MRT100KP280CAE3

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Thyristors are three-terminal, solid-state devices, and transient voltage surge suppressors (TVS) are one type of thyristor. The MRT100KP280CAE3 TVS diode is a unidirectional, non-regulated TVS diode. This type of diode provides suppression of large voltages and currents which may occur when a load is suddenly connected or disconnected from the device\'s line. The TVS diode provides over-voltage, over-current and reverse-current protection for a particular application.

The MRT100KP280CAE3 TVS diode is suitable for a variety of different applications, including automotive, telecom, consumer products, and industrial. These diodes are designed to help protect equipment against transient voltage due to ESD and other forms of electrical noise interference. It is available in a DO-204AB surface mount package, with a standoff voltage of 280V and a peak pulse current rating of 100KA. The device also features a low clamping voltage, highly reliable and superior repetitive peak pulse power handling capability.

The MRT100KP280CAE3 TVS diode works by absorbing the energy of an over-voltage pulse and dissipating it safely. Its circuitry is designed to clamp transient voltage to a safe level, while at the same time suppressing rollover and sustained over-voltage conditions. The diode functions by allowing current to flow when the voltage on its anode side is higher than its cathode side. When a high transient voltage/current pulse occurs, the diode’s internal silicon junction quickly shifts its state from open to closed, thereby clamping the voltage to a safe maximum and preventing its further propagation. The diode then switches off as soon as the transient pulse dissipates.

The MRT100KP280CAE3 TVS diode is a crucial device in protecting sensitive components from the hazardous effects of transient voltages and currents caused by switching operations, lightning, or other electrical disturbances. The device is capable of providing maximum possible protection from electrical noise and over-voltage events, without degrading the signal integrity and electrical performance of the system. It also eliminates the need to design expensive, bulky protection circuits and allows manufacturers to reduce the overall cost of their products.

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