MAX11600EKA+T

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Data Acquisition - Analog to Digital Converters (ADC) refers to an electrical circuit which converts analog signals into digital signals. Converters are used for many different applications, including the use of the MAX11600EKA+T ADC. The MAX11600EKA+T is a 16-bit serial input, high performance ADC. It has a fast 1.8V supply and provides 1.2μV input offset and 1μV input noise, making it suitable for precise and fast data acquisition.

The MAX11600EKA+T ADC has a wide range of applications, such as medical and industrial instrumentation, sound recording and control systems. It has a selectable sampling rate of up to 250 ksps, making it suitable for high speed data acquisition applications. The input is selectable between single ended or differential mode and the maximum common-mode input voltage of 3.3V is suitable for interfacing with single-supply sensors.

The ADC outputs digital values as a serial bit stream using either a CMOS or TTL-compatible interface. The implemented low-pass filter and output format conversion also provide improved signal integrity and throughput. In addition, the ADC also provides a power-down mode, allowing the system to run on less than 50 μA of current, making it ideal for embedded systems.

The ADC uses delta-sigma processes to convert analog signals into digital signals. This process starts with the input signal being sampled using the sample-and-hold circuit of the ADC. The sampled signal is then compared with a known reference voltage at the input of the first integrator. The comparator output is passed to two integrators in the next stage, where they compare the input with the output of the first integrator. The result of this comparison is passed to a digital decimation filter and is converted into a digital bit-stream.

The MAX11600EKA+T ADC is a versatile converter, capable of handling a wide range of analog signals. Its fast sample rate and low-noise performance make it suitable for many different applications. Its sample-and-hold operation and delta-sigma processing provide accurate and low noise digital outputs, making it an ideal choice for applications where precision is required.

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