With the continuous development of integrated circuit design technology and process technology, large-scale and ultra-large-scale integrated circuits have been widely used in various industries. The high integration of high-tech products in industry, agriculture, military industry, consumer electronics and other fields is inseparable from large-scale integrated circuit. Integrated circuit design is the research direction that supports future scientific and technological development, and there is a considerable shortage of talents with professional knowledge in integrated circuit design in our country. "Basics of Very Large Scale Integrated Circuits" is a professional basic course for computer majors and electronics majors. Based on courses such as "Digital Circuits", this course comprehensively and systematically introduces the basic theoretical knowledge and overall design methods of very large scale integrated circuits. Through the establishment of this course, we will popularize the basic knowledge of VLSI and cultivate professional theoretical research talents and advanced engineering technology R&D talents for the country. This course requires students to master the design methods of digital integrated circuits and understand the basic concepts of transistor-level CMOS logic circuit design, including MOS management theory, CMOS process and layout design rules, and various types of CMOS logic circuits (static complementary CMOS circuits, Transistor-level functional design, performance (area, speed, power consumption, stability and reliability) analysis and optimization of dynamic CMOS circuits, ratiometric circuits and transmission gate circuits).
There are all kinds of projects hidden in the Tektronix Black Technology Lab. For these top-secret projects, we only know their code names at present. Do you have the courage to break into the Tektron
Q: Varistor specificationsVaristors are non-linear, bidirectional, voltage-dependent protection devices with relatively high transient current and energy ratings (reaction times in the nanosecond to m
[Image Recognition ClassificationMotion DetectionAnalog Signal Processing System Based on Raspberry Pi 400 Sixth Post - Supplement] USB Communication between Raspberry Pi 400 and STM32This code is mai
Tsinghua University Altera FPGA Engineer Growth Handbook : https://training.eeworld.com.cn/course/6070At present, with the emergence of high-performance FPGA, FPGA is almost omnipotent in the design o
1. Unboxing + Resource Introduction
I have received the GD32L233C-START development board. After unpacking it, I was a little surprised. It was just a bare board without even a USB cable.Are all the d