ADG733BRUZ-REEL

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ADG733BRUZ-REEL is a component that falls in the Interface – Analog Switches, Multiplexers, Demultiplexers category. This component is a 4-channel capacitive multiplexer with a logarithmic control voltage range. It is made up of four MEMS capacitive switches and a digital control logic circuit. It has an enable pin which enables or disables the chip and an analog control input which does the multiplexing.

This component is mainly used for applications like touchpads, optical dosimeters, level sensing, mass flow sensing, chemical and gas sensing and capacitive sensing. It is capable of handling up to a peak input voltage of 5 volts and up to a switching current of 600 μA. Due to its versatility, this component is also used in circuit protection, automatic gain control and range sensing.

The working principle of the ADG733BRUZ-REEL is quite simple. It uses an analog control voltage to control the multiplexing. When an analog control voltage is applied to the enable pin, the chip is enabled and the multiplexing is done. Then, the analog control voltage is applied to the input of the multiplexer and the output is selected according to the voltage applied. This allows the user to switch between multiple inputs and select the desired output.

The ADG733BRUZ-REEL is a very versatile component and has a wide range of applications. With its low power consumption and wide range of input and output voltages, this component is ideal for applications that require multiplexing. Its ability to switch between multiple inputs and select the desired output makes it perfect for applications like touchpads, optical dosimeters and level sensing. Its low power consumption also makes it suitable for applications like mass flow sensing, chemical and gas sensing, and capacitive sensing.

In conclusion, the ADG733BRUZ-REEL is a versatile component that belongs to the Interface – Analog Switches, Multiplexers, Demultiplexers category. It is capable of handling up to a peak input voltage of 5 volts and up to a switching current of 600 μA. It has a wide range of applications like touchpads, optical dosimeters, level sensing, mass flow sensing, chemical and gas sensing, and capacitive sensing. The working principle of this component is quite simple and its low power consumption makes it suitable for many applications.

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