MAX9152ESE+T

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The MAX9152ESE+T is a logic-signal switch, multiplexer, and decoder. It provides fast, low-power switching between two individually selectable data lines and a single common data line. It is designed to provide maximum signal integrity while simultaneously reducing system power consumption. The MAX9152ESE+T also includes a two-bit programmable output de-emphasis register to optimize eye diagrams.

The MAX9152ESE+T switch is ideal for a wide range of applications in which low power consumption, high performance, and small size are required. These applications include HD-SDI repeaters, video conferencing, medical imaging, point-to-point, and digital video cameras, among others.

The MAX9152ESE+T is a dual channel multiplexer that utilizes CMOS technology in which a single control line is used to select between two channels. The output signal is switched rapidly, with a typical switching speed of 8 GHz. The device’s low input and output impedance ensures excellent signal integrity. In addition, the low power consumption of the chip ensures that it can be used in low-power environments.

The device also includes a number of programmable features such as output de-emphasis and de-skew register. The de-emphasis registers program the device to provide an optimal eye diagram for a given data rate. The de-skew register adjusts the delay of the data line so that it is synchronized with the rest of the system.

The MAX9152ESE+T is designed to operate in temperatures ranging from -40°C to 85°C, ensuring reliable operation even in harsh environments. In addition, the device features an output signal that is immune to noise, making it well suited for signal integrity applications.

Overall, the MAX9152ESE+T is an ideal logic-signal switch, multiplexer, and decoder for a wide range of applications. It provides fast switching, low power operation, and outstanding signal integrity. It also includes a number of programmable features to optimize signal integrity and minimize power consumption.

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