamping, and signal conditioning. Each diode in the series features a Zener breakdown voltage of 20V, ensuring effective protection for sensitive components against voltage spikes and fluctuations.
Engineered for reliability and efficiency, the 1N4691 Series diodes are constructed using high-quality silicon material, which offers low reverse leakage current and excellent thermal stability. This ensures that the devices can operate effectively in varying environmental conditions, withstanding temperatures ranging from -55°C to +150°C. The axial-leaded design allows for easy integration into both through-hole and surface-mount applications, providing versatility for designers looking for space-efficient solutions in their circuit layouts.
The 1N4691 Series is particularly suitable for applications in consumer electronics, telecommunications, automotive electronics, and industrial control systems. In consumer electronics, these diodes are commonly used for voltage regulation in power adapters, battery chargers, and electronic circuit protection. In automotive applications, they serve a critical role in protecting sensitive electronic components from voltage transients caused by inductive loads or electrical noise.
With a wide range of operating conditions and outstanding electrical performance, the 1N4691 Series Zener diodes play a crucial role in enhancing the reliability and longevity of electronic systems. Their ability to provide stable voltage references while effectively managing transient events makes them an essential component in modern electronic design, ensuring that devices function smoothly and reliably in an increasingly complex technological landscape.
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