While both measure motion, shock sensors are typically optimized for detecting high-magnitude, short-duration impacts, whereas accelerometers are designed for continuous motion or orientation tracking.
Shock Sensors Component Intelligence
Precision impact detection for industrial and consumer safety systems.
What are Shock Sensors components?
Shock sensors convert mechanical impact into electrical signals. Selection depends on the required G-force threshold, frequency response, and mounting method. Piezoelectric types are standard for high-sensitivity, low-power applications like tamper detection.
How to Choose Shock Sensors Components
Selecting the right shock sensor requires balancing sensitivity with environmental noise rejection.
G-Force Threshold
Define the minimum and maximum impact force required to trigger the sensor to avoid false positives.
Sensing Technology
Choose between piezoelectric for high sensitivity or MEMS-based accelerometers for integrated digital output.
Frequency Response
Ensure the sensor bandwidth captures the specific impact profile of your application.
Mounting & Form Factor
Consider PCB-mount vs. chassis-mount options based on your mechanical enclosure design.
Power Consumption
For battery-operated devices, prioritize sensors with low-power sleep modes and interrupt-driven wake-up.
Popular Shock Sensors Components
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