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Applied Electronic Circuit

Applied Electronic Circuit. Report 3 2010103819 최법경. Contents. Complex number calculation Complex Exponential Linear system Phasor RC-circuit Defferentiator Integrator Bode plot Negative Resistance Converter supplying source into Op Amp circuit. Complex number calculation.

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Applied Electronic Circuit

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  1. Applied Electronic Circuit Report 3 2010103819 최법경

  2. Contents • Complex number calculation • Complex Exponential • Linear system • Phasor • RC-circuit • Defferentiator • Integrator • Bode plot • Negative Resistance Converter • supplying source into Op Amp circuit

  3. Complex numbercalculation • Complex Exponential • (단위시간당 도는 정도) • If w=const(정해졌다면) (rcoswt, rsinwt)=rcoswt+jrsinwt →

  4. Complex numbercalculation

  5. Complex numbercalculation • Linear system 크기, 위상만 바뀐다.

  6. Complex numbercalculation • Phasor

  7. Complex numbercalculation • Phasor에서 time function 구하기

  8. Complex numbercalculation Re{입력의 phasor전달함수 } =>출력

  9. Complex numbercalculation • RC-circuit • ∠0

  10. Complex numbercalculation • Differentiator ( 미분기 )

  11. Complex numbercalculation • Differentiator phasor • ∠0

  12. Complex numbercalculation • |H| • H wRC w wRC w

  13. Complex numbercalculation • 실제 쓰이는 미분기 회로 0.707 미분기 반전증폭기 High pass filter

  14. Complex numbercalculation • Integrator • 반전 증폭기이기 때문에 만큼 shift 0.707

  15. Bode plot 기울기=20dB/dec W가 10배 늘어나면 20씩 떨어진다. 3dB

  16. Bode plot • 인 를 이라하고 상수

  17. Negative Resistance Converter(NCR) 1V -1V

  18. supplying source into Op Amp circuit + + Bypass capacitor Decoupling Capacitor = + Capacitor는 고주파에서 short 상태 이므로 노이즈를 제거 할 수 있다.

  19. supplying source into Op Amp circuit • Op Amp에 흐르는 전류 • Op Amp가 부하에게 전류 공급. • Op Amp가 부하로 부터 전류를 Sink. • 저전력 Op Amp는 Op Amp

  20. supplying source into Op Amp circuit

  21. supplying source into Op Amp circuit

  22. supplying source into Op Amp circuit

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