Texas Instruments provides a layout and routing guide in the ADC10061CIWMX Evaluation Module User's Guide (SLAU445) that should be followed to achieve optimal performance. This includes guidelines for placing the ADC, routing the analog and digital signals, and minimizing noise and interference.
The ADC10061CIWMX has an internal calibration mechanism that can be used to calibrate the ADC. The calibration process involves writing specific values to the ADC's registers to adjust the offset and gain of the ADC. The calibration procedure is described in the ADC10061CIWMX datasheet (SBAS524) and the ADC10061CIWMX Calibration Guide (SLAA644).
The maximum sampling rate of the ADC10061CIWMX is 1 MSPS (million samples per second). However, the actual sampling rate that can be achieved may be limited by the system's clock frequency, the ADC's conversion time, and the interface protocol used to communicate with the ADC.
Yes, the ADC10061CIWMX can be used in a multi-channel application. The ADC has a built-in sequencer that allows it to convert multiple channels in a sequence. The sequencer can be programmed to convert up to 16 channels in a single sequence. Additionally, multiple ADC10061CIWMX devices can be used in parallel to increase the number of channels.
The ADC10061CIWMX has a SPI-compatible interface that can be used to communicate with a microcontroller or FPGA. The interface protocol is described in the ADC10061CIWMX datasheet (SBAS524) and the ADC10061CIWMX Interface Guide (SLAA643). Texas Instruments also provides example code and interface diagrams for popular microcontrollers and FPGAs.
ADC10061CIWMX datasheet
by Texas Instruments
