MXRT100KP260CAE3

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TVS Diodes have a wide range of applications and are therefore a critical component in many high-voltage circuits, such as motor drives, power supplies, or signal transducers. The MXRT100KP260CAE3 diode is a prime example of such a component, offering high-reliability overvoltage protection and silicon avalanche technology, as well as ultra-low on-state resistance ratings.

The MXRT100KP260CAE3 is a unidirectional, silicon-based diode designed for 12V, 18V, and 24V DC applications. It is capable of withstanding transients of up to 264V and ESD according to the IEC61000-4-2 (Air Discharge) and IEC61000-4-4 (Connection Discharge) standards. Its specifications include a breakdown voltage of 536V, a maximum clamping voltage of 902V, and an on-state resistance rating of 0.45Ω.

The MXRT100KP260CAE3 is specifically designed to protect sensitive circuits from high-voltage transients. Its Silicon Avalanche Technology (SAT) works by sensing when the voltage exceeds its breakdown voltage and then quickly clamping it to a safe level. When voltage transients fall below the diode\'s peak off-state voltage, the diode switches back to its low-voltage, low-resistance state, thus allowing current to pass through the circuit.

The MXRT100KP260CAE3 is typically used in automotive applications such as LCD displays, car radios, dashboard instruments, airbag systems, and other electrical circuits that require overvoltage protection. It is also commonly used in industrial applications where high-voltage circuits need protection from ESD, transients, and power surges. Additionally, its ultra-low on-state resistance rating makes it suitable for battery-charging and power-conditioning applications as well.

The TVS diode is a versatile protection device that offers reliable overvoltage protection in a wide range of applications. The MXRT100KP260CAE3 diode is a prime example of this technology, combining high-reliability, Silicon Avalanche Technology, and ultra-low on-state resistance ratings into a single, cost-effective package. It is an ideal choice for designs that require robust protection against transient overvoltage events.

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