音乐信息娱乐系统的辐射抗扰度评估及推荐箱体设计以减轻影响

S. Jog, Vatsla Bhatnagar
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引用次数: 1

摘要

随着射频发射塔/ Wi-Fi发射塔的日益增多,我们周围的环境受到污染,电子设备更容易发生故障。它们不断地暴露在环境中存在的辐射中,这导致它们的操作出现故障。为了减少辐射的影响,设备需要进行辐射抗扰度测试。以我们车辆中常用的音乐信息娱乐系统为模型进行测试。本文介绍了在浦那ARAI进行辐射抗扰度试验的基本思路。这个音乐信息娱乐系统已经测试了辐射抗扰性,有和没有铝外壳。铝外壳厚度为1mm,尺寸为290 × 190 × 120 mm,在EMI室中进行了测试,根据汽车标准AIS 004:第3部分,频率范围为200mhz - 2ghz,暴露在30 V/m的辐射水平下。观察系统运行中的任何故障,如音频失真和任何可能的显示影响。
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Radiated immunity assessment of music infotainment system and recommending the enclosure design to mitigate effects
As the RF cell towers / Wi-Fi towers are increasing day by day, the environment around us is becoming polluted and more prone to malfunctioning of an electronic equipment. They are constantly being exposed to radiations present in the environment which leads to the malfunctioning in their operation. To reduce the effects of the radiation, devices need to undergo Radiated Immunity testing. Music Infotainment System, which is commonly used in our vehicles, has been taken as the model for testing. This Paper gives the basic idea regarding the Radiated Immunity test conducted at ARAI, Pune. This Music Infotainment System has been tested for Radiated Immunity with and without Aluminium Enclosure. The Aluminium enclosure having a thickness of 1mm and dimensions 290 × 190 × 120 mm was tested in the EMI chambers where it was exposed to the radiation level 30 V/m as per Automotive Standard AIS 004: Part 3 for frequency range 200 MHz–2 GHz. Observations were made for any malfunctioning in the operation of the system like distorted audio and any possible effect on display.
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