MAX11190ATE+T Integrated Circuits (ICs)

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Data acquisition involves collecting data either from a physical source, such as the environment or a laboratory experiment, or from a digital source, such as a computer or Internet. Analog to Digital Converters (ADCs) are essential for data acquisition when analog signals have to be converted from analog to digital form. One example of an ADC is the MAX11190ATE+T, which is designed for the purpose of accurately performing analog-to-digital (A/D) conversion of a wide range of Amplitude Modulated (AM) signals.

The MAX11190ATE+T is a high-precision, high-dynamic-range Analog-to-Digital (A/D) Converter that offers low power dissipation, a wide range of selectable conversion speeds, and a variety of digital interfaces. This ADC is capable of converting up to two analog input signals into digital output codes with a resolution of up to 16 bits.

MAX11190ATE+T Application Field

The MAX11190ATE+T is well-suited for a variety of applications, especially in the industrial and medical device sectors. It is designed for amplitude modulation (AM) signal test and measurement systems, as well as medical imaging equipment and laboratory test/measurement systems. It is ideal for applications where high precision and accuracy are required, as it has low power consumption and a wide dynamic range.

In addition, the MAX11190ATE+T is suitable for a variety of data acquisition and control applications. It is well suited for controlling servo motors or robotic arms in industrial applications, and for video surveillance, medical device monitoring, and communication/telecommunications equipment. It is also suitable for data acquisition systems that process multiple channels simultaneously.

MAX11190ATE+T Working Principle

The MAX11190ATE+T is a single-channel, high-precision, high-speed A/D converter that offers a wide dynamic range and low power consumption. The device operates on 5V and 12V DC supplies and is capable of converting two differential analog inputs into a digital signal in one conversion cycle.

The MAX11190ATE+T incorporates a low-power, high-speed A/D converter, and supports a wide range of applications from low-power, hand-held systems to high-speed, precision systems. The converter features very low power consumption of up to 2.5mW, and a wide conversion speed range from 8kHz to 48MHz. The device has an analog input range of 0V to 3.3V, and an output resolution of up to 16 bits.

The converter also features a built-in system clock generator that provides a series of clocks and supports a variety of clock formats. It includes two configurable analog front-end (AFE) offset adjustment and gain calibration components, and allows for custom AFE settings. It also includes an on-chip temperature sensor, which allows the device to adjust gain and offset according to temperature changes.

The MAX11190ATE+T provides a wide dynamic range and delivers precision A/D conversions. It has a low signal-to-noise ratio and low input charge injection, and is optimized for signal fidelity in multi-channel A/D conversion systems. It also provides integrated signal conditioning, auto-calibration and self-test features.

The device is supported by evaluation kits and software, which are designed to enable code development and testing on an existing platform. It also features an I²C compatible interface for programming and external control and an SPI compatible interface for direct communication with a host processor.

Conclusion

The MAX11190ATE+T is an excellent choice for applications requiring a high-precision, high-speed ADC with a wide dynamic range and low power consumption. It is well suited for a variety of applications, including industrial and medical device test and measurement systems, medical imaging systems, and data acquisition systems. It is optimized for signal fidelity and provides integrated signal conditioning, auto-calibration, and self-test features.

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