LEEM-12 Kayan Kayan Gwaji na lineasa maras layi
Lura: ba a haɗa oscilloscope ba
Nazarin abubuwan da ba na yau da kullun ba da kuma alaƙar da ke tattare da ita da hargitsi ya kasance babban batun a cikin masana kimiyya a cikin 'yan shekarun nan 20. An buga takardu da yawa a kan wannan batun. Rikicin hargitsi ya shafi ilimin lissafi, lissafi, ilimin halittu, lantarki, lantarki, kimiyyar kwamfuta, tattalin arziki da sauran fannoni, kuma ana amfani da shi ko'ina. An saka gwajin rikice-rikicen da ba na layi ba a cikin sabon tsarin karatun kimiyyar lissafi na babbar jami'a. Sabon gwaji ne na kimiyyar lissafi wanda kwalejojin kimiyya da injiniya suka buɗe kuma ɗalibai suka yi maraba da shi.
Gwaje-gwaje
1. Yi amfani da da'irar sakewa ta jerin RLC don auna inductance na kayan ferrite a wasu igiyoyin ruwa daban-daban;
2. Lura da tsarin igiyar ruwa wanda LC oscillator ya samar akan oscilloscope kafin da bayan sauyawar RC;
3. Lura da fasalin fasalin fasalin biyun da muka ambata a sama (watau Lissajous adadi);
4. Lura da bambance-bambancen lokaci-lokaci na fasalin fasalin ta hanyar daidaita maɓallin adawa na RC mai sauyawa;
5. Yi rikodin adadi na zamani na bifurcations, rikice-rikice tsakanin juna, lokuta sau uku, mai jan hankali, da masu jan hankali biyu;
6. Auna halaye na VI na na'ura mara juriya mara kyau wanda aka yi da LF353 dual op-amp;
7. Bayyana dalilin haifar da hargitsi ta amfani da daidaiton lissafin layin da ba layi.
Bayani dalla-dalla
Bayani | Bayani dalla-dalla |
Digital voltmeter | Digital voltmeter: 4-1 / 2 lamba, iyaka: 0 ~ 20 V, ƙuduri: 1 mV |
Lineananan layi | LF353 dual Op-Amp tare da masu adawa guda shida |
Tushen wutan lantarki | V 15 VDC |
Jerin Sashe
Bayani | Qty |
Babban sashi | 1 |
Mai gabatarwa | 1 |
Magnet | 1 |
LF353 Op-Amp | 2 |
Waya mai tsalle | 11 |
Kebul na BNC | 2 |
Umurnin umarni | 1 |