MXRT100KP400CA

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Transient Voltage Suppressor (TVS) Diodes are an essential device within a range of electronic circuits when it comes to protecting them from any transient voltages from electrostatic discharges, electrical spikes and current surges. A key example of the application of TVS Diodes is in the MXRT100KP400CA which is an essential component within LED based lighting equipment.

This device is a unidirectional TVS diode which protects against transient voltages caused by electrostatic discharges capable of withstanding 8000 Watts of transient peak power. The circuits that this device is used to protect are typically exposed to currents of up 500 amps of surge current for 10/1000 microsecond, making it an extremely sturdy device and highly effective within the circuit.

The MXRT100KP400CA allows current to pass through at relatively low voltage to the circuit, and kicks in when the voltage breaks above the given threshold level and clamps this voltage further up within a safe margin, to which it then immediately resumes allowing the current to move with relatively low resistance to ground. This creates a waveform of ‘clamping’ of the unwanted voltage in the circuit and provides a much greater level of protection overall.

The application fields to which this device is most suited are typically exposed to lightning, direct current power, as well as a wide range of that come with inductive loads. It is ideal for use also in experimental LED lighting designs, and offers protection for circuits from inductive switching as well as other related problems.

In terms of its working principle, the MXRT100KP400CA utilises a plasma breakdown zone to constrict any large unwanted voltage from entering the circuit, which greatly reduces the chance of long term damage to the equipment. The device itself also helps to protect equipment from voltage spikes of 10 volts or more, which is essential in LED lighting designs to ensure the components are not affected in the long term.

It is also important to note that this device is factory tested before being released, to ensure it meets any safety standards within the industry to protect the longevity of the equipment too. The device is also chosen by many designers for its robustness and fast response time which allows for this protection in emissions-sensitive applications and equipment.

In conclusion, the MXRT100KP400CA is an ideal device when it comes to protecting circuitry from transient voltages from electrostatic discharges and power surges, making it essential component of LED lighting equipment. Its fast response time and robustness makes it an extremely reliable choice, and is easy to use due to its on-chip protection. Ultimately, this device provides superior protection for circuitry, and can lead to a much greater lifespan for equipment in the long-term.

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