MAX355EWE

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MAX355EWE is a device from Maxim Integrated that combines an instrumentation amplifier with a multiplexer with the ability to select from four differential channels. The MAX355EWE has a common-mode range of -11.5 to 11.5V and features a fixed-gain range of 2 to 50 mV/V. The device is suitable for applications in industrial, automotive and consumer applications.

Application Field

The MAX355EWE is ideal for use in various applications, such as:

• Industrial systems
• Automotive systems
• Consumer devices
• Medical systems
• Communication systems
• Power control systems

The MAX355EWE can be used in applications that require multiplexing, amplification, and/or isolation. Examples of these applications include:

• Data acquisition systems
• Current sensing systems
• Voltage measurement systems
• Temperature measurement systems
• Pressure measurement systems

Working Principle

The MAX355EWE is a multiplexer with four differential channels. It has a common-mode range of -11.5 to 11.5V and features a fixed-gain range of 2 to 50 mV/V. The device is suitable for selection and signal conditioning in industrial, automotive and consumer applications.

The device combines an instrumentation amplifier with a multiplexer and provides selectable signal ranges of 2 to 50 mV/V and -2 to -50 mV/V. In addition, the device features a low-power operation of 65 µA, a low offset voltage of 8 mV and a high CMRR of 74 dB. The device also features an adjustable gain of 87 dB and can be used in a single-ended or differential configuration.

The MAX355EWE is also equipped with a ±15V power supply, and each channel can be individually selected and amplified, making it ideal for applications in which differential signals need to be measured. The device can also be used in single-ended and bipolar applications.

The MAX355EWE multiplexer is designed to reduce power consumption and can be used in applications with low-current consumption requirements. The device is suitable for a wide range of industrial, automotive, and consumer applications.

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