Real-time graphing and calculations from Floating Point Processor-even instant calculations on live data as it is collectedīuilt-in graphing calculator with ex pression editor.īuilt-in dual independent function generators.ģ20 x 240 backlit transflective LCD grayscale displaysĨ Total, including built-in Sound Sensor, Voltage Sensor, and Temperature Sensors ( 2 ).Ĥ dedicated: Sound, Voltage and 2 Temperatureĥ0 MHz FPU: Real-time graphing and instant calculations from Floating Point Processor. PASCO Capstone is a feature-rich data acquisition, visualization, and analysis program designed for advanced science education. Includes 2 temperature, sound and voltage sensors.ġ2 MB Internal Memory - Useful for high data collection rates and storing multiple data files. Readable in a dark room as well as sunlight.Ĩ sensor ports total-4 dedicated for included sensors and 4 open ports. Large 320 x 240 backlit transflective LCD grayscale display.
Also, co nnect to a computer and unleash the full power of the new PASCO Capstone software. Plug in the Motion Sensor II to the PASCO interface, with the yellow plug in the first input and black plug in the second input. To start, turn on the computer and start up the PASCO Capstone software. the Xplorer GLX captures, analyzes, annotates, stores and prints data quickly and seamlessly, without being co nnected to a computer. We will be using the PASCO Motion Sensor II to detect position and velocity, and will be recording the data in a plot using PASCO Capstone software. The world's first graphing logger for science that truly stands alone.
Graphs, tables, digits, and meter displays Once those measurements on the graph are selected to match the measurements on the table, the data will match between the table and the graph. Large backlit LCD - visible in both sunlight and low lightĤ universal sensor ports - use with over 60 PASPORT sensorsĤ built-in sensors ( 2 temperature, sound, voltage )Ĭollect Data in the Classroom or the Field How do I create a graph from data that is in a table By creating a graph, you can select the axes of the graph to be the measurement name that is selected for the data within the table.
The GLX is scheduled to be disco ntinued and a limited quantity of them remain. If playback doesn't begin shortly, try restarting your device.
But its long and successful run is coming to an end. CAPSTONE 2.0 is out now Free Upgrade for Capstone 1.x users Updated with new tools Designed specifically to collect, display and analyze data in physics and engineering labs. Xplorer GLX - PS-2002 Data Logger Pasco Scientificįor over a decade the Xplorer GLX datalogger has been used in thousands of science classrooms around the world. PASCO Advantage: PASCO Capstone can graph the motion in phase space and superimpose the Poincare plot in real time, showing students how the motion in phase space relates to actual motion of the oscillator.Detail Xplorer GLX - PS-2002 Data Logger Pasco Scientific
This is achieved by recording the point on the phase plot once every cycle of the driver arm as the driver arm blocks a photogate. The Poincare plot is also graphed in real time and superimposed on the phase plot. the displacement angle of the oscillation. A real-time phase plot is made by graphing the angular velocity vs. The angular position and velocity of the disk are recorded as a function of time using a Rotary Motion Sensor. Magnetic damping can be adjusted to change the character of the chaotic motion. The frequency of the sinusoidal driver can be varied to investigate the progression from predictable motion to chaotic motion. A point mass on the edge of the aluminum disk makes the oscillator nonlinear. The oscillator consists of an aluminum disk connected to two springs. These plots are compared to the motion of the pendulum when it is not chaotic. The chaotic behavior of a driven nonlinear pendulum is explored by graphing its motion in phase space and by making a Poincare plot.