Will a 10-meter-linear(Amplifier) work on CB Radio frequencies?
473623
Amplifiers are illegal on CB.
168211
Cheap receivers are possible.  Take AM radio, for example.  It is very wasteful of bandwidth compared to a digital transmission.  However, you can receive AM with a simple envelope detector.  You can receive AM with a "crystal radio"  constructed with only a diode, a coil, a capacitor, and a pair of headphones.
471190
Electromagnetic radiation in the 1 to 1000 m wavelength range.
233686
I found this link. Maybe you can check it out as they talk about starting a powerful FM radio station and a low cost alternative. http://www.prometheusradio.org/alt_startfm.shtml
410372
call your local stations and see if they know\nthank you
277573
Uh, no software will make a standard computer without a special radio reception card of some type sensitive to "radio waves".  If you are referring to the Wi-Fi specification, Blue tooth or some other specification, there 'could' be a group of API calls or a Java collection that could allow the specification to work.  Otherwise you are stuck with assembly language or C programs written to take control of a specialized piece of hardware.  All in all, this isn't a real good answer, simply because the question doesn't give enough detail of what you are using and wanting to achieve.  Re state it with more detail and maybe someone can give you a better answer.
613253
CE has high current gain , voltage gain about 500 which is suitable for audio frequency circuits.\nCB has unity current gain,voltage gain of abt 150 which is used in high freq circuits but has low current gain(approx 1).\nCC has high i/p resistance and low o/p resistance suitable for impedance matching but has low voltage gain(<1).\nAs CE has high ct and voltage gain its better than CB & CC
808967
Would help tremendously to know what frequency your transmitter works on....!\nBut have a look at these guys, they might have what you are looking for\nhttp://www.rentron.com/RF-Remote.htm
214037
Thats a hard one. the 5 ft dish is C-Band, the mini dish is K or KU band. The parabolics are different. You might be able to do it, and use the mini-dish lmb, but you will probably have to adjust the mounting point in order to get the best focal point...There is a listserve that you can probably join and ask some questions. I believe you can email listserve@scte.org. Good luck, hope it helps
588321
No, it is not.\n\nAn antennae is a reacive circuit normally tuned to resonance at the transmitting frequency. In such case it will produce a damped series of oscillations when energised by a pulse. Theoretically it would not, if the energising signal was a perfect sine wave and cut off at the zero crossing point exactly. However no wave generated by a 1Ghz oscillator will be a perfect sine wave and therefore the tendency of the antenna circuit to oscillate will produce at least a blurring or extension of the waveform beyond the single cycle.\nIf the antenna was not resonant then it would produce reflective waveforms and these will oscillate until their energy is dissipated. \nConsidering the fact that it is not possible to create any antenna system (including the transmission line) without some SWR, then the answer to your question is no.
547553
I don't know if anywone uses the old BNC stuff anymore. Used to be widely used.  100baseT is used for higher speed transmissions than 10base technology.  So if faster=better, then no, 10base2 is not better than 100baseT.\n\nEdit: I see they are still selling the old stuff. Perhaps the lower speed and better shielding might be better suited to some environments.
436468
More info is needed. \n\nWhat is the pass band frequency, what is the spectral content of the input signal. Ideally how steep do you want it?
983606
I have this little handy thing, you plug it into any standard head phone jack and it broadcasts about 30 feet or so on a station of your choice. It's called the Belkin TuneCast FM II. You can get it in white or black. It works pretty good, runs on 2 AAA batteries or wall outlet.\n\nhttp://catalog.belkin.com/IWCatProductPage.process?Product_Id=166893
697740
Try a FM Booster attached to the radio - I could never get a signal in my basement (It's a game room with pool table, darts, etc...So NEEDED tunes!), then hooked up a FM booster that I got at Radio Shack and it worked great!
70241
Build an amplifier starting with transistors.
396508
deffinately. w/o a repeater you shouldn't try go over 100m.
746361
Paul's quite right -3.01(something) dB is half the power. It's based on the Bel (after Alexander Graham ) which is log10(some power / some other power) but is a bit of a big change (3 Bel is a factor of 1000) so people use the decibel (dB) which is 10*log10(P2/P1)\n30 dB =1000  -30 dB = 1/1000\n\nIn terms of your low pass filter, if P2 is the output power you get if you put a clean narrowband signal of power P1 and center frequency w into your filter then when 10*log10(P2/P1)~=-3,  w is your 3dB frequency.  \n\n\nGood luck