피치 1.25mm 급 Wire to Board Connector 에서 조립상태로부터 분리거동에 관한 연구
The Separation Behaviors from Assemble Conditions for Pitch 1.25mm Level Wire to Board Connector
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초록
In this study, the modification structure design of insulation displacement connector developed was considered for simplification of assembly process. The modified connector consisted terminal, wafer and fitting nails. The separation behavior under locking condition for pitch 1.25mm wire to board connector was measured and the apparatus for the test was made. The maximum restraining force was measured about 4.5kgf that was bigger value than the specification limit. And the pulling force of a wire was also indicated about 2.3kgf.
Abstract
In this study, the modification structure design of insulation displacement connector developed was considered for simplification of assembly process. The modified connector consisted terminal, wafer and fitting nails. The separation behavior under locking condition for pitch 1.25mm wire to board connector was measured and the apparatus for the test was made. The maximum restraining force was measured about 4.5kgf that was bigger value than the specification limit. And the pulling force of a wire was also indicated about 2.3kgf.
참고문헌 (4)
- W.P. Sung, "Connector structure based modelling of assembly sequence planning", Appl. Mech. Mater, 496-500, pp.2729~2732 (2014)
- D. Y. Kim, "Shape design of FPCB connector to improve assembly performance", J. of KSME, 36, pp.347~353 (2012)
- 윤철호, "유한요소해석을 통한 전기 커넥터의 압착 품질 향상", 소성가공, 18(3), pp.229~235 (2009), 한국소성가공학회
- Y. Heo, "Design of Wire to Board Insulation Displacement Connector for Simplification of Assembling", Process Proceeding of the 6th Int. Conf. on Mfg., Machine Design and Tribology, pp.303~ (2015)