Linear Technology's technological achievements in switching regulator performance and innovative packaging methods have resulted in a new generation of point-of-load DC/DC regulators that compress and encapsulate all circuit components in a single form factor It is housed in a very tiny package, so it looks similar to a surface mount IC. These high-end point-of-load μModule regulators are complete solutions that include DC/DC controllers, MOSFETs, inductors, input and output bypass capacitors, and compensation circuitry.
Linear Technology also understands that EMI can be a difficult problem to deal with, so this new line of low-noise μModule DC/DC converters is not only easy to use, but the noise is low enough to alleviate the problem in your design from the beginning. EMI issues. The μModule family is backed by Linear Technology's rigorous testing and high-reliability processes, simplifying power product design and layout.
The attached picture shows part of the circuit for capacitor testing. There are a few things I don't understand now. I wonder if I have misunderstood the circuit.
The capacitance meter I opened and ch
CS is an integrated development environment launched by TI for developing DSP chips. It uses a Windows-style interface and integrates editing, compiling, linking, software simulation, hardware debuggi
There are three initialization functions. I hope to select one by pressing a button and then do subsequent tests. However, I find that the button seems to be always skipped and the subsequent program
In 2019, the hot topic of warehouse AGV (Automated Guided Vehicle, AGV for short) development was from "shelf to person" to "cargo box to person". In 2020, affected by the national epidemic, companies
The IP resources shared by Synopsys in this issue include the latest technical solutions and cutting-edge technology interpretations for ARC processors, automobiles, and HPC/DC.ARC Processors
High-per
[i=s]This post was last edited by qwqwqw2088 on 2020-3-28 10:08[/i]24-pin ATX12V 2.xThe 20-pin ATX connector ignores the last four pins: 11, 12, 23, 24)
Pins 8, 13 and 16 are control signals: - "Power