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Rangkaian orde 2
The document discusses second-order circuits and their characteristics. It covers series and parallel RLC circuits without sources, describing their natural frequencies and damping factors. It then examines RLC series and parallel circuits with DC sources. Finally, it provides the general steps to analyze any second-order circuit: 1) find initial conditions and final value, 2) derive the differential equation and identify response type, 3) obtain steady-state response, and 4) determine total response by combining transient and steady-state responses. Students are assigned homework problems to work on in groups involving second-order circuits.
Rangkaian orde 2
- 1. Rangkaian Orde 2 Dr. Ir. Bambang Sujanarko, M.M.
- 3. Nilai Awal danNilai Akhir
- 8.
- 14. Rangkaian RLC SeriTanpa Sumber Jika maka
- 15. atau dengan s1 dan s2 disebut natural frequencies nepers per second (Np/s) o adalah resonant frequency atau undamped natural frequency (rad/s) adalah neper frequency atau the damping factor (Np/s)
- 18. Rangkaian RLC ParalelTanpa Sumber
- 19. Teredam lebih RedamanKritis Kurang Redam
- 26. Rangkaian RLC Seridengan Sumber DC
- 38. Rangkaian RLC Paraleldengan Sumber DC
- 43. Rangkaian Orde DuaSecara Umum 1. Find the initial conditions and and the nal value. 2. Turn off the sources and nd second-order differential equation, then identity response overdamped, criticallydamped, or underdamped. 3. Obtain the steady-state response where is the nal value of x, obtained in step 1. 4. Total response found as the sum of the transient response and steady-state response We nally determine the constants associated with the transient response by imposing the initial conditions and determined in step 1.
- 50. Tugas: Buat kelompok 2atau 3 orang dan kerjakan soal berikut dalam bentuk slide/video untuk presentasi minggu depan. 8.12 8.24 8.34 8.49