EVAL-ADXL312Z

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The EVAL-ADXL312Z is a current-output MEMS accelerometer from Analog Devices intended for a variety of sensing applications. It provides a high-sensitivity, low-noise acceleration measurement in three directions, along the X, Y, and Z axes. Its two-wire serial peripheral interface (SPI) ensures an easy communication with the host controller. The EVAL-ADXL312Z consists of two parts, the ADXL312Z MEMS accelerometer and the EVAL-ADXL312Z evaluation board which is a full featured evaluation board. This application note discusses the application field and working principle of EVAL-ADXL312Z.

The EVAL-ADXL312Z evaluation board can be used in a wide range of acceleration sensing applications. It can be used in automotive, military, industrial and consumer applications. These applications include tilt sensing, gesture recognition, vibration monitoring, level sensing and the like. The board has two mounting holes, which can be used to mount the board in a variety of orientations for various applications. It is also suitable for use in applications such as robotics, flight control, gesture recognition, user interface and gaming.

The ADXL312Z MEMS accelerometer on the EVAL-ADXL312Z board has an integrated on-chip temperature compensation system. This system ensures that the device is able to measure accurately over a wide range of temperatures. It also provides a high level of accuracy in smaller temperature changes and in higher temperature gradients. The accelerometer also has a low-noise and low power consumption mode, allowing for reduced power consumption in applications such as mobile phones and wearable devices. The device has a low power sleep mode, which reduces power consumption further when not in use.

The EVAL-ADXL312Z board is based on the ADXL312Z MEMS accelerometer which measures acceleration through the use of two capacitors placed one in front of the other. As acceleration forces move the internal mass between these two capacitors, the amount of capacitance between them changes accordingly. This change in capacitance is then converted into a corresponding output voltage. The output voltage is digitized by an internal analog-to-digital converter and sent out to the host controller over the two-wire serial peripheral interface (SPI).

The EVAL-ADXL312Z also features two separate sets of jumper settings which allows the user to select a range of output voltages. These ranges can be used for various applications such as low-g (30V) and high-g (90V) sensing. The board also comes with a separate “Test” jumper, which allows the user to test the functionality of the board by shorting the jumper to “Run” and measuring the output voltage. Finally, the board also features an LED indicator which turns on when it receives a signal over the SPI.

In summary, the EVAL-ADXL312Z evaluation board is a full featured evaluation board that can be used in a wide range of acceleration sensing applications. The board is based on the ADXL312Z MEMS accelerometer which provides a high level of accuracy and low noise in applications. The board is also equipped with two sets of jumper settings for selecting a range of output voltages, and an LED indicator which provides visual indication when a signal is received over the SPI. By combining the board with the ADXL312Z MEMS accelerometer, users can accurately and easily measure acceleration in three directions, along the X, Y, and Z axes.

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