DMP2035UVTQ-13

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The DMP2035UVTQ-13 FET is a device from the single/single-gate MOSFET family developed by Digital Multi-pie Electronics, Inc. It is specifically designed for applications requiring a high-speed, low-voltage, low-input current, wide-range bandwidth switch.This device\'s power supply voltage operating range is 1.35V–5.5V, making it suitable for low-voltage applications, like low-cost computers and peripherals. With an mV/µs slew rate and a 1.3ns on-off delay, it can switch efficiently.

The DMP2035UVTQ-13 FET has two types of pin outs, single-gate and differential-gate. The single-gate pin out is suitable for applications requiring single-ended driving, like in a single transceiver circuit. The differential-gate pin out provides differential-ended driving and is suitable for applications requiring a differential signal to be transmitted and received on a single line, such as in dual transceiver circuits and applications requiring redundancy.

The DMP2035UVTQ-13 FET is a field-effect device, in which the current flow is regulated by a gate voltage. The gate voltage is applied to an insulated gate region through an insulated gate terminal and to a channel region through an insulated source terminal. The electric field created by the gate voltage affects the conductivity of the channel region. As a result, the drain current is regulated by the gate voltage. In other words, the DMP2035UVTQ-13 FET works by controlling current flow with a controlled electric field.

In order to better understand the application field and working principle of the DMP2035UVTQ-13 FET, it is important to know its features and capabilities. This device has a low on-resistance of 0.018Ω, which helps the FET reduce power consumption. It also has a VGS(th) of -4V which allows it to operate at high gate threshold voltage, thereby making it suitable for applications that require reduced stand-by power. Additionally, this device has a turn-on/turn-off time of 1.3ns and a maximum drain current of 1A, which suggests that it has high-speed switching. Furthermore, the maximum DC drain-source voltage that it can handle is 20V, making it suitable for applications requiring high voltage.

From the above-mentioned features and capabilities of the DMP2035UVTQ-13 FET, it can be ascertained that this device can be used in a wide range of applications. It can be used in low-cost computers, peripherals, cellular phones, and automotive applications, due to its low-voltage operating range. Additionally, it can be used in wireless communication for its high-speed switching and low power consumption. Furthermore, this device can be used in industrial applications requiring high-voltage tolerance and low stand-by power.

From the above-mentioned features and capabilities of the DMP2035UVTQ-13 FET, it can be concluded that the device is perfect for applications that require high-speed switching, low power consumption, and high-voltage tolerance. Its low-voltage operating range and its wide range of voltage levels make it suitable for use in a variety of applications, such as low-cost computers, peripherals, and automotive applications. Additionally, its high-speed switching and low power consumption make it ideal for wireless communication applications. Finally, its maximum DC drain-source voltage of 20V makes it suitable for industrial applications requiring high-voltage tolerance and low stand-by power. Thus, the DMP2035UVTQ-13 FET is an ideal device for applications requiring high-speed switching, low power consumption, and high-voltage tolerance.

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