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LabRecon allows a student, educator, hobbiest, or engineer to rapidly and inexpensively create graphical interfaces for data acquisition, control, robotics, and simulation. |
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The software is free to use for simulation & sensor selection with sample projects for physics, dynamics, mathematics, & engineering. |
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LabRecon chips & hardware can be purchased to provide a physical interface between the software and sensors and control devices. |
| No programming knowledge needed | ||
| Intuitive drag/drop and wiring methods | ||
| Mathematical and logic functions | ||
| "Measurement Wizard" with built-in database of over 500 sensors | ||
| Sensor interface circuit design | ||
| Configurable display objects | ||
| Web page server for data view & control | ||
| TCP Interface for C++, Java, Python, Javascript, VB, ... |
| The LabRecon chip is software configurable for combinations of these pin functions: |
| 8 analog inputs, |
| 4 PWM outputs (2 Directional), |
| 4 servo outputs, |
| Outputs for 2 Stepper Motors, |
| 7 On/Off outputs, |
| Inputs for 1 Quadrature Encoder, |
| 2 count/frequency inputs, |
| I2C for 24-bit ADCs, 16-bit DACs. |
Simulation created to demonstrate integration of circle area
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LabRecon serves as a free educational tool, allowing teachers and students to create simulations for demonstration and analysis. One can open any of the 50 included example projects or create new ones. |
| Calculus, |
| Differential Equations, |
| Special/General Relativity, |
| System Dynamics, |
| PID Control Dynamics, |
| Circuit Models, |
| Curvefitting, |
| Statistics, |
| Power Efficiency. |
** only for 10.7 "Lion" to 10.14 "Mojave" |
| Copyright 2019, Recon Industrial Controls Corporation |