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PHY 2100 Standards
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Spring 2015
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Active?NameStandardAssignments/Problems/Labs
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YESL A BL.ORGI can keep an organized lab notebook, and I can organize files on a computer in order to manage my projects.
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YESL.CLEANI can clean and organize my lab station.
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YESL.VIRI can measure current, voltage, and resistance using a multimeter.
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YESL.BBconI can use a breadboard to properly connect a circuit so that it is correct, organized, and easy to trace#1, #2
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YESL.BBtestI can test a circuit on a breadboard and can identify errors in the circuit.#1, #2
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YESL.SENS0I understand how to zero a sensor.
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YESL.CALI can investigate a sensor to find out how the output voltage (of the sensor) is related to the quantity I wish to measure. I can use a calibration curve or function to calculate the quantity based on the output voltage of the sensor. Examples include a thermistor, photoresistor, strain gauge, microphone, etc.
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YESL.OSCI can use an oscilloscope to measure the frequency and amplitude of a signal. I can measure the phase difference between two sinusoidal signals.
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L.GAINI can measure the gain across a capacitor or resistor for a RC circuit with a sinusoidal voltage source.
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YESL.DIODI can properly connect a diode in a circuit and can measure and interpret the I-V curve for a diode.
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YESL.SOLDI can solder a circuit board together using proper techniques, producing good and clean solder joints.
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YESL.BPJI can properly connect a bipolar junction transistor in a circuit, and I can measure the current gain (beta) of the transistor.
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YESL.TRANSampI can build a transistor amplifier to amplify an AC signal.
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L.OPampI can use an op-amp as a comparator and as an inverting or non-inverting amplifier.
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YESL.LOGI can build and test a digital logic circuit with AND, NAND, OR, and NOR gates out of transistors and IC logic gates.
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YESL.RPII can program an Raspberry PI to read analog voltages and digital voltages and I can use the Raspberry PI to output a digital signal based on conditions.
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L.DISSECTI can dissect pieces of electronics and, generally speaking, describe how they work.
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L.XXTBD, if needed
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YEST H E O R YT.FERMII can work order-of-magnitude problems quickly, without the aid of a calculator.
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YEST.VIRI know the definitions and units of current, voltage, resistance, and power.
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YEST.RcolorI can quickly determine a resistor's resistance from banded color codes.
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YEST.SPconI can describe and identify series and parallel connections and can describe how each connection affects current and voltage.
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YEST.IVplotI can interpret an I-V graph.
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YEST.VdivI can apply the voltage divider equation.
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YEST.KIRCHI can apply Kirchhoff's Laws, Ohm's law, voltage divider equation, current divider equation and basic definitions to analyze DC resistive circuits.
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T.SPICEI can use SPICE to simulate a DC resistive circuit.
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T.GAINI can derive the gain across a capacitor and the gain across a resistor for a RC circuit with a sinusoidal voltage source.
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T.PWMI can describe a PWM signal.
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YEST.FOURIERI can analytically determine the Fourier series for a given periodic function.
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YEST.SYMBOLSI can identify and draw circuit component symbols (symbol for resistor, capacitor, etc.).
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YESL A B V I E WLV.labproI can write a LabView program that uses a LabPro for control and data acquisition. The program can output a signal, read a channel, graph data, store data and do basic data analysis (if necessary).
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YESLV.daqI can write a LabView program with a DAQ interface (such as LabPro) and sensors to accomplish a given experiment that may include both outputs and inputs.
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LV.fourierI can write a LabView program to do a Fourier transform on a periodic voltage and can measure the frequencies and amplitudes of the harmonics.
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YESLV.queI can write LabView programs using a queue-based state machine structure.
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LV.XTBD, if needed
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LV.XXTBD, if needed
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