In today's computing environment, the power consumption of CPU/GPU is increasing. As the output current requirements continue to increase, the cost-effectiveness of using a single buck regulator for power supply is low. Multi-phase buck regulators are widely used in computing applications due to their scalability and ripple interleaving advantages, as well as excellent current transmission performance. The ACOT architecture and stackable approach can drive larger loads. This seminar mainly introduces Microchip's latest 75V two-phase buck switch controller MIC213x using the ACOT architecture, which can be stacked up to 8 phases, and the HSC control achieves ultra-fast transient response under heavy loads; typical reference solutions in high current environments will also be demonstrated. Through this seminar, you will have a comprehensive understanding of application design cases for ACOT SMPS to achieve stable output and timely response.
I am now burning nk.bin of ce6.0. Below is the serial port information returned. But there is an error in the bottom line. Please help analyze it. Selection: D Mark the bootimage area in Flash as RESE
The ocx (win32) that can be used in the vc2005 smart device program dialog cannot be used in the vc#2005 smart device program and is grayed out. What is the reason? Experts can help
Adding PLL (phase-locked loop) is an exercise in using IP cores. Taking the previous square wave generator as an example, first create a schematic file from the Verilog file (File->Create/updata). The
[i=s] This post was last edited by fyaocn on 2016-8-22 11:16 [/i] 1. For IoT development, development boards are indeed a powerful tool. So far, there are indeed many types of development boards, and
[i=s]This post was last edited by anqi90 on 2017-3-1 12:55[/i] Reposted from Engadget: [url=http://cn.engadget.com/2017/02/28/raspberry-pi-zero-w-is-a-10-computer-with-wifi-and-bluetooth/]Raspberry Pi