1.5KE150A-E
Unidirectional TVS diodes with 1500W power
Manufacturer： ['vishay-general-semiconductor', 'vishay']
series introduction
The 1.5KE150A-E Series is a range of bidirectional transient voltage suppression (TVS) diodes engineered to safeguard sensitive electronic components from voltage spikes and transients. This series is renowned for its robust performance, high clamping efficiency, and reliable operation, making it an essential choice for protecting circuits in a variety of applications. With a breakdown voltage of approximately 150V, the 1.5KE150A-E Series effectively limits the voltage surge that can potentially damage critical electronic devices.
Designed with a compact DO-15 package, these TVS diodes provide an optimal solution for space-constrained environments while ensuring high power handling capabilities. The 1.5KE150A-E diodes feature a low clamping voltage, ensuring that the voltage across the protected circuit remains within safe limits during transient events. The series exhibits fast response times, enabling them to react quickly to voltage spikes, which is crucial for the protection of sensitive semiconductor components in high-speed data lines and power management circuits.
Ideal use cases for the 1.5KE150A-E Series include applications in telecommunications, automotive electronics, industrial equipment, and consumer electronics, where safeguarding against electrostatic discharge (ESD) and other transient events is critical. These diodes are commonly used in power supply circuits, data communication lines, and microcontroller inputs, enhancing the longevity and reliability of the equipment they protect.
Furthermore, the 1.5KE150A-E Series is compliant with various international standards, underscoring its reliability in diverse operational environments. Its excellent thermal stability and high surge capability make it suitable for both high-frequency and high-voltage applications. This series not only offers a practical solution for transient voltage suppression but also contributes to the overall performance and durability of electronic systems, ensuring that they operate safely and efficiently under varying conditions.
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