MAX4613ETE+

The MAX4613ETE+ is a single-channel analog multiplexer (MUX) and demultiplexer (DEMUX) designed for many applications. The MAX4613ETE+ is a single-channel, non-inverting device featuring low on-resistance (20 maximal resistors) and excellent switch characteristics. It offers two selectable modes of operation, namely, the MUX and DEMUX mode. The device has two enable pins, ENA and ENB, used to select the operating mode of the MAX4613ETE+. The device is supplied in a small 20-pin SOIC package and can be specified with a VCC of 5V or 3V.

The MAX4613ETE+ is wideband, low-voltage, low-power device suitable for applications requiring low cost and low distortion. Additionally, its high-speed switching capabilities and low power consumption make it ideal for a variety of switching, multiplexing, and demultiplexing applications. It is also suitable for power management applications where its low power consumption is desired.

The MAX4613ETE+ has two high-impedance inputs (A, B), two outputs (Y, Z), and two enable pins (ENB, ENA). A high on either enable pin will enable the device in the multiplexer mode. When the enable pins are both low, the device is in the demultiplexer mode. When the device is in the MUX mode, the A and B inputs control the state of the output, Y or Z. When the device is in the DEMUX mode, the A and Z inputs control the state of the output Y or Z.

The device can be used in many applications, including analog signal routing, communications and networking, telecom, industrial, and automotive applications. The MAX4613ETE+ is also well suited for applications that require power/ground isolation, and is an ideal choice for applications requiring low distortion (such as A/V routing, audio, and speech processing).

In summary, the MAX4613ETE+ provides a low cost, high-performance, low-voltage, ultra-low-power analog multiplexer/demultiplexer solution for many applications. Its wideband, low-voltage, low-power characteristics makes it ideal for low cost and low distortion applications. Furthermore, its high-speed switching capabilities and low power consumption make it ideal for power management, switching, multiplexing, and demultiplexing applications.