SUM90N04-3M3P-E3 Discrete Semiconductor Products

The SUM90N04-3M3P-E3 is a single N-Channel MOSFET (Type: N-Channel MOSFET) commonly used in a variety of circuits and applications. It is constructed with a source gate, drain and gate electrodes and is designed to be operated across a wide voltage range, making it ideal for use in a variety of different applications.

One of its primary functions is as a voltage switch. The drain is connected to the positive voltage reference in the circuit, and the gate is connected to the control voltage for the circuit. When the control voltage is applied, the MOSFET will conduct, allowing current to flow from the positive voltage reference to ground, effectively turning on the circuit. When the control voltage is removed, the MOSFET will not conduct and the circuit is effectively turned off. This type of operation makes it ideal for use as a power switch in many types of circuits.

Another application for the SUM90N04-3M3P-E3 is as a linear amplifier. When operated at lower current levels, the MOSFET can be used as a linear amplifier, allowing it to be used in audio power amplifiers and voltage amplifiers. The linear amplifier has the ability to provide gain without introducing distortion into the circuit, making it an ideal choice for many audio applications.

The SUM90N04-3M3P-E3 can also be used as an oscillator in many types of circuits. The output of the device is dependent on the input or control voltage applied to the gate. When the input voltage changes, the output of the device will also change, making it ideal for use in oscillator circuits.

The SUM90N04-3M3P-E3 is also commonly used in logic circuits. It can be used as a switch, allowing two logic states (on and off) to be represented in a circuit. It can also be used to control the speed or direction of a device, making it ideal for use in many types of control circuits.

Overall, the SUM90N04-3M3P-E3 is a versatile device capable of performing a wide range of functions in many different types of circuits and applications. Its ability to operate across a wide voltage range makes it a perfect choice for many power switching and amplifier applications, while its high input impedance and linear characteristics make it ideal for oscillator and control applications.