Wareegyada capacitors-ka taxanaha ah iyo kuwa is barbar socda - dhibaatooyinka iyo xalalka
1. Waa maxay wadarta dallacaadaha wareegyada kaabsoodhka ee hoose (1 μF = 10 -6 F)
La yaqaan:
Kondenser 1 (C)1) = 3 μF
Kondenser 2 (C 2 ) = 3 μF
Kondenser 3 (C 3 ) = 3 μF
Kondenser 4 (C 4 ) = 2 μF
Kondenser 5 (C 5 ) = 3 μF
Danab (V) = 3 Volt
La Doonayo: Wadarta dallacaadda wareegyada katasootarka (Q)
Xalka:
Kaaliyaha u dhigma
Kondenser-yada C 1 , C 2 iyo C 3 waxay ku xiran yihiin taxane. Kondenser-ka u dhigma:
1/C 123 = 1/C 1 + 1/C 2 + 1/C 3 = 1/3 + 1/3 + 1/3 = 3/3
C 123 = 3/3 = 1 μF
Kondenser-yada C 123 iyo C 4 waxay ku xiran yihiin is barbar socda . Kondenser-ka u dhigma:
C 1234 = C 123 + C 4 = 1 + 2 = 3 μF
Kondenser-yada C 1234 iyo C 5 waxay ku xiran yihiin taxane. Kondenser-ka u dhigma:
1/C = 1/C 1234 + 1/C 5 = 1/3 + 1/3 = 2/3
C = 3/2 μF
C = 3/2 x 10 -6 F
Wadarta kharashyada:
Wadarta dallacaadaha ku jira capacitor-ka u dhigma = wadarta dallacaadaha ku jira wareegyada capacitor-ka:
Q = VC = (3 Volt)(3/2 x 10 -6 Farad) = 9/2 x 10 -6 Coulomb
Q = 9/2 microCoulomb = 9/2 μC
Q = 4.5 μC
2. Haddii C 1 = C 2 = 2 μF, C 3 = C 4 = 1 μF iyo C 5 = 4 μF, go'aami wadarta kharashyada ku jira wareegyada kaabsootarka sida ku cad jaantuska hoose (1 μF = 10 -6 F)
La yaqaan:
Kondenser 1 (C 1 ) = 2 μF
Kondenser 2 (C 2 ) = 2 μF
Kondenser 3 (C)3) = 1 μF
Kondenser 4 (C 4 ) = 1 μF
Kondenser 5 (C 5 ) = 4 μF
Danab (V) = 1.5 Volt
La Raadinayo: Wadarta khidmadaha wareegyada (Q)
Xalka:
Kaaliyaha u dhigma:
Kondenser-yada C 3 iyo C 4 waxay ku xiran yihiin is barbar socda. Kondenser-ka u dhigma:
C 34 = C 3 + C 4 = 1 + 1 = 2 μF
Kondenser-yada C 5 , C 1 , C 2 iyo C 34 waxay ku xiran yihiin taxane. Kondenser-ka u dhigma:
1/C = 1/C 5 + 1/C 1 + 1/C 2 + 1/C 34
1/C = 1/4 + 1/2 + 1/2 + 1/2
1/C = 1/4 + 2/4 + 2/4 + 2/4
1/C = 7/4
C = 4/7 μF
C = 4/7 x 10 -6 F
Wadarta kharashyada:
Wadarta dallacaadaha ku jira capacitor-ka u dhigma = wadarta dallacaadaha ku jira wareegyada capacitor-ka:
Q = VC = (1.5 Volt)(4/7 x 10 -6 Farad) = 6/7 x 10 -6 Coulomb
Q = 6/7 microCoulomb
Q = 6/7 μC
3. Go'aami wadarta dallacaadaha wareegyada kaabsoodhka sida ku cad jaantuska hoose.
La yaqaan:
Kondenser 1 (C)1) = 3 μF
Kondenser 2 (C 2 ) = 3 μF
Kondenser 3 (C 3 ) = 4 μF
Kondenser 4 (C 4 ) = 4 μF
Kondenser 5 (C 5 ) = 8 μF
Danab (V) = 10 Volt
La Doonayo: Wadarta kharashka ee wareegyada (Q)
Xalka:
Kaaliyaha u dhigma:
Kondenser-yada C 1 iyo C 2 waxay ku xiran yihiin is barbar socda. Kondenser-ka u dhigma:
C 12 = C 1 + C 2 = 3 + 3 = 6 μF
Kondenser-yada C 3 iyo C 4 waxay ku xiran yihiin taxane. Kondenser-ka u dhigma:
1/C 34 = 1/C 3 + 1/C 4 = 1/4 + 1/4 = 2/4
C 34 = 4/2 = 2 μF
Kondenser C 12 , kondenser C 34 iyo kondenser C 5 ayaa isku xiran iyagoo is barbar socda. Kondenser-ka u dhigma:
C = C 12 + C 34 + C 5 = 6 + 2 + 8 = 16 μF = 16 x 10 -6 Farad
Wadarta kharashka korontada:
Wadarta dallacaadaha ku jira capacitor-ka u dhigma = wadarta dallacaadaha ku jira wareegyada capacitor-ka:
Q = VC = (10 Volts)(16 x 10 -6 Farad) = 160 x 10 -6 Coulombs
Q = 160 microCoulombs = 160 μC
20 su'aalood iyo jawaabo fikradeed oo la xiriira wareegyada capacitors-ka taxanaha ah iyo kuwa is barbar socda:
1. Su'aal: Sidee baa capacitors-ku ugu xiran yihiin qaab-dhismeed taxane ah?
Jawaab: Qaabeynta taxanaha ah, capacitors-ku waxay ku xiran yihiin dhammaadka-ilaa-dhammaadka, sidaas darteed isla haddalku wuxuu dhex maraa dhammaan capacitors-ka.
2. Su'aal: Sidee bay capacitors-ku ugu xiran yihiin qaab-dhismeed is barbar socda?
Jawaab: Qaabeyn is barbar socota, kaabsadeyaashu waxay ku xiran yihiin meelaha caadiga ah ama isgoysyada, taasoo u oggolaanaysa koronto kala duwan inay dhex marto kaabsade kasta laakiin ay ilaaliso danab isku mid ah oo ku wareegsan.
3. Su'aal: Sideed u xisaabin kartaa awoodda u dhiganta ee kapacitarrada taxanaha ah?
Jawaab: Isku-darka awoodda u dhiganta ee isku-xirka taxanaha ah waa wadarta isku-dhafka awoodaha shaqsiga ah: 1/Cₑq = 1/C₁ + 1/C₂ + … + 1/Cₙ.
4. Su'aal: Sideed u xisaabin kartaa awoodda u dhiganta ee kapacitarrada is barbar socda?
Jawaab: Awoodda u dhiganta ee isku xirka barbar socda waa wadarta awoodaha shaqsiga ah: Cₑq = C₁ + C₂ + … + Cₙ.
5. Su'aal: Maxaa ku dhacaya awoodda guud marka capacitors-ka lagu daro taxane ahaan?
Jawaab: Ku darista capacitors-ka taxane ahaan waxay yareysaa awoodda guud ama u dhiganta.
6. Su'aal: Maxaa ku dhacaya awoodda guud marka capacitors-ka lagu daro si is barbar socda?
Jawaab: Ku darista capacitors-ka is barbar socda waxay kordhisaa awoodda guud ama u dhiganta.
7. Su'aal: Sidee loogu xidhaa dallacaadda kondensarrada taxane ahaan?
Jawaab: Kharashku ku kaydsan yahay kapastad kasta oo ku jira isku xidhka taxanaha ah waa isku mid sababtoo ah isla haddalku wuu dhex maraa dhammaantood.
8. Su'aal: Sidee danabku ugu kala firirsan yahay capacitors-ka taxane ahaan?
Jawaab: Wadarta danabku waxay u qaybsan tahay kaabsoodhada si taxane ah, danabkuna kaabsoodh kasta wuxuu si liddi ku ah ugu dhigmaa kaabsoodhkiisa.
9. Su'aal: Sidee bay tamarta lagu kaydiyo isku-darka taxanaha ah ama is barbar socda ee kaabsoodhada ula barbar dhigtaa tamarta lagu kaydiyo kaabsoodhada shaqsiga ah?
Jawaab: Tamarta guud ee lagu kaydiyo isku-darka kaabsoodhada waa wadarta tamarta lagu kaydiyo kaabsoodhada shaqsiga ah, iyadoon loo eegin inay yihiin kuwo taxane ah ama kuwo is barbar socda.
10. Su'aal: Sidee bay danabka burburka ee isku-darka taxanaha ah ee kaabsoodhada ula barbar dhigaan kaabsoodhada shaqsiyeed?
Jawaab: Isku-darka taxanaha ah, danabka burburka waxaa caadi ahaan go'aamiya kaabsoolaha leh danabka burburka ugu hooseeya.
11. Su'aal: Waa maxay muhiimadda ay leedahay in la isticmaalo kapaderada leh qiimeyn isku mid ah oo ku saabsan qaabaynta is barbar socota?
Jawaab: Isticmaalka kapaderada leh qiimeyn isku mid ah oo danab ah oo is barbar socda waxay hubineysaa in kapadera kastaa uu la tacaali karo danabka caadiga ah ee ku dul yaal, taasoo ka hortageysa dhaawac ama guuldarro iman karta.
12. Su'aal: Maxaad u isticmaali kartaa capacitors taxane ah?
Jawaab: Kondenser-yada taxanaha ah waxaa loo isticmaali karaa in lagu gaaro kondenser hoose oo u dhigma ama in lagu kordhiyo danabka burburka guud ee isku-darka.
13. Su'aal: Maxaad u isticmaali kartaa capacitors-ka si is barbar socda?
Jawaab: Kondenser-yada is barbar socda waxaa loo isticmaali karaa in lagu kordhiyo awoodda guud ama in lagu qaybiyo kaydinta dallacaadda kondenser-yo badan oo loogu talagalay codsiyada u baahan awoodda dallacaadda sare.
14. Su'aal: Sidee loo xisaabin karaa tamarta guud ee lagu kaydiyay isku-darka is barbar socda ee kapaderrada?
Jawaab: Tamarta guud waxaa loo xisaabin karaa ½ Cₑq V², halkaasoo Cₑq uu yahay awoodda is barbardhigga ee u dhiganta, V-na uu yahay danabka caadiga ah.
15. Su'aal: Waa maxay saameynta ka dhalata in awoodaha aan sinnayn ay ku yeeshaan xiriir taxane ah?
Jawaab: Xidhiidh taxane ah oo leh awoodo aan sinnayn, qaybinta danabku way kala duwanaan doontaa, iyadoo kaabayaal yaryar ay leeyihiin hoos u dhac danab oo weyn oo dul saaran.
16. Su'aal: Sidee loo isticmaali karaa capacitors-ka taxanaha ah iyo kuwa barbar socda wareegyada hagaajinta?
Jawaab: Qaabeynta taxanaha ah iyo kuwa is barbar socda ee kapaderada waxaa loo isticmaali karaa in lagu gaaro soo noqnoqoshada resonant-ka gaarka ah ama isbeddellada wejiga ee wareegyada hagaajinta, sida raadiyaha ama habaynta calaamadaha.
17. Su'aal: Maxaa ku dhici kara awoodda u dhiganta ee isku-darka barbar socda haddii hal kalkuleytar uu ku guuldareysto wareeg gaaban?
Jawaab: Kaademiye gaaban oo is barbar socda ayaa si wax ku ool ah looga saari doonaa wareegga, taasoo horseedaysa hoos u dhac ku yimaada awoodda u dhiganta.
18. Su'aal: Maxaa ku dhici kara awoodda isku midka ah ee isku-darka taxanaha ah haddii hal kalkulator uu ku guuldareysto wareeg furan?
Jawaab: Kaademiye wareeg furan ku jira oo taxane ah ayaa jebin doona socodka hadda jira, taasoo ka dhigaysa awoodda u dhiganta eber.
19. Su'aal: Sidee ayay isku-darka taxanaha iyo kuwa is barbar socda ee kapaderayadu u saameeyaan is-hortaagga wareegyada AC?
Jawaab: Isku-darka taxanaha ah wuxuu kordhiyaa iska caabinta, halka isku-darka isbarbar socda uu yareeyo. Dhaqankan waxaa loo isticmaali karaa in lagu shaandheeyo ama lagu dhaafo mawjadaha gaarka ah ee wareegyada AC.
20. Su'aal: Ma isku dari kartaa qaabaynta taxanaha iyo kuwa is barbar socda ee isku wareegga ah?
Jawaab: Haa, qaabaynta taxanaha iyo kuwa is barbar socda waxaa lagu qasi karaa wareegga isku midka ah si loo gaaro qiimaha iyo astaamaha awoodda la rabo. Falanqayntu waxay u baahan tahay in la adeegsado xeerarka isku-darka taxanaha iyo kuwa is barbar socda labadaba.
Fahmidda sifooyinka iyo dhaqamada kapaderrada ee qaabaynta taxanaha iyo kuwa is barbar socda ayaa muhiim u ah naqshadeynta iyo falanqaynta wareegyada elektaroonigga ah, taasoo u oggolaanaysa injineerada inay wareegyada u habeeyaan baahiyaha iyo shaqooyinka gaarka ah.
