AOC2417

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AOC2417 is a type of semiconductor switch device produced by Advanced Output Corporation. It is offered in a range of package and electrical configurations to suit many different uses. AOC2417 is a single-pole-double-throw switch device made up of two MOSFETs in a single package. It is used to switch high currents and offers high switching speeds at low power levels. As with all MOSFET devices it has a gate of insulated metallic gate and a channel of semi-conductive material.

Applications of AOC2417

AOC2417 has a wide range of possible applications, due to its ability to offer both high-speeds and low power. Its main uses are in electronics and power systems, due to its excellent switching speed. Among its range of possible applications are:

• Automotive applications — as a switch in applications such as alternator switching, engine control, and powertrain control systems.
• Computer systems — to switch high currents in power supply units and battery management systems.
• Industrial applications — such as in heavy machinery and robotics, to control high-current motor and solenoid systems.
• Consumer products — such as in home and entertainment systems, to switch high current AC and DC signals.

AOC2417 can also be used in pneumatic and hydraulic systems, to control the flow and pressure of fluids.

Working Principle of AOC2417

As with all types of MOSFET switches, AOC2417 works by controlling the flow of electric current through the channel with a gate voltage. By adjusting the voltage applied to the gate, the current flow can be controlled or even blocked entirely. The drain tracks the source voltage and the output voltage is equal to the source voltage when the device is fully on.

The AOC2417 employs two MOSFETs in a single package, which gives it two main advantages. Firstly, two MOSFETs in one package makes the package size significantly smaller than having separate MOSFETs. This makes the AOC2417 a cost-effective option for applications where space is a concern. The second advantage of having two MOSFETs in a single package is that the switching speed is faster than with a single MOSFET, as the drain channels can be opened and closed simultaneously.

In a typical AOC2417 application the drain voltage will be slightly higher than the source voltage (Vd>Vs) when the gate voltage is applied. This increases the gate-to-source voltage and results in a higher switching speed. As the gate voltage is reduced to zero, the channel is blocked and the device is off.

Conclusion

The AOC2417 is a type of MOSFET switch device which is designed to switch high currents with excellent speed and low power. It combines two MOSFETs into one package, resulting in a cost-effective and space-saving option for various applications. It works by controlling the flow of electric current through the channel using the gate voltage, and as such offers good control and accuracy.

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