DMN24H3D5L-7

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Transistors - FETs, MOSFETs - Single

DMN24H3D5L-7 application field and working principle

DMN24H3D5L-7 is an electrically operated, low-power Metal-Oxide Semiconductor Field Effect Transistor (MOSFET). As one type of single FET of the power MOSFET family, it is metal-oxide semiconductor device that conducts electronic signals in between the source and drain of a power transistor.

DMN24H3D5L-7 is used for controlling large currents with high-performance, easy-to-use features. It is designed for use in many industrial and automotive machines for power management and high power conversion applications that require increased efficiency, improved reliability and larger load current. Due to its structure, it can be easily adapted to any combination of voltage and power, from low voltage and high current to high voltage and low current, without need for additional components.

DMN24H3D5L-7 is the 800 V N-channel enhancement mode MOSFET, ideal for use in high-power automotive, volume power factor control and general-purpose linear applications. It has a working temperature range of -55° C to +150° C, offers low thermal resistance, requires very low power input and offers superior high-side and low-side drive capability. Furthermore, it has very low on-state resistance and can handle higher peak current occasioned by first-level overloads.

The working principle of DMN24H3D5L-7 is based on the intrinsic high frequency switching behavior of the transistor. This current regulating transistor, which consists of a source, a drain and a gate, acts as a resistor in a very wide spectrum of operating conditions. The source and drain can be referred as the primary and secondary elements, respectively. The three terminals of the transistor are connected in such a way that a current from the source to the drain can be controlled manually by changing the voltage applied to the gate. When a positive voltage is applied to the gate, the source-drain current can be increased or decreased, depending on the magnitude of the applied voltage.

Furthermore, DMN24H3D5L-7 is able to control the output current by varying the input voltage. This is achieved by controlling an active switch (p-channelor n-channel MOSFET) on one side of the primary winding or the other; the higher the input voltage, the higher the output current. It is also possible to use the device as a device to vary the frequency of an AC waveform, or as a phase-angle controller. By varying the phase angle, it is possible to reduce the total power transferred across an inductive load, resulting in increased power efficiency, improved system reliability and lower operating costs.

DMN24H3D5L-7 is mainly used in high-power power converters and power management systems, as well as in automotive, industrial and general purpose linear applications. Its features make it an ideal choice for applications where power efficiency, stability and control are key. Its high performance and ease of use ensure that the DMN24H3D5L-7 device can deliver the best results in any application.

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