1V5KE56CA

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TVS (Transient Voltage Suppression) diodes are electronic components used to safeguard the electrical components of many projects and devices. More specifically, the 1V5KE56CA TVS diode is used to protect electrical systems from transient voltage spikes, typically ranging from 6V to 170V. The 1V5KE56CA diode is the perfect choice to avoid system malfunctions and damages caused by high voltages and current peaks due to inductive load switchings, power supply transients, or lightning.

Because the 1V5KE56CA provides an extremely wide range of protection, from 5.6 to 170 Volts while maintaining a very low level of clamping, it is suitable for protecting sensitive systems like the automotive platforms, motor drives, lighting applications, and industrial control systems. In addition, this particular diode comes with very low leakage, fast response times, high peak power capability, and low clamping voltage.

The working principle behind TVS diodes is that when an overvoltage is applied to the diode, it passes small currents until it ionizes the air responsible for the surge electrical breakdown. This breakdown between the anode and cathode creates an electrical path through the diode, allowing it to absorb the surge current. After the peak is reached and the overvoltage fades away, the diode switches back to its normal state, blocking any current from passing through.

The 1V5KE56CA is an unidirectional diode constructed with a Junction Termination Structure (JTS). It uses native oxide based non-volatile memory cells to store the configuration data, saving it even after disconnections or power supply interruptions. In addition, the diode is designed for applications up to 600W, providing superior robustness and reliability for testing and prototyping.

Overall, the 1V5KE56CA is a very versatile TVS diode with a wide range of applications and superior features. Its low leakage, wide voltage and current ranges, fast response time, and low voltage clamping make it the ideal choice for protecting electrical systems from transient voltage spikes. By using this diode, engineers can feel secure that their designs are safe from overvoltage, overcurrent, and power supply transients.

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