FDC6901L

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The FDC6901L is a monolithic Integrated Circuit which can be used in Power Management Integrated Circuits (PMIC) fields such as Power Distribution Switches, Load Drivers, etc. It is designed to help reduce system footprint and minimize external parts count as well as provide a cost-effective and reliable solution. The FDC6901L is packaged in a mOL package and housed in an ESOP-8 package for easy integration into a variety of applications, including general-purpose, automotive, and industrial.

The FDC6901L is a dual-channel device featuring independent control lines, as well as two independent switches capable of driving a maximum current of 6 amps. The two independent channels each have an internal shift-register, allowing the user to control both channels using only 1 I/O signal and dramatically reducing board space. This feature allows the FDC6901L to be used in applications where space is limited.

The FDC6901L contains an over-voltage protection feature which allows the user to set a minimum and maximum voltage level. The minimum voltage level is set by selecting the logic type (active high or active low) and the maximum voltage level is set by adjusting the external resistor. If the voltage exceeds the maximum or goes below the minimum, the FDC6901L automatically switches off and the device is protected from over current and over power conditions.

The FDC6901L provides the user with the ability to control the two channels at the same time. This feature is enabled by the "Synchronous Control" feature of the IC which is generated by the Enable signal. This allows the user to perform simultaneous switching operations and is especially useful in applications like motor control.

The FDC6901L also features a powerful on-chip driver circuit which is capable of driving a maximum of 6 amps. This feature of the FDC6901L makes it highly suitable for driving high-power loads such as motor control applications. The driver circuit is capable of operating up to 20 kHz and is protected from over current and over power conditions by the over-voltage protection feature.

The FDC6901L also features a slew-rate control circuit which allows the user to adjust the speed of the switch turn-on or turn-off operation. This feature can be used to reduce switching noise and provide smoother response to the load. It is also useful in motor control applications where precise speed control is required.

In conclusion, the FDC6901L provides the user with a great solution for power management integrated circuits such as Power Distribution Switches, Load Drivers, and is suitable for a variety of applications including general-purpose, automotive, and industrial. With its low power dissipation, fast switching times, and high operating temperature, the FDC6901L can be used to achieve great performance in many applications.

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