User:Jacob R Jaramillo/Notebook/Electron Spin Resonance

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Safety

SJK Incomplete Feedback Notice
Incomplete Feedback Notice
My feedback is incomplete on this page for two reasons. First, the value of the feedback to the students is low, given that the course is over. Second, I'm running out of time to finish grading!
SJK 22:27, 19 December 2009 (EST)
22:27, 19 December 2009 (EST)
  • As always when dealing with electricity, use caution when dealing with large amounts of current and voltage, making sure not to touch any exposed metal especially when inserting and removing banana clips.
  • Consistently check the temperature of the capacitors as the AC transformer can easily overload the capacitors and burn them out or if the capacitors are connected in reverse they can easily be damaged.


Equipment

  • Hewlett-Packard Triple Output Supply, Model 6236B
  • ESR Adapter, GMBH 51456
  • Dual Display Multimeter, Model Fluke 45
  • ESR Basic Unit, Model GMBH 51455
  • Digital Volt Meter, Model Wavetek 85XT
  • Special dual adapter for FLUKE Dual Display Multimeter
  • Phase Shifter
  • 2 Helmholtz Coils, Model GMBH 55506
  • 2 Capacitors 25v470 uF
  • Tektronix Oscilloscope, Model TDS 1002
  • Variac Autotransformer, Model W5MT3
  • Banana Cables
  • SOAR DC Power Supply, Model PS-3630
  • Transformer (6.3V-117V)

Procedure

Procedure was completed as explained in Prof Gold's Lab Manual

Electronspinsetupjj.jpg

Figure 1: Electron Spin Resonance Setup

Electronspincoilcloseup.jpg

Figure 2: Coil Close up

Electronspincoilsjj.jpg

Figure 3: Coils


Data

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Coil 1

gs = 1.749 (0.014)

gs % error = 12.68%

Coil 2

gs = 1.762 (0.047)

gs % error = 12.03%

Coil 3

gs = 1.825 (0.017)

gs % error = 8.89%


Coil1jj.jpg

Figure 4: Coil 1 current vs frequency


Coil2jj.jpg

Figure 5: Coil 2 current vs frequency


Coil3jj.jpg

Figure 6: Coil 3 current vs frequency


Summary

Electron Spin Resonance Summary

Notes

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