1) slice
片集
1.
This paper introduces slices clip firstly during verifying two propositions of synchronic distance.
文章对C/E系统中有关同步距离的性质进行了研究,首次提出了片集夹的概念。
2) Monolithic integration
单片集成
1.
The monolithic integration and hybrid integration technology used for HgCdTe infrared detector is researched.
对用于ＨｇＣｄＴｅ红外探测器的单片集成与混合集成技术进行了研究。
2.
Based on a thorough investigation and an analysis of the worldwide research achievements on micro-cantilevers monolithic integration,an integrated sensor system composed of a cantilever array,a digital controlled multiplexer,and an instrumentation amplifier are designed and processed,and intermediate-CMOS process was designed to fabricate the int.
测量的结果证实了我们单片集成的可行性。
3.
Contact-mode photolithography was used for realizing the monolithic integration of 0.
采用光学接触式光刻方式,实现了单片集成0。
3) monolithic integrated
单片集成
1.
AlGaAs/GaAs monolithic integrated laser transmitter;
AlGaAs/GaAs 单片集成激光发射机
2.
The developing background of the monolithic integrated Si photo-receiver was presented.
介绍了单片集成硅光接收器的研究背景,阐述了硅光电探测器的工作机理。
3.
We designed and made a monolithic integrated negative resistance logic unit, which is composed of resonant tunneling diodes(RTD) and heterojunction bipolar transistors(HBT).
设计并研制了共振隧穿二极管(RTD)与异质结双极晶体管(HBT)单片集成负阻逻辑单元。
4) monolithic
单片集成
1.
A novel AIN monolithic microchannel cooled heatsink for high power laser diode array is introduced.
介绍了一种应用于大功率激光二极管列阵的新型单片集成微通道制冷热沉。
2.
An optimized design of the monolithic switched capacitor DC-DC converter is presented.
提出了一种针对单片集成开关电容 DC- DC变换器进行优化的设计方案 。
3.
The paper analyzes the possibility, difficulty, the present level and foreground about using CMOS imply the radio frequency (RF) circuit′s monolithic.
本文介绍了用CMOS工艺实现射频电路单片集成的可能性、难点、目前的情况和前景以及最终实现射频IP(IntellectualProperty)的意义 ,并提出了一条适合国内发展射频电路集成的途径。
5) integrated chip
芯片集成
1.
The design method and the system fabrication process of 8mm integrated chip receiver with MCM-D are introduced.
介绍了用MCM D技术研制的 8mm芯片集成接收机的设计方法及系统实现 。
6) Fractal set
断片集
参考词条
补充资料：单片集成电路
见集成电路工艺。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。