Will a 10-meter-linear(Amplifier) work on CB Radio frequencies? \nLike the one on here http://www.1stopelectronics.com/shop/?shop=1&cat=133&cart=569561 at the bottom "Palomar Deluxe Modulator 1", or on this site http://www.pacetronics.com/prodpage.cfm?Cat_Selected=0&Subcat_Selected=0&Group_Selected=0&Product_Selected=86&Search=Yes
214884
Amplifiers are illegal on CB.
56653
odds are, that you would be beter off buying a manufactued device, dc to ac inverters are very complicated and have many different circuits. not only that, but for you to make something that can invert that much power would need an extreme amount of skill to to get the proper components. I would recomend geting a manufactured model from marine purposes perhaps. Some companies should offer custom built electronics.
494663
It would help if you were more careful in your wording.\n\n"How would one design a snubber circuit for clamping in a flyback converter used as a 250 watt battery charger? The flyback converter switching frequency is 50 KHz and the max duty cycle is 45% on.", is my best guess at what you meant to say.\n\nThere is information on Wikipedia regarding flyback converters:\nhttp://en.wikipedia.org/wiki/Flyback_converter\n\nI am guessing that the snubber would be a zener diode and resistor in series, connected in parallel to the output terminals.\nRather than calculate the value of these components now, I would like to hear more from you regarding the location of the snubber in your circuit...\n\nHope this helps!
558908
I'm in western Australia and we get good reception with an indoor antenna with an amplifier they're about 50 bucks from Dick Smiths. Good luck. Jules.
114976
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.
85974
Oscillation and Modulation of waves produces FM Radio waves. Here is a site which has some good and simple circuits. But remember Transmitting Radio Waves without a license is illegal in most countries..
179656
You need to have recorded the power over a range of frequencies and ploted the Output over the Input. If the chirp signal can be extrapolated into its freqency components possibly you can compare the output to this, otherwise a new set of data points are required.
220352
what about a wireless guitar amp
58419
It's not clear from your question, are you trying to design an antenna?  What is the purpose of this experiment?\n\nIf you want to build an antenna, I would suggest a magnetic dipole.  This is the old fashion UHF type attenna (the loop).
524443
If the impedance is low on the input side, then the signal to be amplified will degrade quite a bit.  Signal-to-noise will drop considerably.
548368
I would have to say try the broadband see if you get any reception which you should or if not you might need to purchase a radio with the international frequency ranger that should do the trick to local radio stations and try the e bay to purchase one of these babies
343327
Since you have no contact info, I have no other choice...\n\nIn reference to http://answers.yahoo.com/question/index?qid=20061115060801AAEHWQA&r=w&pa=FZptHWf.BGRX3OFMhzdTUCYEW59bygAIQoCa4DY8zIlrypTkPQ--&paid=answered#NbUvWju8VzmdRHfXRHQU\n\nYou suggested to the asker to wire his sub to 1 ohm when it clearly states in his question "500 watts X 1 @ 4 ohms". You do realize you told him to blow his amp up by wiring it that way.
256301
Find or build a jammer for frequencys above 820 and below 900mhz. Set the jammer to where the calls are made. Have a antenna wire run throughout the area. Good luck.
164604
Hi Dave,\n\nthere are links to electronic forum sites, and electronics information sites here:\nhttp://www.davidbridgen.com/links.htm\n\nI expect the forums are what you are looking for.
507416
Get the cable company to rewire the house.  Coaxial cable more than 25 years old doesn't reject EMI/RFI interference very good.  Also see if the cable company will install an amplifier, that should take care of any weak signal issues.
113335
It is assumed you have completed all of the tutorials on basic electronics because without that basic grounding you will go nowhere here. It is assumed you have a good understanding of ohms law to be able to follow the necessary calculations here.\n\nMany people are interested in Audio Amplifier design. If this is your area of interest then the first thing I sincerely recommend you do is buy this excellent reference book through my amazon affliate program.\n\nHigh-Power Audio Amplifier Construction Manual - G. Randy Slone, Randy Slone - highly recommended. Paperback and 476 pages.\n\n"Design and build awesome audio amps. Amateur and professional audiophiles alike can now design and construct superior quality amplifiers at a fraction of comparable retail prices with step-by-step instruction from the High-Power Audio Amplifier Construction Manual. Randy Slone, professional audio writer and electronics supply marketer, delivers the nuts-and-bolts know-how you need to optimize performance for any audio system--from home entertainment to musical instrument to sound stage".\n\n"Build a few simple projects or delve into the physics of audio amplifier operation and design. This easy to understand guide walks you through: Building the optimum audio power supply; Audio amplifier power supplies and construction: Amplifier and loudspeaker protection methods; Stability, distortion, and performance; Audio amplifier cookbook designs; Construction techniques; Diagnostic equipment and testing procedures; Output stage configurations, classes, and device types; Crossover distortion physics; Mirror-image input stage topologies".
23058
Thanks for opening this up.  Never heard of this b4.  I reviewed the 2 links below for info.\n\nThanks again!