微波EDA网,见证研发工程师的成长!
首页 > 研发问答 > 微波和射频技术 > 天线设计和射频技术 > Any replacement part number for MC12009?

Any replacement part number for MC12009?

时间:04-07 整理:3721RD 点击:
I use MC12009 as divide-by-6 prescaler, but MC12009 is not manufactured any more.
My input is sinwave, 60M, +10dBm, and output should be TTL, +3.3V or +5V. Duty cycle is not strictly requirement.
Who can recommend any replacement for my use? Thanks.

Square up the 60MHz sinewave and then feed it to a 74AC161 div/N (powered at 5V) that is configured to divide by 6.

http://www.centellax.com/sites/cente...pdf/UXM15P.pdf

Getting sample parts from Centellax probably won't be easy. Also they won't be cheap and unlikely to be sold in small qty and I would imagine that exporting to China would be a problem.

Centellax have a branch in China.
Contact Us | Centellax

"Listen to many, speak to a few" -- William Shakespeare

Actually, I want use square and then use Hittite HMC394LP4, that is 5-bits counter, and I think it should be more cheap, because HMC394 only cover to 2G, but UXM15P cover 20G.

Another problem is HMC394 output power is low, so I will consider G0HZU suggestion.

Well they may have a plant there but it doesn't mean you can knock on the door and buy MMICs etc from them.

eg this is in thie terms

That's why I said China might be a problem. I do know that Centellax are (or were) very careful about who sees their die/MMIC products.

At a guess they use China to manufacture their test equipment products at low cost.
Products - Test / Measurement | Centellax

Is that the same as a shop in China for anyone to buy their MMICs?

Maybe.

That's why I said exporting to China might be a problem.


Besides, I already offered a solution that would work that costs less than S1 and can be bought at thousands of outlets worldwide.

You propose to use an expensive 15GHz microwave divider for use at 0.06GHz?

Yes, a curious suggestion indeed. But to some the bigger the better

"All that glisters is not gold" William Shakespeare (Merchant of Venice)

Copyright © 2017-2020 微波EDA网 版权所有

网站地图

Top