MAX4555CPE

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The MAX4555CPE is a special purpose analogue switch belonging to the big family of Interface - Analog Switches. This device is an integrated, monolithic, CMOS DE-multiplexer/encoder designed for medium to high performance systems. It is designed to operate with a low voltage supply, either dual +5V or single +10V.

The MAX4555CPE is made of four DE-multiplexers with a common enable. It includes 2-bits of decoder logic and enables (82°C) power-off disable logic with a wide 0.5V enable offset range. Each of the 4 DE-multiplexers contains 4 SPDT switches with an isolation resistance of 20kΩ, and an ON-resistance of 8Ω. It has an TTL/CMOS compatible enable input. The maximum power dissipation per channel is 500mW and the maximum symmetric (RL=200Ω) can handle up to +-90V.

The working principle of the MAX4555CPE is based on DE-multiplexers. A DE-multiplexer is a logic circuit that is used to select one of several digital data lines and direct it to a single output line. It is commonly used in communication systems where it is used to route data on a data bus to various destinations. The MAX4555CPE can be used to route or select data in various applications such as data transmission and routing, line switching and signal routing.

The MAX4555CPE can be used in a wide range of applications such as digital switching, analog switching, power switch, device control and protection, line interface and signal routing. This device can be used in systems such as automotive, communication systems, medical, industrial, consumer and audio.

In summary, the MAX4555CPE is a special purpose analogue switch belonging to the big family of Interface - Analog Switches. It is made of four DE-multiplexers with a common enable and has an TTL/CMOS compatible enable input. The MAX4555CPE\'s working principle is based on DE-multiplexers and it can be used in a wide range of applications such as digital switching, analog switching, power switch, device control and protection, line interface and signal routing.

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