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Analog Electronics Workshop Bandwidth

Analog Electronics Workshop Bandwidth. Rev 0.2 March 13, 2013. Using the Gain Bandwidth Product. Dominant Pole. Gain Bandwidth Constant for 20dB/decade slope. Amplifiers where GBW is Different over Different Frequency ranges. Simulation – Noninverting Gain of 100.

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Analog Electronics Workshop Bandwidth

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  1. Analog Electronics WorkshopBandwidth Rev 0.2 March 13, 2013

  2. Using the Gain Bandwidth Product

  3. Dominant Pole

  4. Gain Bandwidth Constant for 20dB/decade slope

  5. Amplifiers where GBW is Different over Different Frequency ranges

  6. Simulation – Noninverting Gain of 100

  7. Bandwidth Limits Inverting Gain vs Noninverting gain

  8. Bandwidth Lab • Simulation • Calculation • Measurement

  9. TINA Exercise-BW

  10. TINA Exercise-BW • Analysis->AC Analysis->AC Transfer Char

  11. TINA Exercise-BW

  12. NI myDAQ Exercise-BW • Populate U2 with OPA333 • Set J2 to pins 2-3

  13. NI myDAQ Exercise-BW • Launch Bode • Start Frequency=100Hz • Stop Frequency=20kHz • Steps=10 • Peak Amplitude=0.05 • Run

  14. NI myDAQ Exercise-BW Lab Results TINA Results

  15. Compare Results

  16. Further Reading

  17. Backup/Extra

  18. Revisions • 0.2 – channgedbw lab. • Changed sim file to include non-inv • corrected inverting gain to 30.83db • Corrected -3db sim. Show that sim model doesn’t match calc • corrected simvs measured. • Added table to compare calc, sim, meas

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