ADIS16COM1/PCBZ

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The ADIS16COM1/PCBZ evaluation board is a versatile tool for use with inertial sensors. It provides designers with the access to the necessary instrumentation for developing and testing sensors that measure acceleration, rate of change in velocity, and linear position. In addition to the evaluation board, it comes with printed circuit boards (PCBs) that allow sensor interfaces, as well as battery supplies.

The board requires the use of a regulated 5 V supply, and it features a separate jumper selector that allows for the configuration of different power supply types. A regulated output of 5 V/4A is provided to enable the connection of other external devices, including a quartz crystal and multiple sensors. The board also features several analog-to-digital converters, as well as a 16-bit digital-to-analog converter.

In terms of its application field, the ADIS16COM1/PCBZ evaluation board can be utilized by designers to test and gain insights into the performance of inertial sensors. Such sensors are commonly used in spacecrafts, aircrafts, automobiles, drones, robotics, and machine automation. Additionally, the board can be used to improve the accuracy and precision of positioning, motion tracking, and navigation in a wide range of fields, such as automotive and medical instrumentation.

The working principle of the ADIS16COM1/PCBZ evaluation board is founded on the sigma delta modulated associated integrators (SDM-AI) architecture. It works based on a continuous series of data points acquired by the sampling and quantization of an analog signal. The values of the data points appear as a series of discrete digital codes. These codes are then integrated and then applied to a sigma delta modulator, which then in turn creates a quantized signal. The signal is then validated and applied to create a serial digital output.

The ADIS16COM1/PCBZ evaluation board allows sensor designers to actionably design and test the proper functionality of inertial sensors with great precision. The multiple analog inputs and outputs make it ideal for testing and validating a large range of sensor applications, such as position, motion tracking, and gravimetric acceleration.

In conclusion, the ADIS16COM1/PCBZ evaluation board provides designers with an optimal platform for testing and developing inertial sensors. It comes equipped with precision analog and digital components as well as a robust sigma delta modulated associated integrators (SDM-AI) architecture. As such, designers can use it to gain insights into the performance of inertial sensors in a wide range of fields, such as automotive and medical instrumentation.

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