Calculate the capacitance C = 330 ) Determine the percent error between the calculated capacitance and the value on the capacitor (330 Serrer= | calculated 2305 | * 100% = 10 What is the maximum charge for the capacitor in this experiment approximately? Charge equals capacitance divided by voltage, or 0.000330 F/4.00V, or 0.001 C. 10.40 50 100 Questions Use the graph to determine the time to hali-max = 1. The time to 'half-max' is the x-coordinate' Voltage Graph W AX IR Duta - X. Drag the corner of the Smart Tool to the point where the voltage is about 2 volts. Move the cursor to the point on the plot where the voltage begins to rise. Use the built-in analysis tools in the graph display to find the time to 'hali- max. Rescale the graph display if needed 4 Expand a region of the graph display Use the Zoom Select tool in Capstone to click-and-draw a rectangle over a region of the plot of voltage versus time that shows the voltage rising from zero volts to the maximum volts 5. Data recording will continue for 20 seconds and then stop automatically 3. In Capafone, click Start' to begin recording data Watch the graph display of voltage versus time 2.
#PASCO CAPSTONE HELP PAGE PATCH#
Plug the banana plug patch cards from the 'OUTPUT port of the PASCO 750 Interface into the barana jacks on the board Procedure & Analysis 1. Put alligator dies on the voltage sensor leads and connect the alligator clips at each end of the capacitor 7. Connect a vire lead between spring clips at the let end of the resistor and capacitor. Place a 330 microfarad (F) capacitor in the pair of spring clips nearest the bottom banana jack on the board. Set up the circuit shown in the illustration Place a 1000-omresistor (brown, black red in the pair of spring is nearest to the top banane jack at the lower right comer of the AC/DC Electronics Laboratory board. Data recording is set to op automatically after 20 seconds 4.Sigral Camera Putive Sue Wave : 4000 : 0.100 H
#PASCO CAPSTONE HELP PAGE GENERATOR#
The signal generator is set to 'Auto' so it will start and stop automatically when you start and stop measuring cata. The signal generator is set to output a 4-volt positive only square wave at 0.100 Hz. The file opens with a graph display of voltage versus time and a signal generator window for controlling the output from the interface.Connect banana plug patchcords into the OUTPUT ports on the PASCO 750 Interface 3. Connect the voltage sensor into the interface. Set up the PASCO 750 interface and computer and start Capstone 2.
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