ZXM61N03FTC

The ZXM61N03FTC is a type of field-effect transistor (FET). FETs are transistors that are essentially switches that can be used to control electron flow. The ZXM61N03FTC falls into the FET family, specifically in the single-type MOSFET category. It is an n-channel type with an electrically isolated source tab and a low on-resistance of 61 mΩ typically. This makes it ideal for use in a wide variety of applications.

The ZXM61N03FTC is a high-density PowerTrench MOSFET suitable for use in battery-powered applications. It is capable of withstanding high-temperature environments and is exceptionally efficient which makes it ideal for applications that require high reliability and endurance. Due to its low on-resistance and high tolerance for high temperatures, it is perfect for use in high-density portable devices such as rechargeable batteries, digital cameras, and other consumer electronics. It is also suitable for use in automotive and industrial applications.

The ZXM61N03FTC is a three-terminal device that operates by using a gate and source terminal to control the current flow. The gate terminal can be thought of as the control switch and is used to alter the state of the transistors, allowing for the current to flow or not. When a voltage source is applied to the gate terminal, and it becomes greater than the threshold voltage which gates the MOSFET, it will begin to conduct current in the drain-source channel. This is what’s known as enhancing the channel and turning on the MOSFET.

On the other hand, when the gate voltage is less than the threshold voltage, it’s said to be depleting the channel, turning off the MOSFET so no current will flow. The gate’s threshold voltage must be exceeded for the transistor to be on. The greater the drain-source voltage, the higher the resistance, the more it will need to be boosted for the MOSFET to be on.

The ZXM61N03FTC is also characterized by low input capacitance and gate charge, which makes is suitable for high-switching-frequency applications. It is designed as a highly efficient power switch, having excellent thermal performance and exceptional transient characteristics. This makes it suitable for use in high-current switching applications such as load switching and power sequencing.