The paper gives the trimming technology's theory and realization in precision IC design, and sums up the advantage and disadvantage of methods.
介绍了高精度集成电路设计中修调技术的原理与多种实现方法，总结各种实现方法的优缺点。
The shape and dimension after trimming is the most important factor which affects the forming precision.
影响翻边成型性和成型精度的一个重要因素就是零件修边后的形状和尺寸是否合理。
This unique and patented tube technology integrates a miniature trimming head for increased visibility, maneuverability and precision.
这种独特的专利管技术集成有提高知名度，机动性和精密小型微调头。
Capacity correction is an important step to improve the precision, mainly contains the heeling correction, trimming correction, and member correction.
容积修正是提高计量精度的重要措施之一，分为横倾修正、纵倾修正和构件修正。
With the trimming of high precision, fast groove, performance, and reliable.
具有调阻精度高、刻线速度快、性能可靠等优点。
With the trimming of high precision, fast groove, performance, and reliable. Can work long hours. Marking the trimming process can be automated, convenient and reliable, integrated.
具有调阻精度高、刻线速度快、性能可靠等优点。可以长时间连续进行工作。整个调阻标刻过程可以自动完成，方便可靠，一体化设计。
The fact that most of these topologies need laser-trimming technique to improve the match precision to reach high CMRR is found after investigating several instrumentation amplifier topologies.
本文研究了几种常用仪表放大器电路结构，发现多需通过激光调阻技术来提高电 阻网络的匹配精度以达到高的共模抑制比。
The fact that most of these topologies need laser-trimming technique to improve the match precision to reach high CMRR is found after investigating several instrumentation amplifier topologies.
本文研究了几种常用仪表放大器电路结构，发现多需通过激光调阻技术来提高电 阻网络的匹配精度以达到高的共模抑制比。
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