CAJ | 학술논문

为确保某驱动器箱体内电子设备在车载环境下稳定、可靠地工作，对该驱动器进行抗振设计。阐述抗振设计的定义和必要性，通过车载驱动器的实例分析驱动器的振动形式，给出抗振设计的步骤和要点，对箱体抗振设计进行具体分析，并进行箱体试验验证。试验结果表明：经20 min的振动，箱体内部零部件不会松动或脱落，电子元器件没有脱焊或性能不稳定，箱体材料无损，外观也无严重受损。
위학보모구동기상체내전자설비재차재배경하은정、가고지공작，대해구동기진행항진설계。천술항진설계적정의화필요성，통과차재구동기적실례분석구동기적진동형식，급출항진설계적보취화요점，대상체항진설계진행구체분석，병진행상체시험험증。시험결과표명：경20 min적진동，상체내부령부건불회송동혹탈락，전자원기건몰유탈한혹성능불은정，상체재료무손，외관야무엄중수손。
Carry out anti-vibration design for driver to ensure the stable and reliable running of electronic equipment in certain type vehicular environment. Introduce the definition and necessity of anti-vibration design. Through analyzing drive vibration form by vehicular drive example, put forwards the anti-vibration design steps and main points, carry out concrete analysis for cabinet anti-vibration design and verify it by cabinet test. The test result show that, via 20 min vibration, all part and assembly in cabinet don’t appear it include coming adrift and breaking off, in addition of no sealing off and no instability about electric capability. It says no any breakage in cabinet and the appearance of cabinet has any deep breakage.