Sida loo doorto xudunta inductor-ka caadiga ah?
Sida loo doorto xudunta inductor-ka caadiga ah?,
,
Xariiqda korantada ee CM chokes waxay ku guulaysataa xakamaynta sare ee faragelinta asymmetrical, xitaa inta jeer ee hooseeya. Ha dhayalsan saamaynta dulinka marka la isticmaalayo chokes caadiga ah. Tani waxay ahayd qodobka ugu muhiimsan ee lagu dhimi lahaa kharashyadan marka la horumarinayo taxanaha WE-CMB. Saamiga saxda ah ee xudunta u ah/wareega ayaa awood u siinaya mawjadaha aadka u sarreeya ee meelaha la barbardhigo, si kastaba ha ahaatee inductance ayaa ku filan. Qiyaasta siliga la hagaajiyay waxay xaqiiqsatay kuleyl hooseeya.
Faa'iidooyinka:
1. Naqshad aad u kooban
2.Customized sheyga iyadoo loo eegayo macluumaadka aasaasiga ah ee injineeradaada. Waqti muunad degdeg ah.
3. Heerarka sare ee badbaadada iyo kalsoonida
4. Shaandhaynta habka caadiga ah calaamadaha faragelinta korantada
5. Faa'iido u leh codsiga u baahan inductance si ay u kala duwanaato isbeddellada hadda jira.
6.Self gaashaanka elektromagnetic. Codsiga Beddelka Boodhka fudud ee PC.
7. Dhis u hoggaansanaanta ROHS.
Dhab ahaantii inductor-ka caadiga ah asal ahaan waa shaandheyn laba-gees ah: dhinaca kale, waa in uu sifeeyaa faragelinta korantada ee khadka calaamadda, dhinaca kale, waa inuu naftiisa ka ilaaliyaa inuu soo saaro faragelinta korantada si looga fogaado inuu saameyn ku yeesho caadiga ah. ka shaqaynta qalabka kale ee elegtarooniga ah ee isla deegaanka electromagnetic.
Inductors-qaabka caadiga ah waxay leeyihiin qulqulitaan bilowga ah oo aad u sarreeya, xannibaad weyn iyo luminta gelinta dhulka birlabeedka dhulka, waxayna leeyihiin saameyn aad u wanaagsan oo xakameyn ah faragelinta, waxayna muujinayaan sifooyin luminta gelinta-free resonance-ka ee baaxadda soo noqnoqoshada ballaaran. Permeability bilowga sare: 5-20 jeer ka of ferrit, sidaas darteed waxa ay leedahay khasaaro galinta weyn, iyo saamaynta ay xakamaynta ee faragelinta conduction aad uga weyn yahay ferrite.
Cabirka iyo cabbirrada:
| Shayga | A | B | C | D | E | F | G |
| Cabbirka (mm) | 14 Max | 10.5Max | 16Max | 3.5±0.5 | 4.5±0.3 | 10±0.3 | 0.7±0.2 |
Guryaha korantada:
| Shayga tijaabada | Heerka | |
| Inductance | WL W2 | 1.95111H Min@10KHz 0.05V SER @25°C |
| Meelo dhibco leh | 1.4 | |
| Saamiga leexashada | Wl, W2 | 1:1 |
| Hi-Pot | Wl. W2 | Ma jiro burbur 1000XAC 2mA 2S |
Codsiga:
1.Awoodda elegtarooniga ah.
2.Xariiqda korantada ee gudaha iyo shaandhada wax soo saarka, beddelka sahayda korontada.
3.Power-line galinta iyo shaandhaynta wax soo saarka
4. Xakamaynta faragelinta raadiyaha ee matoorada
5.TV iyo qalabka maqalka, qaylo-dhaanta iyo nidaamyada qaylo-dhaanta.
6. La hagaajiyay calaamadaha dilaaca
7. Xakamaynta faragelinta raadiyaha ee matooradaMarka la dooranayo xudunta birlabeedka ee hab-sameeyaha caadiga ah, qaabka, cabbirka, xargaha soo noqnoqda ee lagu dabaqi karo, kor u kaca heerkulka iyo qiimaha waa in la tixgeliyaa. Koofiyadaha magnetic inta badan la isticmaalo waa U-qaabeeya, E-qaabeeya iyo toroidal. Marka la eego, xuubka toroidal waa ka jaban yahay sababtoo ah hal toroid oo keliya ayaa la samayn karaa. Qaababka kale ee koodhka magnetic waa inay lahaadaan lammaane loo isticmaalo inductors-ka caadiga ah, iyo marka la samaynayo, iyada oo la tixgelinayo lamaanaynta labada koleej ee magnetic, waa lagama maarmaan in la kordhiyo habka wax lagu shiidayo si loo helo awood sare oo magnet ah. Markaa; Marka la barbar dhigo qaababka kale ee koofiyadaha birlabeedka, toroidal cores waxay leeyihiin awood sare oo wax ku ool ah oo magnet ah, sababtoo ah marka laba lammaane oo ka mid ah koodhka magnetka la isku keeno, ifafaale farqiga hawada lama tirtiri karo iyada oo aan loo eegin sida loo sameeyo qalliinka, markaa awoodda magnetic ee waxtarka leh ayaa ka sareysa mid ka mid ah xudunta birlabeedka oo qaabaysan. Xuddunta waa inay ahaataa mid hooseeya.
