ID 原文 译文
16225 首先，利用Lighttools软件对分别采用1 mm和2 mm U型导光板的曲型侧边背光模组进行了设计和建模； Firstly, the curved side backlight module with 1 mm and 2 mm U-shaped light guide plate was designed and modeled by LightTools software.
16226 接着对两种不同厚度的曲型侧边背光模组与采用4 mm常规平板式导光板的侧入式背光模组进行仿真并对比分析； Then, two different thickness curved side backlight modules and a side-in backlight module with 4 mm conventional flat plate light guide plate were simulated and compared.
16227 最后对采用2 mm U型导光板的曲型侧边背光模组进行了相对偏移的仿真，结果表明其光学性能在强振动和宽温环境中具有较高的稳定性。 Finally, the relative shifting simulation of the curved side backlight module with 2 mm U-shaped light guide plate was carried out and the results showed that the optical performance of the module had high stability in the strong vibration and wide temperature environment.
16228 文章得到一种采用2 mm U型导光板的曲型侧边背光模组，相比较常规侧入式背光模组，在保持了光学性能一致性的前提下厚度缩小了2 mm，对特种显示器的薄型化设计有一定的参考意义。 Compared with the conventional side-in backlight module,the proposed curved side backlight module with 2 mm U-shaped light guide plate maintained the consistency of optical performance,which had certain reference significance for the thin design of special display.
16229 为解决PWM(Pulse Width Modulation)背光调亮技术的应用缺陷，提出了一种基于脉冲密度调制(PDM:Pulse Density Modulation)的背光调亮算法。 A LED backlighting dimming method based on PDM algorithm was proposed in order to solve the defect of PWM dimming method in application.
16230 对PWM和PDM调亮波形进行了频域仿真分析，结果表明PDM的谐波被移到频率更高的位置，避开了电源传导发射试验CE101的测试频段(25 Hz～10 kHz)的范围，从而更容易满足电磁兼容要求。 The frequency domain simulation analysis of waveforms showed that the harmonic frequency of PDM method moved to higher region than PWM method, avoiding the test frequency band (25 Hz～10 kHz) of CE101 so that it was easier to pass the EMC CE101 test with PDM method.
16231 对某产品分别采用PWM和PDM调亮技术进行CE101和负载特性对比测试，测试结果表明：与PWM调亮技术相比，PDM调亮技术的电源电流波形比较平缓，不会跟随调制脉冲出现剧烈的振荡，负载特性具有明显的改善。 As a result, compared with PWM method, the current waveforms were relatively gentle and the load characteristics were obviously improved by using PDM method.
16232 基于PDM的LED背光调亮技术优势明显，更适合应用在电磁环境复杂、负载特性敏感的领域。 In summary, PDM method has advantages in electromagnetic environment and load sensitive applications.
16233 研究了一种基于软件补偿结合恒流源补偿的改进温度补偿方法，应用单片机、恒流源、数字温度传感器、乘法器等硬件电路，对传统软件补偿进行了优化，补偿效果较传统恒流源补偿有了明显提升，“温漂”整体下降了约13.7%。 An improved temperature compensation method based on software compensation combined with constant current source compensation was studied. Hardware circuits were used by this study, such as single-chip microcomputers,constant current sources,digital temperature sensors and multipliers to optimize traditional software compensation.The compensation effect was better than traditional constant current. The source compensation has been significantly improved,and the overall "temperature drift" has dropped about 13.7 %.
16234 在传统的温度补偿方法如热敏元件补偿、恒流源补偿、软件补偿等方式上做了补充，对于霍尔电流传感器精度的提升及实际生产需求的满足有重要意义。 The traditional temperature compensation methods,such as thermal element compensation, constant current source compensation and software compensation,were also supplemented. It was of great significance to improve the accuracy of Hall current sensors and meet the actual production requirements.