I-thyristor sisixhobo se-semiconductor esomeleleyo esime ngeendlela ezine zokutshintsha kwezinto ze-P- kunye no-N. Isebenza ngokukhethekileyo njengotshintsho olungenakuchaphazeleka, luqhuba xa isango lifumana i-trigger yangoku, kwaye liqhubeka nokuqhuba de umbane ojikeleze isixhobo ubuyiselwe umva, okanye kude kususwe umbane (ngezinye iindlela). I-thyristor ekhokelwa kathathu yenzelwe ukulawula imeko yangoku enkulu ye-Anode ukuya kwiCathode ngokulawula loo yangoku kunye nengcaciso encinci yolunye ukhokelo, eyaziwa njengeSango layo. Ngokwahlukileyo, i-thyristor ekhokelwa kabini yenzelwe ukutshintshela ukuba umahluko onokubakho phakathi kwezikhokelo zawo mkhulu ngokwaneleyo (amandla ombane).

I-Thyristor SCR isetyenziselwa ukuhambisa umbane we-KGPS

Eminye imithombo ichaza isilungisi esilawulwa yi-silicon (i-SCR) kunye ne-thyristor ngokufanayo, eminye imithombo ichaza i-thyristors njengezixhobo ezakhiwe ngobunkunkqele ezibandakanya ubuncinci bezinto ezine zokutshintsha uhlobo lwe-N kunye nohlobo lwe-P-substrate.

We mainly adopt the silicon controlled from Hubei TECHSEM inductors Co., Ltd. (TECHSEM).They are China silicon manufacturing industry leaders, whose silicon are stable and have strong ability of anti-impact current, 20~30% higher in price than similar.

Ixabiso le-thyristor libalwa ikakhulu ngokwangoku kunye nevolthi. Ephakamileyo ngoku kunye nombane, ixabiso liphezulu. Ixabiso elikwitheyibhile engezantsi lelokubhekisa kuphela. Ngamaxabiso athile, nceda unxibelelane: ne-imeyile: firstfurnace@gmail.com