热处理
熱處理
열처리
HEAT TREATMENT
2014年
3期
56-58
,共3页
导磁体%导热黏结剂%电击穿%镶装
導磁體%導熱黏結劑%電擊穿%鑲裝
도자체%도열점결제%전격천%양장
magnetizer%thermal conductive adhesive%voltage breakdown%insert
导磁体由于能提高感应器效率，其应用面正在扩大。然而，导磁体往往会由于镶装不良而导致其早期失效。采用导热黏结剂薄膜作绝缘层，严格控制铜管与导磁体之间的间隙，通水冷却，在导磁体叠片间插入散热铜片等，均能有效提高导磁体的使用寿命。
導磁體由于能提高感應器效率，其應用麵正在擴大。然而，導磁體往往會由于鑲裝不良而導緻其早期失效。採用導熱黏結劑薄膜作絕緣層，嚴格控製銅管與導磁體之間的間隙，通水冷卻，在導磁體疊片間插入散熱銅片等，均能有效提高導磁體的使用壽命。
도자체유우능제고감응기효솔，기응용면정재확대。연이，도자체왕왕회유우양장불량이도치기조기실효。채용도열점결제박막작절연층，엄격공제동관여도자체지간적간극，통수냉각，재도자체첩편간삽입산열동편등，균능유효제고도자체적사용수명。
The applications of magnetizers are being expanded owing to their being able to raise efficiency of inductor .However , the magnetizers become invalid frequently in the early stage due to the failure to be properly inserted .The service life of magnetizers can be significantly increased by the use of thermal conductive adhesive as an insulating spacer , the accurate control of clearance between magnetizer and copper tube , the cooling with water , the inlaying a cooling copper flake between laminates of magnetizer , etc.
