IDTADC1005S060TS-C18

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The IDTADC1005S060TS-C18 is a high-performance monolithic analog-to-digital converter. It is specifically designed for large scale industrial applications requiring high accuracy and resolution, low distortion and low power dissipation.

The IDTADC1005S060TS-C18 is a fully differential SAR-Type (Successive Approximation Register) ADC that performs sampling, peak detection, and conversion at a rate of 60 million samples per second (Msps). The device achieves very high resolution with a 16-bit conversion resolution. The differential input range is ±2.4V, with a maximum input voltage range of ±1V. The low noise performance results in a Signal-to-Noise Ratio (SNR) of up to 85 dB (typically).

The device is powered by a single 3.3 V supply and provides single ended or differential output modes. The output data is presented in either 12-bit linear or 14/16-bit companded formats. The low power operation means the device consumes only 350 mW of power, allowing it to be used in battery operated applications.

The IDTADC1005S060TS-C18 is suitable for data acquisition in telecommunications, industrial control, and scientific applications. It is also used in medical imaging systems such as CAT and MRI scanners. The high speed and low power requirements mean the device is ideal for portable medical devices, such as an ECG monitor. Data acquired from the device can be stored in onboard memory, transmitted to other equipment, or used for offline analysis.

The working principle used by the IDTADC1005S060TS-C18 is based on the successive approximation (SAR) technique. The SAR technique involves the successive comparison of the unknown analogue input signal with a reference voltage. The device uses a serial shift-register architecture to convert the analog input to a corresponding digital output. The process begins with the input signal being fed into a sample-and-hold loop, where it is stored and held constant. This signal is then converted to digital equivalent through successive approximation by the comparator and logic circuit.

The first comparison is with the maximum voltage level. Based on the result of the comparison, the output is either 0 or 1. This output is then put back into a register, and this process is repeated successively until all 16 bits of the output are determined. The result is then presented as an output on the data lines. The process is then repeated for the next sample.

Overall, thanks to its high accuracy, low distortion and power efficiency, the IDTADC1005S060TS-C18 is suitable for a wide variety of applications that require high resolution analog-to-digital data acquisition. Its user-friendly architecture, low power operation, and flexible output format make it an attractive choice for many industrial and scientific systems.

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