MAX11647EUA+T

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Data Acquisition – Analog to Digital Converters (ADC)
The MAX11647EUA+T is a 12-bit Analog-to-Digital Converter (ADC) designed for high speed, low power applications in a small outline surface-mount package. This ADC is a single-channel, self-calibrating, low power, 12-bit SAR (successive approximation register) converter offering a wide variety of features, setting it apart from competitors on the market. The combination of its high accuracy and low power operation makes it ideal for precision hand-held instrumentation and power-sensitive applications.

The core of the MAX11647EUA+T ADC is a 9 µs successive approximation register (SAR) that can convert signals up to 10 MSPS (mega samples per second). Self-Cal technology offers low noise, high accuracy and fast conversion with output resolutions of at least 1 in 4096 apart. A low power, wide dynamic range input stage employs a differential-input architecture with a two-step dual-slope operation to translate the analog input into discrete digital codes. The conversion process produces 12-bit digitized samples. Unlike its competitors, the MAX11647EUA+T does not recover any information from the input signal periodically. Therefore, the digital output from the ADC is not affected by any noise in the input signal.

In addition to the 12-bit resolution, the MAX11647EUA+T features a wide variety of features including an internal voltage reference, externally selectable sample rate, differential or pseudo-differential input capability and self-calibration functionality. The internal voltage reference allows the ADC to operate with a wide input range of up to 12.5V of common mode voltage, while the externally selectable sample rate allows the user to select the best sample rate that suits their application. The differential input capability allows the user to take advantage of true differential measurements. The self-calibration feature ensures that the MAX11647EUA+T can maintain a high level of accuracy over the course of its lifetime.

The MAX11647EUA+T has excellent dynamic performance and supports speeds up to 10 MSPS. This speed is equivalent to a 12-bit ADC running at 8.192 MHz. The low power operation also allows the device to operate from a single supply and typically consumes only 2 to 3 mW of power depending on the number of bits and the sample mode used. This makes the MAX11647EUA+T the ideal choice for applications with limited power requirements, such as portable instruments or battery-operated devices.

The MAX11647EUA+T has many applications in precision instrumentation, data acquisition, medical imaging and scan and measure systems. Its combination of low power operation and wide dynamic input range makes it suitable for use in battery-powered hand-held instrumentation and medical imaging. The low noise, high accuracy and fast conversion make it perfect for scan and measure applications, such as printed circuit board test and line scan inspection. Additionally, the MAX11647EUA+T can be used for data acquisition in industrial applications, such as sensor monitoring and process control.

In summary, the MAX11647EUA+T is a single channel, self-calibrating, low power, 12-bit analog-to-digital converter, offering a wide variety of features, making it ideal for precision hand-held instrumentation, power-sensitive applications, data acquisition, medical imaging and scan and measure systems.

The specific data is subject to PDF, and the above content is for reference