FDS6982AS_G

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FDS6982AS_G is an array of MOSFETs, suitable for low voltage, low power and fast switching applications. This device is an integrated circuit made up of 8 independent high-speed N-channel MOSFETs with low on-resistance and high input impedance, designed for use as power switches or multiplexing switches.

The FDS6982AS_G array is composed of three rows and three columns of MOSFETs. All the MOSFETs of the array are connected in parallel, with each MOSFET having its own drain and source pins and a common gate pin. The horizontal row of MOSFETs is referred to as the Drain (D) row, the vertical column of MOSFETs as the Source (S) row and the shared gate as the Gate (G) column. Each MOSFET in the array can be used independently by giving an appropriate logic pulse to its gate pin.

The FDS6982AS_G has an internal voltage regulator, so it can be operated from the same power supply as the other components connected to its output. This allows the FDS6982AS_G to be used as a power MOSFET switch and also as a multiplexer, controlling multiple loads or components connected to it.

The FDS6982AS_G has low on-resistance, fast switching, low capacitance and low power consumption. Its low on-resistance makes the FDS6982AS_G suitable for use as an electronic switch in power supply lines, power control circuits and DC-DC converters. Its high input impedance makes the device suitable for use in multiplexer circuits. Its low capacitance helps reduce power consumption and increase the speed of switching.

The FDS6982AS_G has several advantages over other MOSFET arrays. It has better power performance and switching speed than many other products. It also offers improved ESD protection, robustness and thermal performance. Additionally, the FDS698AS_G can be easily tested and programmed, making it suitable for many applications.

The FDS6982AS_G can be best used in low voltage and low power switching applications, such as low voltage single-rapid-switching, bipolar motor switching and current limiters. It is also used as a multiplexer or a power switch in many applications, such as consumer electronics, automotive, industrial and audio and video systems. This device can be used to control multiple loads or components connected to its output and thus it can be used as an ideal alternative to discrete components.

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