1 / 20

APPLIED ELECTRONIC CIRCUIT

APPLIED ELECTRONIC CIRCUIT. 김서주 김혜리 유예림 차온유 홍주영. APPLIED ELECTRONIC CIRCUIT. Complex Exponential.            the real part      the imaginary part                 the magnitude of z        atan2( y , x ). Euler's formula. APPLIED ELECTRONIC CIRCUIT.

dalton-morin
Download Presentation

APPLIED ELECTRONIC CIRCUIT

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. APPLIED ELECTRONIC CIRCUIT 김서주 김혜리 유예림 차온유 홍주영

  2. APPLIED ELECTRONIC CIRCUIT Complex Exponential            the real part      the imaginary part                 the magnitude of z        atan2(y, x) Euler's formula

  3. APPLIED ELECTRONIC CIRCUIT 선형 시스템(Linear System) 기억하기! 크기와 위상이 달라진다! 주파수는 그대로! H 시스템의 특성을 복소수로 표현 (해석방법이 간단해 진다!)

  4. APPLIED ELECTRONIC CIRCUIT Phasor(위상자) Amplitude(진폭)와 Phase Angle(위상각)에 대한 정보를 가진 complex number(복소수)

  5. APPLIED ELECTRONIC CIRCUIT * Phasor에서 Time function을 구하는 방법 Phasor 입력의 Phasor전달함수=출력의 Phasor Re{입력의 Phasor전달함수}=출력

  6. APPLIED ELECTRONIC CIRCUIT 위상자를이용한 임피던스 정의(definition of impedance using phasor) Phasor

  7. APPLIED ELECTRONIC CIRCUIT Differentiator (미분기)

  8. APPLIED ELECTRONIC CIRCUIT * Phasor에서 미분기 해석 방법 통째로 하나의 저항인 것처럼 다룬다!

  9. APPLIED ELECTRONIC CIRCUIT

  10. APPLIED ELECTRONIC CIRCUIT Integrator (적분기)

  11. APPLIED ELECTRONIC CIRCUIT Bode Plot 1. 2. 3.

  12. APPLIED ELECTRONIC CIRCUIT

  13. APPLIED ELECTRONIC CIRCUIT 8. NRC (Negative Resistance Converter)

  14. APPLIED ELECTRONIC CIRCUIT 참고) Negative impedance circuits Negative capacitance circuit Negative impedance circuit Negative resistance circuit Negative inductance circuit

  15. APPLIED ELECTRONIC CIRCUIT OP AMP 회로에 전원 공급 방법 잡음 제거 Bypass capaciter or Decomplingcapaciter 교류를 bypass 교류와 직류를 분리

  16. APPLIED ELECTRONIC CIRCUIT OP AMP 회로에 흐르는 전류 (OP AMP가 부하로 부터 전류를 sink) (OP AMP가 부하에게 전류를 source)

  17. APPLIED ELECTRONIC CIRCUIT 저전력 OP AMP 가 작은 OP AMP Source Non-inverting Amp Sink

  18. APPLIED ELECTRONIC CIRCUIT Source Inverting Amp Sink

  19. APPLIED ELECTRONIC CIRCUIT Source 방향 Sink 방향

  20. THANK YOU

More Related