sanyo crsr-10 is a plug and play satellite radio for home and car by sirius.
132280
I have had problems with the sanyo crsr10. My main problems is with that L connector that the power and antena plugs into, myother problem has not happened in some time but it happened today which all I hear through the unit is a constent clicking sound from my radio both using the rca cable thing and the fm station magilicutty no sound except the constent clicking sound. both sirius and sanyo were of no help to me.
10406
My stepfather is a trucker, and he's loving his satellite radio.  He can even get his team's football game wherever he is.
585078
You could get Verizon broadband, but it only works in larger markets.  \n\nI would suggest an iPod or Satellite Radio.  I have XM radio in my car.  It is a big help for my monthly drive from North to South Carolina.
114021
XM radio is the only way
174
You want one of the dockable tuners, all of them have some sort of line out capability.  After that the prime factor is form factor and UI.  I prefer the look of the Clarion but the JVC and Audiovox are also good.  Also, if you have broadband at home, you don't need a tuner, all sirius subscribers can stream Sirius channels via the internet for free.
95630
Sears sells a device that should work, it is made under the brand "Craftsman" the device is called a claw hammer, that will fix there radio selection.\n\nor\n\nOr you could alternate, one day person A chooses, next day person B chooses...\n\nor\n\nFind a new car pool or drive yourself.
376656
Dear Sir:\n\nWhile there have been some actual transmissions from Earth to the Solar System seeking echos, and some of this might still be going on in a coordinated fashion, as I understand it, the primary mission of the existing radio telescopes is to "Listen" to upper wavelength radio emissions from gas clouds, and other phenomina in the universe. Of course, once some interesting\nradio emissions are detected, a full spectrum scan of the target is most likely conducted to determine the full extent of radio\nsignals from that source.\n\nOther radio transmissions are made from Earth to our traveling Space Probes and Robotic Explorers at various locations in the Universe. A continual litany of telemetry, television and voice signals also flows between the Space Station and Ground Control Center to keep a constant watch on the health, status, and activities of the space crew, mission, and the station itself.\n\nI will defer to someone from one of those positions for an\nanswer as to the power and frequency of transmissions from Earth to the Space Station, Earth to the Robot Explorers, and Earth to the existing Space Probes way out in deep space.\nMy guess is that these various transmissions take place on frequencies between 2,500 Mhz and 40,000 Mhz. That is a \nvery large radio spectrum. \n\nSince my response turns around your question, in that I am telling you that the biggest radio telescopes listen rather than\ntransmit, let me also tell you that the biggest radio telescopes are not simply single structures at a given location. In recent years a scheme for the linkage of two or more radio telescopes was developed. Therefor, the biggest radio telescope would be an electronic combination of the signals from most of the largest installations on Earth. A lot of work has been done in that vein in recent years. Using more than one receiving antenna provides an easy means for researchers to filter out local ground (earthbound) noise generators and radio disturbances. Signals heard at the same time by widely separated receiving antennas (and equipment) are most probably from the sighted target source (assuming both antennas are aimed at the same target). It is also interesting to know that the radio signals that are received require a vast amount of processing to be identified and detected. The processing of the radio telescope incoming signals takes a huge array of computers and some very complex software programs to yield useable data.\n\nYes, radio waves do go on forever. However, their strength at the point of interception decreases by the square of the distance from the source. So, the strength of radio waves become very, very weak as you move into distances like 100,000,000 miles.\nThe wave front would continue out like rings of water in a pond until they hit something and bounced back off of it. In that sense,\na portion of the radio wave would not go on forever, but would become a new wave moving in the oposite direction from the new source (which was the object that the wave struck). The\nrest of the wave front would continue on until it struck something, and we repeated the above scenario. The exact same thing happens to signals transmitted from a sonar transducer in the water. Those devices are used to detect the depth of the bottom of rivers/oceans (depth finder), fish in the water (fish finder), or even other vessels (sub hunting). Sonar, uses sound waves and not radio waves, but the principle is almost the same.  Sound waves radiate out. Nearby echos are strong enough to be detected with existing equipment and are plotted and displayed on information screens. Some echos are so weak coming back that the existing equipment cannot detect/plot/or display  them.\n\nRegards,\nZah
17188
You need a big dish antenna and a lot of power to transmit to a geo satellite.  If your cell phone had that, it would be to0 big and heavy to carry.  That's why towers combine calls from many different users and route them, as needed, to other towers via wires, microwaves, or satellite communications.
421876
Radio programs for people (beings) in space.
25406
I have Sirius, and I love it.  I pay for 2 years at a time to get a small discount--it ends up being less than $10 per month.\n\nI had a Ford dealer install the receiver in my car (that was pricey) and then they gave me an 800 number to call.  I called, and gave Sirius the receiver number.  5 minutes later, I was in business.  Since then, it has been smooth sailing (or singing?).\n\nI love the lack of ads.  Now, when I listen to FM (by force, you know), the ads seem so obnoxious and by contrast, there is very little music.  There are so many specialty channels--anyone can find music they love.
492404
the radio/stereo, television, phone, cameras, electricity
314132
sometimes they are used for radio antennas
278505
It is a broadband system over satelite systems.
473479
If you go here, you will find out all about the Mio 268, and if you scroll to the bottom of the page , you will be able to click onto a multitude of SatNav systems :-\nhttp://www.lordpercy.com/mio_268_review.htm
359320
I have both services. Of the two, I prefer sirius. I like there music format better. Way better talk/entertainment.(Howard Stern, Jim Brueur, ect.) I have less signal drop with xm and the sound quality is slightly better but I mostly listen to xm for baseball. When baseball season is over I hardly turn it on. If forced to chose, i'll take sirius.
9191
get a kenwood deck that has sirus, then all you hav eto do is get an antenna for the services
132084
You can set the band of your radio to SW or short wave. Start tuning. You will get many international channels. The clarity will be poor though. Satellite radio is the best.