I-thyristor iyisimo esiqinile se-semiconductor device enezendlalelo ezine zokushintsha izinto ze-P- no-N. Isebenza kuphela njengoshintshi ongashintshi, iqhuba lapho isango lithola inhlamvu yamanje, futhi liqhubeka nokuqhuba kuze kufike amandla wevolumu kulo lonke ucingo, noma kuze kususwe amandla kagesi (ngezinye izindlela). I-thyristor ehola kathathu yenzelwe ukulawula ukwenyuka okukhulu kwendlela ye-Anode to Cathode ngokulawula lowo wamanje nge-current encane yomunye umkhondo wayo, owaziwa njengeSango laso. Ngokuphambene nalokho, i-thyristor ehamba phambili emibili yakhelwe ukukhanyisa uma umehluko ongaba khona phakathi komhlahlandlela wayo mkhulu ngokwanele (i-breakdown voltage).

I-Thyristor SCR isetshenziselwa ukunikezwa kwamandla kagesi we-KGPS

Eminye imithombo ichaza i-rectifier elawulwa nge-silicon (i-SCR) ne-thyristor ngokufana.Ominye imithombo ichaza ama-thyristors njengamadivayisi akhiwe ngobuciko ahlanganisa okungenani izingqimba ezine zokushintshana kohlobo lwe-N nohlobo lwe-P.

Sisebenzisa kakhulu i-silicon elawulwa yi-Hubei TECHSEM inductors Co, Ltd. (TECHSEM). Bangabaholi bemboni yokukhiqiza i-silicon, i-silicon yabo ezinzile futhi inamandla amakhulu wamanje wokulwa nomthelela, i-20 ~ 30% ephezulu ngentengo kunokufana .

Intengo ye-thyristor ibalwa kakhulu ngokusho kwamanje namandla kagesi. Ukuphakama kwamanje namandla kagesi, intengo iyanda. Intengo etafuleni elingezansi ingeyenkomba kuphela. Ngezintengo ezithile, sicela uthinte: i-imeyili: firstfurnace@gmail.com