IXFA72N20X3

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The IXFA72N20X3 is a part of a 71-series family of Advanced Level low voltage FET types of transistors. The 71-series MOSFET is rated with an absolute maximum drain current of 3 A and a drain-source voltage of 80 V, with an on-resistance of about 0.4 Ohm. The IXFA72N20X3 is a standard configuration MOSFET transistors with a single-gate oxide field-effect. It can be used in a variety of low-frequency applications, where switching speed is not important, as well as in a wide range of high-frequency and high-power operations.Generally, the principle of operation of MOSFET transistors is that the gate-to-source voltage (VGS) controls the device\'s output characteristics. The IXFA72N20X3 is similar; when its VGS is sufficiently large, the MOSFET conducts current between its source and drain, allowing a greater voltage drop between the source and drain. However, when the gate-to-source voltage is reduced, the current within the device is reduced. This effect is referred to as “channel-length modulation”, which is where the effect of the gate voltage decreases as the length of the conducting region decreases.IXFA72N20X3 can be used in wide variety of applications; this MOSFET can power audio amplifiers, voltage-controlled switches, and low frequency power control devices. It can also be used in linear and switching applications, such as for motor control, instrumentation and power regulations, as the current through its drain is relatively easy to control. This makes it ideal for use in applications such as automated industrial machinery, power supplies, automotive applications and even communication networks. Furthermore, IXFA72N20X3 has a low series resistance, allowing a higher current to flow through it compared to other MOSFETs with the same VDS.Overall, IXFA72N20X3 is a versatile MOSFET transistor that has a wide range of applications in both low and high frequency operations. It can be used to regulate current flow and switch between various levels of power output, making it highly suitable for use in many different applications. Thanks to its low on-resistance and low series resistance, it is capable of handling large currents with low voltage drops, making it an ideal choice for power control and switching applications.

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