To get the most out of your LDO application, the LDO power dissipation needs to be carefully considered. The power dissipation in the LDO is determined by the voltage drop across the LDO multiplied by the current passing through the LDO. Increasing the LDO voltage drop or the LDO current quickly leads to higher dissipation. But how much power can you dissipate in the LDO? Learn more about package power dissipation and how to improve your thermal design in our tutorial video.
I have a question. I am drawing a board, and the GND pins of several capacitors are very close to the GND copper. I just put the GND pins of the capacitors directly on the copper. Then the software sh
When using V5, a common IO is used as a global clock. As a result, an error occurs during MAP: ERROR: Place: 645 - A clock IOB clock component is not placed at an optimal clock. Changing the system en
Question 1: What are the parameters for the Sensor configuration option in MmwaveStudio and what are its meanings?
There is some confusion when configuring the mmwavestudio sensor configuration option
[table][tr][td]I have been exposed to SystemC these days and have some thoughts: 1. SystemC is a set of C++ Class Library, which extends C++ into a hardware description language (HDL). I feel that to