EVAL-AD7651EDZ

The EVAL-AD7651EDZ is an easy to use evaluation and development board for Analog-to-Digital Converters (ADC). This evaluation board provides a platform for accurately evaluating the data conversion performance of the AD7651 10-bit, 8-channel ADC with a high level of flexibility. This article will provide some information about the application field and the working principle of the EVAL-AD7651EDZ.

The EVAL-AD7651EDZ board is used for the evaluation of the AD7651 ADC itself, its features and functionality. The evaluation board contains a micro-controller, which communicates with the ADC over a serial interface. The board features a power supply input, a programming port, an input multiplexer and two analog inputs. It is possible to control the Gain and Offset parameters of the ADC from the micro-controller. The EVAL-AD7651EDZ also supports a voltage range of ±10V.

The EVAL-AD7651EDZ evaluation board is suitable for many applications. One of these is data acquisition and control. In this case, the ADC can be used to read in data from the environment, such as temperature and humidity, and then control an actuator accordingly. In addition, the ADC can also be used for medical diagnostics, as it is capable of measuring low voltage signals such as ECG and EEG signals. Furthermore, the EVAL-AD7651EDZ can be used in the automotive industry for safety and comfort applications.

The working principle of the EVAL-AD7651EDZ is relatively simple. The board features a micro-controller, which communicates with the ADC over the serial interface. The micro-controller sends the sampling command to the ADC and it transmits the data back to the micro-controller. The micro-controller then converts the digital data into the analog input signal. The ADC can be controlled from the micro-controller via the programming port to adjust the gain and offset parameters.

The EVAL-AD7651EDZ evaluation board provides a flexible and convenient platform to evaluate the data conversion performance of the AD7651 ADC. The board features a power supply input, a programming port, an input multiplexer, and two analog inputs. The board is suitable for many applications, such as data acquisition and control, medical diagnostics, and automotive applications. The working principle of the board is based on a micro-controller, which communicates with the ADC over a serial interface.