HSS-10G-10W-N

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Shock Sensors are sensors that detect sudden, rapid acceleration changes in a system. In particular, they are designed to detect vibrations and impacts due to acceleration. A shock sensor typically consists of an accelerometer and a threshold feature. The accelerometer detects the actual changes in acceleration while the threshold feature is used to determine if the values detected exceed a predetermined threshold or not.

HSS-10G-10W-N is one type of shock sensor specifically designed to detect sudden acceleration changes over the range of 10-1000 Hz and 10-200g. It is a self-powered, single-axis micro-machined magnetic sensing device which uses a Hall Effect element for sensing the magnetic field accompanying the acceleration force.

The application field of HSS-10G-10W-N includes automotive systems, monitoring of rotating machinery, tracking of physical events, vibration analysis, and robot navigation systems. For example, the sensor can be used to detect the vibration of car and truck transmissions, axles, or differential units. It can also be used to monitor the vibration of turbomachinery, pumps, rotors, and motors. In addition, HSS-10G-10W-N can be used to detect the vibration associated with physical events such as an earthquake, explosion, or avalanche.

The working principle of HSS-10G-10W-N is relatively straightforward. In response to a sudden acceleration, the HSS-10G-10W-N produces a voltage output proportional to the intensity of the acceleration. The output voltage then passes through a voltage threshold circuitry, and if the voltage exceeds the pre-determined threshold, a signal is sent to the microcontroller to initiate a reaction. This reaction can be in the form of an alarm, a shutdown of a system, or data collection for later evaluation.

HSS-10G-10W-N is an ideal shock sensor for applications requiring single-axis monitoring of acceleration over a wide frequency and amplitude range. Its small size and low power consumption make it ideal for monitoring vibration with low power consumption, and its robust design makes it suitable for harsh environments. In addition, it is highly durable, with the ability to withstand harsh environmental conditions, making it a reliable and long-lasting shock sensor for a variety of applications.

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