Sida loo doorto Thyristor ku habboon

Jiangsu Yangjie Runau Semiconductor Co.Ltd waa soosaarka xirfadeed ee qalabka semiconductor awood sare oo qayb ka ah Yangzhou Yangjie Electronic Technology Co. Ltd. Shirkaddu waxay sii waddaa inay soo bandhigto oo ay dalbato teknoolajiyada wax soo saarka sare iyo sidoo kale si ay u qaabeeyaan, horumarinta, kormeeraan iyo soo saaro awood sare. thyristor, rectifier, module korantada iyo unugga kulan koronto ee macaamiisha caalamiga ah.

Thyristors waa aalad elektaroonik ah oo caadi ah, oo si weyn loogu isticmaalo wareegyada sida nidaaminta xawaaraha beddelka soo noqnoqda, xakamaynta korantada, korantada joogtada ah ee degdegga ah iyo wareegyada kale.
Markaad dooranayso thyristor ku habboon, dhinacyada soo socda ayaa loo baahan yahay in la tixgeliyo.

1.Dooro heerka danab ku habboon sida uu qabo xaaladda codsiga.Heerka korantada ee thyristor waxaa loola jeedaa danab hawleedka sare ee uu u adkeysan karo.Marka la dooranayo, waxaa lagama maarmaan ah in la go'aamiyo heerka korantada ee thyristor oo ku saleysan tamarta shaqada ee wareegga, iskuna day inaad doorato heerka korantada wax yar ka sarreeya tamarta shaqada ee wareegga si loo hubiyo kalsoonida iyo badbaadada.
2.Dooro heerka hadda ku habboon ee ku salaysan culeyska hadda jira ee wareegga.Heerka hadda ee thyristor waxaa loola jeedaa hadda shaqeeya ee uu u adkeysan karo.Marka la dooranayo, waxaa lagama maarmaan ah in la go'aamiyo heerka hadda ee thyristor iyadoo lagu saleynayo xajmiga culeyska hadda.Guud ahaan, heerka hadda wax yar ka sarreeya kan hadda raran ayaa la doortay si loo hubiyo isku halaynta iyo xasilloonida.
3.Doorashada thyristor ku haboon waa in ay tixgelisaa hoos u dhaca danabka hore iyo demi hadda thyristor ah.Hoos u dhaca danabeedka hore waxa loola jeedaa hoos u dhaca danabeedka thyristor ee xaalad wax qabanaysa.Marka la dooranayo, waxaa lagama maarmaan ah in la go'aamiyo hoos u dhaca danabka hore ee ku saleysan shuruudaha hawlgalka wareegga iyo lumitaanka tamarta, iskuna day inaad doorato thyristors leh hoos u dhac danab hore ah si loo hagaajiyo waxtarka wareegga.Demi hadda waxa loola jeedaa hadda thyristor ee gobolka ka maqan.Marka la dooranayo, waxaa lagama maarmaan ah in la go'aamiyo daminta hadda iyadoo lagu saleynayo shuruudaha wareegga.Guud ahaan, thyristor leh damin yar ayaa la doortaa si loo yareeyo isticmaalka korantada wareegga.
4.Waa lagama maarmaan in la tixgeliyo habka kicinta iyo kicinta hadda ee thyristor.Waxaa jira laba hab oo kiciya thyristors: kicinta danab iyo kiciya hadda.Marka la dooranayo, waxaa lagama maarmaan ah in la go'aamiyo habka kicinta iyo kicinta hadda oo ku salaysan shuruudaha wareegga si loo hubiyo in thyristor uu si habboon u shaqeyn karo.Thyristors, looxa kiciya, ka dib kiciya looxa,
5.Waxaan sidoo kale u baahanahay inaan tixgelinno qaabka baakadaha iyo heerkulka shaqada ee thyristors.Foomka baakadku waxa uu tilmaamayaa cabbirka muuqaalka iyo qaabka pin ee thyristors, guud ahaan ay ku jiraan foomamka baakadaha caadiga ah sida TO-220 iyo TO-247.Markaad dooranayso, qaabka baakadaha ayaa loo baahan yahay in la go'aamiyo iyadoo loo eegayo qaabka iyo habka rakibidda wareegga.Heerkulka heerkulka shaqada waxaa loola jeedaa kala duwanaanta heerkulka halkaasoo thyristor uu si caadi ah u shaqeyn karo, iyo guud ahaan waxaa jira heerkul caadi ah oo shaqeynaya sida -40 ° C ~ + 125 ° C. Markaad dooranayso, waxaad u baahan tahay inaad go'aamiso kala duwanaanta heerkulka shaqada sida waafaqsan heerkulka deegaanka ee wareegga, oo isku day inaad doorato thyristor leh heerkul shaqo oo ballaaran si loo hubiyo isku halaynta iyo xasilloonida.

Marka la soo koobo, doorashada thyristor ku habboon waxay u baahan tahay tixgelin dhammaystiran oo ah arrimo ay ka mid yihiin heerka korantada, heerka hadda jira, hoos u dhaca danabka hore, dami hadda, habka kicinta, kicinta hadda, qaabka baakad, iyo kala duwanaanshaha heerkulka hawlgalka.Kaliya adiga oo dooranaya ku habboonthyristorsiyadoo lagu saleynayo xaaladaha codsiga gaarka ah iyo shuruudaha ayaa la xaqiijin karaa hawlgalka caadiga ah iyo xasilloonida wareegga.


Waqtiga boostada: Abriil-01-2024