MAX4684EBC+T

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The MAX4684EBC+T is an analog switch, multiplexer, and demultiplexer family that is compact and versatile. Interfacing with either nominal 3.3 V or 5 V supplies, it is able to bridge a wide range of signals between two ports. It allows selection of a single channel or a multi-channel view into a single output. The MAX4684EBC+T features advanced low-power CMOS technology, offering a low on-state resistance (RON) of 1.82 Ω, fast switching times of 30 ps, and outstanding RON flatness.

The main application field of the MAX4684EBC+T is in controlling analog signals and the multiplexing of up to five channels onto a single output. It works by supplying a single positive voltage of either 3.3 V or 5 V for all supply pins. Digital logic input signals control the multiplexed selection. An enable signal can be used to enable or disable the switching. The enable (EN) inputs are TTL-compatible and can also be tied to a logic high GND.

The MAX4684EBC+T\'s working principle is quite simple: any one of the five digital control signals can be used to select one of the 21 channels. For example, the digital control signals can be coded such that [0.0.0, 0.0.1, 0.1.0, 1.0.0, 1.1.0] will select the corresponding channel, in this case channels 4, 20, 11, 17 and 5. The selected channel is then connected to the output for further processing.

The MAX4684EBC+T is also capable of removing any static source from the input or output side of the switch. This feature allows it to be used for electrical isolation and protection from unwanted influences. Additionally, it is capable of providing maximum protection from ESD, with a ESD tolerance of 175 V HBM. The MAX4684EBC+T is designed for ease of use and integration for applications such as industrial, consumer, automotive, and medical use.

The MAX4684EBC+T is ideal for applications which require switching and multiplexing of analog signals, especially when done with low power consumption. It is able to provide very high on-state performance with fast switching and excellent RON flatness while also offering maximum static protection. The built-in flexibility of the enable and digital control inputs makes it an attractive option for a wide range of digital and analog signal switching applications.

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