T201-7C2

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Specialized Sensors are used in many applications and the T201-7C2 is one such device. This device has been designed and manufactured for underwater and seismic data collection. It can measure accelerations and decelerations in three directions (X,Y,Z) and record the information in digital form.

The T201-7C2 is a three-axis accelerometer designed to measure small changes in acceleration and deceleration along three axes. It is an innovative device that combines state of the art technology with highly specialized electronics engineering and mechanical design. The device’s sensitivity is greater than 0.001m/s2 and its accuracy is better than 0.05m/s2.

The T201-7C2 is an ideal choice for applications that require reliable, repeatable and precise acceleration and deceleration data. It provides accurate and reliable measurements of the acceleration or deceleration in any given direction. The three-axis design ensures that the measured values are calculated from the linear sum of acceleration values of the three axes. This ensures that any minor disturbances are taken into account and the value closest to the actual acceleration or deceleration is calculated.

The T201-7C2 has a wide range of application fields. It is generally used for underwater and environmental research, civil engineering, seismic data acquisition, monitoring of structural displacement, vibration analysis, and to monitor critical machinery for risk of failure. It is also used in scientific experiments, industrial automation, and data acquisition for robotic applications.

In addition to measuring acceleration and deceleration, the T201-7C2 has the capability to record and analyze data through a serial communication port. It is designed to store data in a digital format with different sampling rates. The device can store up to 16GB of data and includes a 4GB removable memory chip. The device also has a filtering function that allows users to select the information they want to store.

The working principle of the T201-7C2 is based on the technology of the MEMS (Micro Electro Mechanical System) accelerometer. It contains sensing components that are on a silicon substrate. The detection mechanism of the device works by sensing the mechanical "g" forces that cause accelerations and decelerations. The sensing components transfer these "g" forces through small springs to an electrical contact that is connected to a signal conditioner. The signal is then amplified and filtered before it is sent to a data acquisition system for storage and analysis.

The T201-7C2 is a powerful tool for accurately measuring small changes in acceleration and deceleration in three directions. Its highly specialized design makes it an ideal choice for many applications where highly accurate and reliable measurements are required. Its high-end capabilities, wide application range, and digital data storage make it a great choice for researchers, engineers, and scientists.

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