SUMMARY
To convert voltage to acceleration using an accelerometer, the output voltage (2.5 V) is divided by the sensitivity of the accelerometer (9.9 mV/g). This calculation yields acceleration in g (gravitational units). The formula used is voltage divided by sensitivity, expressed as V/(mV/g) = g. Understanding unit conversion is essential, as units behave like variables in algebra.
PREREQUISITES
- Basic understanding of unit conversion
- Familiarity with accelerometer specifications
- Knowledge of voltage measurement units (V and mV)
- Elementary algebra skills
NEXT STEPS
- Study unit conversion techniques in physics
- Learn about accelerometer specifications and sensitivity
- Explore practical applications of accelerometers in engineering
- Review algebraic principles related to dimensional analysis
USEFUL FOR
Engineers, students in physics or engineering disciplines, and anyone involved in sensor technology or data acquisition systems will benefit from this discussion.