DMTH4004SCTB-13

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The DMTH4004SCTB-13 is a fast switching general-purpose N-channel enhancement mode MOSFET transistor designed for use in a wide range of digital, linear, and switching applications. Operating at a drain voltage of up to 50 Volts and a drain current of up to 400mA, the DMTH4004SCTB-13 is suitable for use in a wide range of applications including power circuits, motor drive circuits, communications circuits, and light-control circuits.

Unlike BJTs, the DMTH4004SCTB-13 works with an electric field to control the flow of current. It has an insulated gate terminal and consists of two p-type layers and two n-type layers which form the source, drain, and gate. Current can be controlled by applying a voltage to the gate and controlling the resistance of the channel in between the source and the drain. This resistance can be adjusted by the applied voltage, which modulates the amount of current that will flow through the transistor.

The DMTH4004SCTB-13 is particularly well-suited for use as a power switch in applications where a high-on resistance, low-on resistance and low-gate charge are required, as well as in applications where power saving and low power dissipation are desired. It can be used as an inverter, switch, amplifier, driver or regulator, and is an ideal choice for a wide range of applications, including those in automotive, automotive electronics, industrial and consumer electronics.

The DMTH4004SCTB-13 is highly reliable and its gate-to-source voltage (VGS) rating of 10V helps to keep switching losses low, making it suitable for high current applications. This transistor also offers excellent on-state conductivity, making it ideal for high power switching applications. It is also designed with a fast switching time of 60ns, which helps reduce heat generation and makes it ideal for high current applications.

The DMTH4004SCTB-13 is an excellent solution for a variety of applications which require a fast, reliable and economical power switch. Its low on resistance and high on resistance make it an ideal choice for applications in automotive, automotive electronics, industrial and consumer electronics. Its high on-state conductivity, low gate-charge and fast switching time make it an efficient and ideal power switch for a variety of applications.

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