MAX14764ETA+T

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The MAX14764ETA+T is a dual-channel ultra low-power multiplexer and demultiplexer suitable for use in a variety of applications. This device features a low power consumption of less than 20µA, an operation frequency of up to 10kHz, and a wide operating range from 0V to 4.2V. It also features a low data skew of 0.3µs, a high-impedance logic input, and an output disable pin.

The MAX14764ETA+T is designed to be used in applications that require a multiplexer and demultiplexer. It can be used as part of an image capture or display system, or as part of a video/audio switching system. It is also suitable for interfacing with sensors or multiple analog signals.

The MAX14764ETA+T is a dual-channel multiplexer and demultiplexer. It has two channels, A and B. A can be used for either input or output, while B is always an input. The multiplexer works by connecting input A to the desired output, while the demultiplexer works by connecting the desired output B to the input A.

The device works by using a combination of logic inputs and output enable pins. The logic inputs (A0, A1, B0, and B1) allow the user to select which of the two channels will be active at any given time. The output enable pin (OE) allows the user to enable or disable the output of the selected channel. This can be used to prevent interference between channels or to reduce power consumption.

In order to use the MAX14764ETA+T, the logic inputs and output enable pins must be correctly programmed. This can be done using logic-level programming, which allows the user to set high and low logic states for the logic inputs and output enable pins. Once programmed, the device will begin to switch between the two channels based on the logic inputs. When the output enable pin is set to a logic low level, the device will be in a disabled state and will not switch between channels.

The MAX14764ETA+T is a versatile device that can be used for a variety of applications. It is designed for low power consumption and high speed operation, making it suitable for use in low-power applications such as portable devices. Its low data skew makes it suitable for applications that require precise signal switching, such as video or audio switching. It is also suitable for interfacing with multiple analog signals, such as sensors or image capture/display systems. Its wide operating range and high-impedance logic input makes it suitable for use in a variety of applications.

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