Including Xilinx UltraScale SelectIO CTLE performance demonstration, how to use XPE tools to analyze the power consumption of UltraScale devices, UltraScale BRAM performance and power consumption advantage demonstration, UltraScale DSP and clock power consumption reduction function demonstration, how UltraScale reduces power consumption, and use System Monitor to monitor Operating environment, using the system management wizard for system monitoring design, how to use Vivado MIG to design memory interfaces and controllers for UltraScale devices, why ASIC-like clock technology and advantages are used in UltraScale, and how to create and use UltraScale PCIe design examples.
[i=s]This post was last edited by weiwei4 on 2019-1-21 11:49[/i] Rapid IoT Studio online IDE This is quite easy to use. You can program without typing code. How to start? Why not turn on a lamp first!
As shown in the figure above, a large round hole is opened on the PCB board, through which the screw cap can be passed. First, shape the TO220 package, solder it, and then place it on the radiator, an
When using a serial ADC chip, after the chip select CS is pulled low, the falling edge of SCLK is sampled and converted, and the rising edge of SCLK is used to output data. This means that the pulse w
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A simple power supply mainly consists of a PFC boost after a rectifier bridge, and then a BUCK step-down output. During surge simulation, the output voltage of the front-stage protection circuit
Pulse power supply for plasma excitation has the advantages of fast rising and falling edges, narrow pulse width, etc.
1. Electromagnetic interference releases a strong interference signal when the pu