SEN-10530

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SEN-10530 is a multi-functional, low-power, high-precision nodal force sensor. It adopts capacitive technology as the load-sensing element and is capable of measuring the low-frequency, limited range and high-precision force. It is a cost-effective tool for measuring and analyzing forces and providing a number of important parameters for next-generation robotic systems, industrial robots, human-machine interfaces, medical and rehabilitation equipment.

The SEN-10530 evaluation board contains an on-board memory module for storing up to 16 force/torque combinations. The force/torque combination can be displayed in either graphical or numerical format on the LCD display panel. The evaluation board also includes data conversion processing and level-shifting networks for connecting to external systems. In addition, the board features a wrist mounted flange with a three-axis accelerometer and two-axis magnetometer, enabling navigation depth sensing and position tracking.

The capacitive force sensor is a two-state system-in which a load-sensing element changes its state depending on the measured force. The capacitive load-sensing element works by converting the electrical energy generated as a result of the force into an electrical signal. This electrical signal is then used to create a mathematical model which is then used to monitor and detect changes in the force. The load-sensing element is also connected to the microcontroller, which processes the data and outputs the result.

In addition, the SEN-10530 evaluation board includes an on-board processor to perform data processing. This processor includes an advanced algorithm to detect and identify force data. The processor also contains an on-board recording capability and provides a variety of formatting options for data analysis. The processor is also capable of making real-time data comparisons and enables the user to analyze the data according to signal strength and frequency. It also supports automatic compensation of temperature variation, which helps take account of any environmental influences on the measurements.

The SEN-10530 also contains a number of inputs and outputs for connecting to external devices like robot arms, actuators, or displays. It includes an I/O connector, enabling external systems to connect to the force sensor using a SPI/I2C interface. The board also comes with a voltage reference, allowing the sensor to detect force range and threshold values. The on-board processor can also detect pre and post scale values, which helps eliminate the need for adjusting individual analog input values.

The SEN-10530 evaluation board can be used to measure and analyze data in small and medium scale applications. It is ideal for measuring and analyzing forces and supporting various intelligent robot control systems. Its high precision and low-power design make it suitable for both industrial and consumer applications. Its onboard memory module and integrated processor makes it extremely efficient in recording, analyzing, and controlling force readings.

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