原创 磁珠与电感有什么区别？高频时磁珠怎么滤波？下文进行了很好解释！

second part

No business travel here – strictly pleasure, the only reason to fly. My wife turns off her virtual Sudoku. Did I leave the stove on, she asks. Some things never change. I access my home monitor and confirm that she did, indeed, leave it on. I turn it off and check that my security systems are functioning properly. The cameras know when to alert me of anything strange and are also programmed to recognize my friends and family – which is good because my daughter is picking up my social security check ¬apparently the only piece of mail I still receive. You see, my wife made me retire again!

The airport is crowded but moves as quickly as the traffic. It takes one minute to get through security as my implanted information and my person are scanned. I lose my wife to one of the gift shops and quickly check her GPS position. She’s buying the latest e-book and with a scan of her ID chip, we’re on our way. In two hours we’ll be in Rome, just enough time for a short nap for this tired digital self.

This vision for the next twenty-five years is profound, but also raises challenges. To bring portability, connectivity and intelligence to every electronic device, semiconductor companies will need to hide the inherent complexity of creating such devices. Complete system solutions consisting of hardware, software and tools that spawn cooperative signal processing will be of paramount importance. With its expertise, technology and industry collaboration, TI is poised to address these challenges just as it has consistently conquered performance, price and power obstacles.

We are at a thrilling time in history, and life as we know it is about to change. It’s already happening – we will make it happen together.

If you have a vision of what the future will hold, send it to me. Put yourself in 2020 and imagine where DSP technology will take you.

很明确的解释，我原来都不明白什么是磁珠，后来电路里看到过，但是不是很明白她的用途。谢谢