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Physics 434 Module 1, week 2

Physics 434 Module 1, week 2. Review the pretest Finish (by today) the preliminary voltage-divider analysis VI. Wire up the FET current-control device. The FET: why do we need it?. The IRF511 power MOSFET Transistor. Set the voltage here…. And measure the voltage and current here.

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Physics 434 Module 1, week 2

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  1. Physics 434 Module 1, week 2 • Review the pretest • Finish (by today) the preliminary voltage-divider analysis VI. • Wire up the FET current-control device

  2. The FET: why do we need it? The IRF511 power MOSFET Transistor. Set the voltage here… And measure the voltage and current here

  3. Requirements for your VI • Data: • current and voltage vs. applied voltage. (Nearly identical to the plot you made for the simple divider) • A hint: do not assume the “22” resistor really is! • Analysis: • Resistance vs. current for the bulb • Comments: • Beware that you will need to introduce a delay from changing the current to measuring the resulting voltage and current. Think about how to decide how much you need • The current setting of the DC voltage VI is for -10 to +10 volts: you get more accuracy if you reduce it to the range that you really need. (If you do so, this should be mentionied in your documentation

  4. Use vi libraries (llb files) • Get from tools | VI library manager • Use New to make a new llb file • Advantages • Behaves like a folder (in Windows at least): drag/dropdouble-click to open … • SubVI’s are automatically found • Can (should) use to submitmultiple VI’s to E-submit

  5. Graph demo updated to show multiple plots

  6. Turning in your VI(s) • Edit | Make current values default – needed to record your results • File | VI properties | Documentation: write a little report, containing your name(s), purpose of the VI, implementation features, conclusions.

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