当代超大规模集成电路设计与制造技术日趋成熟。
Now, the design and manufacture technology of VLSI have been perfected.
电路划分是降低超大规模集成电路设计复杂性的有效方法。
VLSI partitioning is an effective method for reducing complexity of VLSI circuit design.
电源采用大规模集成电路设计，性能稳定可靠，功能完善，体积小而轻便。
Power: the large-scale integrated circuit design, stable and reliable performance, improve the function, small size and light.
它们有一个低功耗与低输出阻抗的简单结构，可以用作超大规模集成电路设计中的接口电路，以减少基片的外部引线数。
They have a simple construction with low power dissipation and low output impedance and can be used as interfacing circuits in VLSI designs to reduce the number of external connections on a chip.
本发明属于微电子学与固体电子学领域的超大规模集成电路设计，是一种采用电感实现的射频信号集成静电释放保护电路。
The invention belongs to SLSI design of field of microelectronics and solid electronics; it is a radio-frequency signal integration static release protecting circuit realized by inductance.
文章就采用中大规模集成电路设计一个新型的多波形发生器，并由单片机系统控制其输出频率和幅度的步进调节，实现数码显示等展开了讨。
The step adjustment of the generator output frequency and amplitude is controlled by a single chip microcomputer in order to realize the digital display.
论文针对目前大规模集成电路设计要求，结合电力电子应用，设计了一个SPWM信号产生系统IP软核，该软核可广泛应用于系统级芯片设计中。
According to the requirement of the VLSI and the wide application of power electronics, IP soft core of SPWM generation system is designed. And it can be widely applied in system level chip design.
论文针对目前大规模集成电路设计要求，结合电力电子应用，设计了一个SPWM信号产生系统IP软核，该软核可广泛应用于系统级芯片设计中。
According to the requirement of the VLSI and the wide application of power electronics, IP soft core of SPWM generation system is designed. And it can be widely applied in system level chip design.
应用推荐