电子测量与仪器学报
電子測量與儀器學報
전자측량여의기학보
JOURNAL OF ELECTRONIC MEASUREMENT AND INSTRUMENT
2015年
4期
569-576
,共8页
葛欣宏%宁飞%贺庚贤%李晓林
葛訢宏%寧飛%賀庚賢%李曉林
갈흔굉%저비%하경현%리효림
固态存储器%RE102%电磁辐射%电磁兼容
固態存儲器%RE102%電磁輻射%電磁兼容
고태존저기%RE102%전자복사%전자겸용
solid state reorder%RE102%electromagnetic radiation%electromagnetic compatibility
基于星载大容量固态存储器的EMI辐射测试结果,对其电磁不兼容状态进行了EMC分析与整改。依据GJB151A-1997,星载大容量固态存储器需要满足RE102电场辐射要求,为了使RE102超标严重的星载大容量固态存储器满足标准要求,首先,结合星载大容量固态存储器的工作原理,依据电磁屏蔽理论及电磁辐射理论,对RE102的测试结果进行了分析。其次,确定了辐射超标的主要原因为互连线缆的电磁辐射,并进一步分析了电磁辐射的激励源产生方式。最后,依据分析结果提出了相应的整改方案并进行了整改。结果表明,采用EMC屏蔽和滤波措施后,EMI发射衰减大于30 dB,星载大容量固态存储器的EMI辐射测试结果满足RE102技术指标要求。
基于星載大容量固態存儲器的EMI輻射測試結果,對其電磁不兼容狀態進行瞭EMC分析與整改。依據GJB151A-1997,星載大容量固態存儲器需要滿足RE102電場輻射要求,為瞭使RE102超標嚴重的星載大容量固態存儲器滿足標準要求,首先,結閤星載大容量固態存儲器的工作原理,依據電磁屏蔽理論及電磁輻射理論,對RE102的測試結果進行瞭分析。其次,確定瞭輻射超標的主要原因為互連線纜的電磁輻射,併進一步分析瞭電磁輻射的激勵源產生方式。最後,依據分析結果提齣瞭相應的整改方案併進行瞭整改。結果錶明,採用EMC屏蔽和濾波措施後,EMI髮射衰減大于30 dB,星載大容量固態存儲器的EMI輻射測試結果滿足RE102技術指標要求。
기우성재대용량고태존저기적EMI복사측시결과,대기전자불겸용상태진행료EMC분석여정개。의거GJB151A-1997,성재대용량고태존저기수요만족RE102전장복사요구,위료사RE102초표엄중적성재대용량고태존저기만족표준요구,수선,결합성재대용량고태존저기적공작원리,의거전자병폐이론급전자복사이론,대RE102적측시결과진행료분석。기차,학정료복사초표적주요원인위호련선람적전자복사,병진일보분석료전자복사적격려원산생방식。최후,의거분석결과제출료상응적정개방안병진행료정개。결과표명,채용EMC병폐화려파조시후,EMI발사쇠감대우30 dB,성재대용량고태존저기적EMI복사측시결과만족RE102기술지표요구。
Based on EMI radiation test results of high-capacity solid state reorder on the spacecraft , its electromagnet-ic not compatible status is analyzed and corrected.High-capacity solid state reorder on the spacecraft needs to meet electromagnetic radiation requirements, such as RE102.In the electromagnetic compatibility standard test, RE102 is seriously overweight.Firstly, combined with high-capacity solid state reorder’s works, based on the theory of electro-magnetic shielding and electromagnetic radiation theory, the test results of the RE102 is analyzed.Secondly, the main reason for the overweight of electromagnetic radiation in interconnect cables is confirmed .And the excitation ra-diation source to generate electromagnetic is further analyzed.Finally, the rectification plan is accordingly proposed. The results show that, after using EMC shielding and filtering measures, EMI emission attenuation is greater than 30dB, high-capacity solid state reorder’s EMI radiation test results meet the technical requirements of RE102.