I-LEEM-17 RLC Circuit Experiment

Izivivinyo
1. Qaphela izici ze-amplitude-frequency nezici ze-phase-frequency yamasekhethi e-RC, RL, ne-RLC;
2. Bhekisisa uchungechunge kanye nezenzakalo ze-resonance ezihambisanayo zesekethe ye-RLC;
3. Qaphela inqubo yesikhashana yamasekhethi e-RC kanye ne-RL futhi ulinganise isikhathi esingaguquki τ;
4. Bheka inqubo yesikhashana kanye nokufiphala kwesekethe yochungechunge lwe-RLC, futhi ulinganise inani elibalulekile lokumelana.

Imingcele yezobuchwepheshe eyinhloko
1. Umthombo wesiginali: DC, i-sine wave, igagasi lesikwele;
Ibanga lemvamisa: i-sine wave 50Hz～100kHz;igagasi lesikwele 50Hz ~1kHz;
Ububanzi bokulungiswa kwe-amplitude: i-sine wave, igagasi lesikwele 0～8Vp-p;I-DC 2～8V;
2. Ibhokisi lokumelana: 1Ω～100kΩ, ubuncane besinyathelo esingu-1Ω, ukunemba okungu-1%;
3. Ibhokisi le-Capacitor: 0.001~1μF, isinyathelo esincane esingu-0.001μF, ukunemba okungu-2%;
4. Ibhokisi lokungena: 1～110mH, isinyathelo esincane esingu-1mH, ukunemba okungu-2%;
5. Amanye amapharamitha ahlukene nawo angenziwa ngokwezifiso.I-double trace oscilloscope kufanele izilungiselele yona.