BU-23173-000

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Motion Sensors, and specifically Accelerometers, are commonplace tools for detecting shifts in velocity, orientation, and acceleration in fields such as consumer electronics, aerospace, and automotive. BU-23173-000 is a highly accurate accelerometer developed by Honeywell that is particularly well suited for operation in critical applications such as aerospace, defense, and medical. This paper provides an overview of BU-23173-000’s operating principles as well as its application fields.

Basic Principles and Features

BU-23173-000 is an accelerometer built on a piezoelectric sensing element. This element is installed in a quartz frame to measure linear and/or angular acceleration. The output of the device is in the form of a digital signal, typically 0-5V or 0-1V, which is then supplied to a controller or processor. The sensor is calibrated and pre-assembled with an I2C or SPI interface, enabling it to be rapidly integrated into an existing system. Additionally, the accelerometer can be configured with different ranges, from ± 2 g to ± 250 g, and up to 12 g of shock and vibration resistance. These features make BU-23173-000 an attractive option for both industrial and consumer applications.

Fields of Application and Key Features

BU-23173-000 is designed for a range of applications where motion sensing is of utmost importance. These include aerospace and defense applications, autonomous vehicle navigation, medical diagnostics, agriculture, and more. The key features of the BU-23173-000 that make it especially suitable for these applications include: high accuracy and reliability, low power consumption, wide operating temperature range, and low noise signal responses. Also, the accelerometer’s small form factor and low cost make it an attractive choice for consumer electronics.

Use Cases

Aerospace: BU-23173-000’s excellent accuracy and wide operating temperature range make it an ideal choice for aerospace applications. In this context, the accelerometer can be used to track the speed of an aircraft, or to measure acceleration during flight. The device’s high shock and vibration protection also enable it to withstand the impacts of hostile environments.

Autonomous Vehicle Navigation: The accelerometer’s high accuracy and precision make it perfectly suited for applications related to the navigation of autonomous vehicles. This has become increasingly important as the push to develop self-driving cars grows. BU-23173-000 can be used in conjunction with other sensors to accurately detect the speed, acceleration, and direction of the vehicle.

Medical: The BU-23173-000 can also be used in medical diagnostics to measure the motion of joints, thereby providing additional insight into their functional stability. In addition, the accelerometer is also being explored for use in the development of wearable motion trackers for healthcare patients.

Conclusion

The BU-23173-000 is an accurate and reliable piezoelectric accelerometer that can be used for a range of applications, from aerospace to medical diagnostics. Its high accuracy, wide operating temperature range, and small form factor make it an attractive choice for critical and consumer applications alike. While the current use cases of the device are still limited, it is possible that the expansion of its use cases may continue in the future.

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