NUP2301MW6T1

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TVS-Diodes are components typically used in circuit protection applications, primarily in the protection of connected equipment and devices from high voltage and transient electrical surges.

The NUP2301MW6T1 is a uni-directional TVS Diode with up to 26.5 V reverse standoff voltage (V_BR). It is designed to provide ESD protection, as well as transient over-voltage protection and components in the circuit. The NUP2301MW6T1 is capable of dissipating up to 4.5A of current and can provide up to 3kW peak pulse power dissipation. This device is supplied in a SMAF-14-04T1 package, measuring only 1.2mmx1.2mmx0.45mm.

The application field of the NUP2301MW6T1 is quite extensive since it can be used in many applications, such as medical equipment, automotive systems, consumer electronics, industrial equipment, and much more. Due to its small size, it is particularly suitable for portable devices that are highly susceptible to ESD and transient surge events. In addition, its 3kW of peak pulse power paves the way for the utilization of the device in more demanding applications such as automotive systems, for example.

The NUP2301MW6T1 working principle is quite simple. It contains a silicon diode that is configured to provide a low impedance path between the anode and cathode when subjected to excessive current or voltage. When the current or voltage exceeds the diode’s predetermined limits, the diode will immediately conduct and clamp the voltage to its rated breakdown voltage, ideally limiting further circuit and/or device damage. By dissipating the energy caused by the direct over-voltage or current, it dramatically lowers the peak pulse power levels reaching sensitive electronics.

In summary, the NUP2301MW6T1 is a uni-directional TVS Diode designed to provide ESD protection, as well as over-voltage and transient protection. It can dissipate up to 4.5A of current and is capable of dissipating up to 3kW peak pulse power. Its application field is wide, encompassing medical equipment, automotive systems, consumer electronics, and industrial equipment. Its working principle is based on the conductivity of a diode when the current or voltage exceeds predetermined limits, clamping the voltage and dissipating the energy in order to avoid further damage.

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