1N4971
36V 5% 5W single zener diodes
Manufacturer： ['microsemi', 'semtech', 'sensitron']
series introduction
The 1N4971 Series comprises a collection of high-performance silicon rectifier diodes, engineered for a wide array of applications requiring robust electrical performance and reliability. Designed with reverse voltage ratings of up to 40 volts and forward current ratings of up to 1 ampere, these diodes are well-suited for use in power supply circuits, battery chargers, and various general-purpose rectification tasks. The 1N4971 Series is notable for its low forward voltage drop, which enhances efficiency and minimizes heat generation during operation.
One of the standout features of the 1N4971 Series is its ability to handle high surge currents, making it an excellent choice for applications where transient voltage spikes may occur. This capability is critical in environments such as automotive electronics, where components are often subjected to harsh electrical conditions. Additionally, the diodes are designed to offer reliable performance over a wide temperature range, ensuring consistent operation even in extreme thermal conditions.
The encapsulation of the 1N4971 Series utilizes a standard DO-41 package, providing excellent thermal dissipation properties and facilitating easy integration into various circuit designs. This design characteristic ensures that the diodes remain operational under high-stress conditions, which is essential in applications like power converters, motor controls, and industrial machinery.
Typical applications of the 1N4971 Series include rectification in AC to DC converters, clamping circuits, and protection circuits where voltage transients need to be managed effectively. The series is also widely used in consumer electronics, such as televisions and computer power supplies, where reliability and efficiency are paramount. With its robust specifications and versatile nature, the 1N4971 Series stands out as an essential component for engineers and designers looking to enhance the performance and reliability of their electronic systems.
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