Understanding and Eliminating EMI in Microcontroller Applications

Understanding and Eliminating EMI in Microcontroller Applications
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2011
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在当今世界(CID:44)中,固定和移动电子设备的数量越来越多,电子兼容性(EMC)正在成为一个关键问题(CID:46)灾难性(CID:44),如果不是烦人的话(如果不是烦人)( CID:44)如果系统(CID:44)子系统或组件通过电磁均值(CID:46)首先解释EMC问题(CID:44),则会发生结果。如何在初始设计阶段(CID:46)使用它来控制EMC问题(CID:46)某些硅制造商使用的方法控制EMC的方法以及这些变化如何影响我们的系统(CID:46)无线电)将进行详细检查,以证明EMC降低的COP8 TM(8位微控制器)(CID:46)的有效性也将提供总体设计指南,以便设计师可以在IMI之前最大程度地减少EMI(CID:46)
In today’s world(cid:44) with increasing numbers of both fixed and mobile electronic devices(cid:44) electromagnetic compatibility (EMC) is becoming a critical issue(cid:46) Disastrous(cid:44) if not annoy-ing(cid:44) results occur if a system(cid:44) subsystem or component interferes with another through electromagnetic means(cid:46) The EMC problem is first explained(cid:44) and then the basic theory is presented with an explanation on how to use it to control an EMC problem during the initial design phase(cid:46) The methods that some silicon manufacturers are using to control EMC and how these changes affect our systems will be exam-ined(cid:46) A total system (automobile radio) will be examined in detail to prove the effectiveness of a EMC reduced COP8 TM (8-bit microcontroller)(cid:46) Overall design guidelines will also be given so that the designer can minimize EMI beforeitbe-comesaproblem(cid:46)