1.5SMC82AHE
1.5kW unidirectional TVS diodes for protection
Manufacturer： ['vishay-general-semiconductor', 'vishay']
series introduction
The 1.5SMC82AHE Series is a premium selection of surface-mount transient voltage suppression (TVS) diodes, engineered to provide robust protection against voltage spikes and transients in a wide array of electronic applications. With a breakdown voltage of 82V, these diodes are designed to safeguard sensitive components from overvoltage conditions, ensuring operational integrity and longevity in challenging environments.
One of the key features of the 1.5SMC82AHE Series is its low clamping voltage, which minimizes the risk of damage to downstream circuitry during transient events. These diodes boast a high surge current capacity, allowing them to absorb significant energy from electrical transients, thus enhancing the reliability of electronic systems. The series utilizes a unidirectional configuration that is ideal for protecting DC applications, making it particularly suitable for circuits where polarity is a critical factor.
The design of the 1.5SMC82AHE Series emphasizes thermal stability and low leakage current, which are crucial for maintaining performance in high-temperature environments. The package is compliant with industry standards, facilitating easy integration into modern circuit designs while allowing for efficient heat dissipation. Its compact form factor makes it an excellent choice for space-constrained applications, without compromising on performance.
This series is particularly applicable in consumer electronics, automotive systems, industrial automation, and telecommunications, where transient protection is paramount. Typical applications include power supply lines, data lines, and communication interfaces, where the risk of voltage spikes can lead to catastrophic failures. The 1.5SMC82AHE Series provides engineers and designers with a reliable solution to enhance the resilience of their electronic systems against voltage transients, ensuring optimal performance and durability across various operational conditions.
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DO-214AB, SMC
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