Accelerometer

Key Points Product: Q-Flex Quartz Accelerometer Key Features: Components: High-purity quartz pendulum design with a closed-loop feedback system for precise acceleration measurements. Function: Provides accurate, stable acceleration data, with low noise and good long-term stability, especi...

Key Points Product: Quartz Flexure Accelerometer Key Features: Components: Employs quartz flexure technology for high sensitivity and low noise in measuring acceleration. Function: Suitable for both static and dynamic acceleration measurements, with minimal impact from low-pressure enviro...

Key Points Product: High Temperature Accelerometers Key Features: Components: Designed with advanced materials and technologies, such as amorphous quartz structures for enhanced stability. Function: Provide reliable and accurate data in extreme environments, crucial for safety and perform...

Key Points Product: Quartz Flexible Accelerometer Key Features: Components: Uses high-precision quartz flexible accelerometers for accurate acceleration and tilt measurements. Function: Vibration analysis helps identify sensor error coefficients, improving measurement accuracy and perform...

Key Points Quartz Accelerometer Pros: High accuracy, stable, wide range, robust Cons: Larger, expensive, high power Best for: Precision applications (e.g., aerospace) MEMS Accelerometer Pros: Compact, low cost, low power Cons: Lower accuracy, limited range Best for: Consumer electronics, portable...

"An in-depth analysis of the testing methods for the bias (zero bias) and scale factor of quartz flexible accelerometers is provided, including specialized techniques such as four-point rolling test and two-point test, as well as the calculation formula for temperature sensitivity. This is...