Re: receiving a carrier

jhon1 wrote:
Thanks Michael
I am working on a project that needs to transmite a clock signal (just
binary
sequence or a square wave), and one of the options is to send a sine
wave ( high frequency carrier) and squarising it at the other side, so
how I can achieve like this task?, as you know radio modules do't
really fit in such application, I don't need to transmit data (the rate
of it is a small), I need only to transmit a clock signal.
Thanks

Jhon1,

I think you want someone to tell you that this has a simple solution and then give it to you.

Please try to understand, the folks here want to help.

But, the description given so far has not helped your cause.

This description is better, but still not enough.

I am sorry you don't understand radio systems. If you had any clue, the answers given so far would have been enough.

so, your problem still requires the width of the clock signal you wish to recieve to be given. Once that is known people here may be able to help you. Also how this clock signal is use will help.

The simpler the system the less accurate it will be.

Good Luck,

Donald
.

Relevant Pages

  • Re: receiving a carrier
    ... sequence or a square wave), and one of the options is to send a sine ... wave (high frequency carrier) and squarising it at the other side, ... I need only to transmit a clock signal. ... The clock signal will need to be converted to a low rate ...
    (sci.electronics.design)
  • Re: receiving a carrier
    ... I think it is very difficult to be transmitted with available radio ... sequence or a square wave), and one of the options is to send a sine ... wave (high frequency carrier) and squarising it at the other side, ... I need only to transmit a clock signal. ...
    (sci.electronics.design)
  • Re: receiving a carrier
    ... wave (high frequency carrier) and squarising it at the other side, ... I need only to transmit a clock signal. ... I agree with Michael T. -- radio modules would work quite well for this ... Set the power to, say, 0dBm. ...
    (sci.electronics.design)
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