Our goals: first, follow the steps we provide to constrain one by one; second, find the corresponding scenario based on your own usage, and then pick out its corresponding timing constraints; third, follow the prompts to get parameters to calculate the final result. Our advantage: a fool-proof, yet practical “operating manual” for timing constraints. This series of videos briefly introduces our "Operation Manual" and is guaranteed to give you unexpected gains! In addition, FPGA is a practical course. After listening to it a thousand times, it is better to practice it yourself. Practice is the most important content. Welcome to follow us for more information.
An American customer sent me a product request, requiring an on or off signal to be input to the PLC. Here comes the question. Pleaselook at the product picture. I have a basic understanding of electr
If single pulse control (pulse + direction) is used, how should the direction signals DR+, DR- and pulse signals PU+, PU- be connected to the 51 microcontroller and to which port? At the same time, ho
Customer feedback found that half of the geared motors with encoders could not reach the required position, but the waveform measured on the oscilloscope was normal.
Could you please tell me whether the same inflate/deflate decompression code is used in the vxworks source code for CPUs of different architectures?
For example, can we call the inflate code of the Vx