The Magic of Radio Part 2: Nutz and Bolts of Radio

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6698234883 31a355168f t The Magic of Radio Part 2: Nutz and Bolts of RadioWith SOPA and internet controls possibly on the near horizon, having the ability to both listen and communicate freely may become the exclusive domain of private radio operators.

With that in mind, last week we began our series on the “Magic of Radio” with a discussion of some basic shortwave radio equipment, including general shortwave listening gear and weather radios.  This week we present part two of our two-part series .

Gaye aka G2:  This week we want to move on to the next level of the hobby so how about starting with an explanation of antennas.

George aka G1: Sure!  Easy to understand and it only takes a few paragraphs to get the basics.

When it comes to antennas, there is generally only one number you need to remember – 468.  Here’s why that number is important:6698215821 8bc3424a33 m The Magic of Radio Part 2: Nutz and Bolts of Radio

If you know what frequency your radio is tuned to, you can use the formula 468 divided by the frequency (f) in MHz to come out with a value telling you how long a ½ wavelength antenna should be.

Say you really wanted to put up a good ham radio antenna for the 7-MHz band. How long would it be? The answer is (468/7=) 66.857 feet. But, since we don’t happen to have a tape measure handy calibrated in 1-10th or 1-100th of a foot increments, we save the 66 feet and add 12 inches times .857 to convert that ugly decimal into 10.28 inches – and since .28of an inch is close to a quarter inch in decimal form, we would round it off as 66’ 10 ¼ “ and call it good for overall length.

But there’s one more thing to do.  We have to cut this in half so we have two pieces of wire, one connected to either end of a center insulator. So two wires of 33’ 5 1/8th” would be good. As a matter of practice, we might add 4 to 6 inches at the end so we can wrap around the insulators which go at the ends and at the middle. Our feed line – oftentimes coaxial cable – would attach at the center with the middle conductor going to one side of the antenna while the outer shield and braid going to the other.

For listening, you don’t need to be so precise. In fact, a 33-foot piece of wire makes a dandy antenna by itself, and even better if the radio is connected to a good ground, such as a ground rod or copper cold water pipe. Now you’re talking first-class shortwave reception.

Remember our formula? The antenna lengths for the AM broadcasting band gets to be a lot longer. A radio station on the AM band, on 710 KHz, for example, would have a ½ wavelength of (468/.77 =) 659 feet!  So the optimal length for a wire receiving antenna on the AM band is about 330 feet and a good ground.

It’s about here that practical physics strikes both the broadcaster and the home listener when it comes to antennas.

On the broadcasting side, a dipole isn’t generally used on the AM band. Instead, if you take half of the half-wave antenna and mount it vertically (as a tower) you can “fool” the antenna into thinking the ground is the other half of the antenna.  Still, this is a very useful fact to know: You can make an educated “guess” as to an AM radio station’s operating frequency by simply looking at an antenna and inferring the operating frequency:

Radio Service
1/2 Wave
 Antenna
1/4 Wave
 Vertical Feet
1/4 Wave
(Inches)
AM station on 710 KHz (0.71 MHz)          659.15          329.58   
Am Station on 1100 KHz (1.1 MHz)          425.45          212.73   
AM Station on 1510 KHz (1.5 MHz)          309.93          154.97   
Texas Traffic Net SSB 3.873 MHz          120.84            60.42   
5.8 MHz shortwave band            80.69            40.34   
Low Power Ham Code 7.040 MHz            66.48            33.24   
Maritime SSB Ham Net 14.3 MHz            32.73            16.36   
27 MHz CB Radio            17.33              8.67          104.00
120 MHz Aircraft Voice Radio              3.90              1.95            23.40
145 MHz 2 Meter Ham Band              3.23              1.61            19.37
162.5 MHz NOAA Weather              2.88              1.44            17.28
468 MHZ Public Services              1.00              0.50              6.00
800 MHZ Trunking Radios              0.59             0.29              3.51
2.4 GHz Routers              0.20 0.10 1.17

G2:  Wait a minute! How come my AM radio doesn’t have a 330-foot wire on it?

G1:  There are special cases and one of them is the AM radio band.  Since – as you probably know – the antenna should be so long.  Is there a way to shorten it? You bet! Wind a bunch of antenna wire (thin stuff) around a special hunk of powdered iron or magnetically suitable material called “ferrite”. Interesting stuff, this ferrite and you can read the Wikipedia entry on ferrite core products here.

The ferrite core wound antenna provides a compromise: The size is smaller, but so is the performance. Although I do have to say there are some dandy radio antennas for AM distance listening (called “DX’ing) which are pretty interesting. One of these is the CC Radio Twin Coil Ferrite antenna  which runs about $100 from Amazon while the other is the Kaito AN-200 Tunable Passive AM Antenna The Magic of Radio Part 2: Nutz and Bolts of Radio which runs about $25.

6698234829 092d32d13d m The Magic of Radio Part 2: Nutz and Bolts of Radio

G2:  Are there packages that have everything included in them?

G1:  No, not generally. The reason is a lot of people like to “roll their own” package after reading reviews of shortwave gear.

But you can get some good guidance by looking at what people are pairing the external AM antennas with. For example, one combination seems to be the Twin Coil antenna along with a CC Radio 2 The Magic of Radio Part 2: Nutz and Bolts of Radiowhich covers the AM band, FM, weather frequencies, and the two-meter ham band. Great for local listening.

On the other hand for about $100 less, you can get a Tecsun PL660  The Magic of Radio Part 2: Nutz and Bolts of Radioradio which has shortwave with all of the shortwave bands.  It includes single sideband, Morse code capability and has aircraft too.  On the other hand, you don’t get the weather band and the two-meter band.  In case you didn’t notice, it’s hard to find an all things to all people set-up.

But for a shortwave basic set-up, the Kaito AN200 antenna, the Tecsun radio and the Sangean wind-up shortwave wire antenna can get you going for about $155 (not counting shipping).

G2:So what do some of these different signals sound like on shortwave and what’s that about?

G1: The earliest radios – back in Tesla and Marconi times – were continuous wave radios. What we would think of as “carriers” getting turned on and off – that’s the essential of Morse code. You can get a sense of what stations communicating in Morse sounds like from this YouTube video though the bells at the beginning are not code.  And you can hear some of the different modes on the Tecsun from a Lithuanian location here.

Although AM is the mode of choice for some shortwave broadcasters, there are other mode of operation. Single sideband voice, for example, gets rid of the wasted power of one sideband of an AM signal and tosses out the carrier too, so you get nothing but talk power.

By the way, if you want to see what a ham radio contest sounds like with good equipment and a first-class operator driving the gear, take a look at the SSB contest run rate in this video and realize that that virtually everyone of those contacts being logged by K5TR is a different state, plus a handful of foreign countries.

The application of computers to frequency control and multi-frequency modem technology is called automatic link establishment which you can hear on a military radio starting 13 seconds into this video.

A much more practical marriage between computers and HF ham radio is something called BPSK -31. It’s really cool because it allows you to have a keyboard chat – without using the internet. A demo video here on YouTube is really good and you can hear what the signals sound like in background.

G2:  But George, what is the point?  I am getting lost.

G1: Well, at the low end of things, you can get yourself into a position where you’ve at least input as to what’s going on in the world that’s independent (to some degree) of governmental or corporate filtering.

At the next level up it is a technically challenging hobby which provides important backup (and sometimes primary) communication during emergencies in places like Joplin, and so forth.  Using a ham radio satellite, for example, here is a video of a guy standing with a handheld radio in one hand and an antenna in the other talking to a distant state and talking to Mexico, as well.

And, at the highest level, with the hobbies combined, shortwave, ham radio, and electronic & computer hobbyists have helped push the envelope of how we can communicate with one another.  And it’s this “urge to communicate in new and novel” ways that I find most interesting because outside of equipment costs, it is possible to personally communicate worldwide with very little filtering by “establishment” or paradigm-defenders in between people of one country and another.

I think there’s great value to this because even though we presently seem likely to see the Intellectual Property and Stop Online Piracy Act come down on shared information if it’s from an IP-defending source, humans still have an underlying urge to communicate and get to know one another regardless of political divisions, most of which are highly artificial constructs, anyway.

The more ways we are able to communicate amongst ourselves, the more we will evolve as humans and learn to share and celebrate our common desires. So, yeah, I think this communications stuff – far beyond the routers and internet-based systems – is an important backup as well as being a frontier all of its own.

G2:OK, where to from here?

G1: Lately, my studies have been along lines that support an evolution into capitalism 2.0 – a world where most efficient means are used, rather than the most controlled or most profitable means. I know that sounds like academic gobbledygook, but two words sum it up: More Change.

The changes to come – are not necessarily going to come politely knocking on the front door. Nor, are they all likely to be encompassed by non-profit domestic media. And once the SOPA regulations are enacted later this year and China-style internet controls are in place, there will be a great stifled voice of the people.

Even on AM and FM radio in most major cities, if you drive around, you can still occasionally find “pirate radio” stations serving a neighborhood or local interest ground. If – as some have postulated – there is a generalized decline in government money available for “enforcement” of various laws and “regulations” we could well see a whole next-generation of “pirate radio” springing up, depending on how hard SOPA is when implemented.

There’s evidence from lots of countries, revolutions, rebellions, and change states, that radio is one of those tools which is hard to turn off, hard to control, especially when coupled with a computer.

I assume you know that on eBay there are 20-watt AM transmitters to be had for less than $700 including shipping? This means a person with a USB microphone, a laptop, and power can set up and move an AM transmitter around an urban area. I’m not promoting it, but when the general population and the governing powers of many countries have gotten out of “synch” far enough, pirate radio is something that can – and has – happened. I even saw a 300-watt transmitter set up for 105.9 FM stereo for $1,250.

Just seems to me that getting used to tuning around will be a way to “keep your ears on” because it might give you some very important clues about the kind of future that will arrive about the same time.

G2:  What next?

G1:  After you’ve gotten a sense of what’s out there – the next stop would be the national ham radio organization the American Radio Relay League. Their site has tools to help you find a local “Elmer” – a kind of radio buddy – who can coach you a bit on the ins and outs of the hobby.

Oh, and listening to fire and police calls on a Friday night, especially when it happens to be when welfare checks hit and a full moon, is endlessly interesting, too.  Scanners like the Uniden BC340CRS  The Magic of Radio Part 2: Nutz and Bolts of Radio100-Channel Clock Radio Scanner – which is $80 at Amazon make another good way to get the drop on current events, too.

G2:  And if someone wants to come at this from the police and fire scanner side?

G1:  Then a basic scanner would be good, but then transition into a ‘grown up’ ham radio like the Yaesu 857D  The Magic of Radio Part 2: Nutz and Bolts of Radioor the Icom 7000 – both of which have many followers. Either radio will get you on the VHF ham bands and in additional have killer shortwave and HF ham radio transmitting and receiving capability. The only downside is the price.  By the time you get radio and a 25-am 12-volt power supply for it, you’re pushing $1,200 by the time you and your “Elmer” get an antenna put up for the HF bands, but that’s the high class route.  It just costs a lot of money.

The last two hints would be to visit www.eham.net and read the equipment reviews and visit manufacturer web sites. The reviews may seem harsh but there are some manufacturers which may lean a little toward snake oil on some of their antenna claims.  You just need to read some.

And so to summarize . . .

Even if you never plan to get your basic ham radio license, there is a whole world of information available to you from the perspective of other people and other countries.  This information is available for free (other than the cost of equipment) day and night via shortwave radio.

To that end – the free, uncensored flow of information – we hope this has been a useful discussion of the nuts and bolts of shortwave radio.  One last thing:  keep in mind that any radio that’s you plan  to acquire as part of your “prepping” should run on 12-volt power.  Otherwise, should main power fail, you’ll have a very high tech paperweight.

Hang on and enjoy the ride,

The Two G’s – George & Gaye

. . . Your comments welcome at The Electric Tribe

The Basic Setup for about $155

TECSUN PL660 Portable Radio

Kaito AN-200 Tunable Passive AM Antenna

Sangean ANT-60 Short Wave Antenna The Magic of Radio Part 2: Nutz and Bolts of Radio

Spotlight Items:

C Crane Co CC2B Radio-2 AM FM/Weather and 2-Meter Ham Band The Magic of Radio Part 2: Nutz and Bolts of Radio:  This $150 radio is designed for long range reception and emergencies.

Uniden BC340CRS 100-Channel Clock Radio Scanner The Magic of Radio Part 2: Nutz and Bolts of Radio:  The battery operated scanner is a multi-featured conventional channel scanner that can be used to monitor police, fire, emergency, marine, air, amateur, and other radio services.  NOAA weather too,   into 100 channels over ten banks. The scanner also lets you listen to NOAA weather broadcasts for valuable information specific to your location.  Pretty cool for $80.

Ham Radio For Dummies: This could also be called “Ham Radio for Gaye” or other newbies.  It is never too late to learn and if SHTF, this may be the only reliable form of communication available.

 The Magic of Radio Part 2: Nutz and Bolts of RadioBuild your Own Free-to-Air (FTA) Satellite TV System The Magic of Radio Part 2: Nutz and Bolts of Radio: An interesting read – do you think you could do it?

All New Square Foot Gardening: Growing you own veggies in a limited amount of space is a no-brainer with the Square Foot Gardening System. The bonus is that it requires very little water and yay! there are virtually no weeds.

 

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6218911871 721d46e13c The Magic of Radio Part 2: Nutz and Bolts of RadioTalk about two heads getting together to come up with the ultimate gear bag! We spent a bit of time coming up with a checklist of things we would want with us if we were either stranded (say in a storm), in a wreck (heaven forbid a “ditch the plane” situation), or even in a bug out situation.

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The Magic of Radio Part 1: Why Shortwave Radio Matters

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6656367295 8f7770bdb3 t The Magic of Radio Part 1: Why Shortwave Radio MattersOften times the two of us simply hang out during our weekly Skype conference call and simply chat about whatever strikes our current curiosity bone.  And you know, with so much communication being done these days via e-mail or the social media, it is nice to hear a human voice and to partake in real human interaction.

Today we present the results of one of our recent chats with George (G1), the expert at all things radio and electronics and Gaye (G2), who likes to think she is the expert at everything else but is just putting up a good front.

Gaye aka G2: One of George’s serious diseases, masquerading as a hobby, has been his just shy-of-50-year involvement with ham radio – that and over 45-years in broadcasting, starting from the engineering side.

As he has written many times,

“Radio Disease: starts off innocently enough – perhaps with an innocent spin across the shortwave bands and hearing news from faraway places. Then it evolves to listening to what amateur radio operators (“hams”) around the world are talking about. Next thing you know, there are classes at the local ham radio club, a short test (and no Morse Code requirements – that went away years ago) and then you’re off climbing the technical ladder.

As you climb, the level of technical expertise increases, the complexity of radio gear increases, along with antennas and so on. Even so, for an investment of less than $600, a person can put together a wide-ranging home radio installation which will provide day or night communications around the world.”

So, given my aforementioned curiosity, I decided to have George answer some questions which people frequently ask about shortwave communications (knowing full well that ham radio hobbyists are almost universally willing to share their expertise.)

Okay then, George, curious minds want to know:  What do you mean when you say understanding “global communications and the news” works?

George aka G1:  Being able to monitor a wide range of radio (and companion satellite television and audio channels including network feeds) is extremely important to any person who wishes to become well-informed relative to what is going on in the world around them.  So when I talk about the “magic of radio” we have to recognize that this is a very, very wide-ranging topic.  Furthermore, the proper analysis of the magic is  dependent upon what aspects of personal information you wish to focus on and manage.

Let’s start with the hobby side of radio.

Some people get into radio from the technical side.  In my case, I started listening to tugboats on the Elliott Bay waterfront in Seattle with my clock radio when I was 12-years old.  This was my entry point to communications as a hobby.  But that was me.  These days,  most people don’t want to tear apart radios like I did back in the day.  As a result, perhaps it is best if we come at the hobby from the standpoint of an urban dweller who has a job – or not – but who just knows there something more going on than is alluded to by their current collection of media inputs.

To begin with, a regular citizen of the U.S. may not realize the amount of social filtering which is applied by U.S.-centric media.  This is not to say it is specifically bad, or even deliberate.  (Gaye’s note – yes it is!)

It’s just that someone who is an American in a foreign country will tend to report events around them – breaking news in particular – with and through the social filters implicit in coming from the highest income per capita and highest standard of living in the world.  The eyes of an American and typically, a rich man’s eyes.

The problem distills down to the fact that the US media, being clock-driven and revenue reinforced, is very limited in the number (and depth) of news stories reported.  So those that truly want to be informed, look for more.  They turn to shortwave.

If you have never listened to shortwave radio, an easy way to sample what shortwave listening is like would be to listen to some of the already available in-depth news sources, like National Public Radio.  When you do, you will find that what we’d call “long form” radio is much different than network “Sound Bite” news.

G2:  So how does this relate to preppers, prepping, and leading the “strategic life”? 6656392513 dda9f68f06 b The Magic of Radio Part 1: Why Shortwave Radio Matters

G1:  Just this:  A first stepping stone on the path to getting conscious control of your personal information platform is deliberately seeking out new sources of information that may/will challenge your current underlying (that is to say branded at the preconscious level) belief sets that control your expectations of how the world operates.

There was a dandy article in the Wall Street Journal recently which asks “So, What’s Your Algorithm?  Since your brain is in essence an Input/Output processor, you know where this leads.

So back to prepping.  Before you start thinking about worst-case communications and buying equipment, you might consider whether you would use it if you had it during non-survival times.

Which is not to say that dependable short-range communication with ham and shortwave radio is about talking to strange people (and sizing up strange ideas) from faraway places.  That is why I personally tend to watch foreign television news shows on Free to Air television – programming directly from China, Russia, Israel, Iran, and every other country that has some skin in the game we call “The Future.”

Side note:  if this interest you, there is a great book I’ve mentioned before: “Build Your Own Free-to-Air (FTA) Satellite TV System” by Dennis C. Brewer.  About $500 up front for the equipment, but after that, there are no monthly bills.

Like anything, there’s an investment/payback to be considered in shortwave and ham radio. If you can develop a taste for it, then you can spend some money on it and really enjoy it.  On the other hand, if you only want the basics, such as a weather radio, an $82 dollar radio like the Grundig S350 The Magic of Radio Part 1: Why Shortwave Radio Matters will meet your needs for long range worst case listening.

G2:  That’s a load of theory, George, how about something more – you know – practical?

G1:  You bet. One of the shows I have listened to on shortwave for years is one that is on weekdays and is broadcast on shortwave called “As It Happens”.  It is done by the BBC.  At one time it was only on a limited number of Canadian radio stations (and shortwave) but nowadays, thanks to the Internet, you can hear the program via the CBC website here.

This is a dandy example of the kind of quality you can stumble into on shortwave and then fold into your personal media blend.

G2:  Okay then, if a person gets to the stage where they actually like NPR for in depth news, and they have sampled some programs from a few foreign shortwave sites, what then?

G1:  I always start any discussion of shortwave radio by recommending that you walk around your home with a portable AM radio which is tuned to the low end of the AM broadcast band.  Don’t tune into a station. What you want to pick up is the general noise level around 550 to 600 on the AM radio dial.

The reason you need to do this is that you won’t want to pour a lot of money into a shortwave set, especially if you live in an electrically “noisy” environment.  A good shortwave radio – like the Eton (Grundig) 750 The Magic of Radio Part 1: Why Shortwave Radio Matters which is about $265 at Amazon – will not be a good investment if you can’t hear anything due to noisy electrical appliances.  Fine for camping trips or if the power goes out, though.

Using the cheap hand-held portable radio on the AM band, you should be able to hear which appliances generate radio noise.  Light dimmer switches are notorious for wreaking havoc on both AM and Shortwave bands.  So before you invest in a good radio, you’ll want to sniff out – and resolve – those noise issues that you can.  In most urban areas, you should be able to hear stations at the low end of the broadcast band pretty well, although the Big Radio Migration – from AM to FM which got underway in earnest in the early 1980’s, has been bad for AM stations which have continued to decline in popularity.

One first “radio project” we might as well do is a fun “get your feet wet” exercise:  Since most small portable AM/FM radios use a ferrite bar antenna inside for AM reception, you can use even that cheap little portable as your first real “direction-finder.”  It’s really simple: hold the radio in a stable position while you’re standing in your yard while tuned in to a local AM station during the day.  Generally, where the station reception is weakest is indicates the direction of the radio station.

A little practice with three or four local AM stations, if you have them, plus using Microsoft Streets & Trips The Magic of Radio Part 1: Why Shortwave Radio Matters and finding out where those AM station towers are, will quickly acclimate you to your new-found direction-finder.

Which sums up our first bit of radio learning: finding noise and the use of direction-finding capabilities.  I know people who have made it to Hawaii on sailboats just using an AM radio and looking for clouds over islands which form in the afternoon in the tropics.

G2:  What if I find a lot of noise?

G1:  That gets to be difficult – depending on what the noise source is.  If you go through the house and by turning off appliances you can’t find the noise source, you might try (after finishing this article!) turning off your computer gear.  The reason is the power supplies in most computers are high-speed switching devices which can “back-feed” noise down the power cord.  Anything that plugs in may be considered suspect until proven innocent.

G2:  So if my “noise floor” is low, and I order a radio, what next?

G1:  This is the easy part.  If you’re ordering the radio from Amazon, also pick up a copy of WRTH – the World Radio Television Handbook The Magic of Radio Part 1: Why Shortwave Radio Matters.  All kinds of interesting shortwave channels are listed there.

Then, if your computer is not wiping out the AM and Shortwave bands, you can hit online a site like Prime Time Shortwave.

People often ask me “which radio?” and that’s a hard one to answer.

Yes, the CC Radios are good, as are the Grundigs.  But consider your long-term interest in the hobby, too.  It may not make too much sense to invest in a shortwave receiver-only, since if you’re committed to long distance High Frequency ham radio operation, you need to save your money for an HF transceiver.  Almost all the modern HF ham gear includes shortwave bands as part of their “general coverage” claims.

For general purposes, I’d recommend you buy a good NOAA Weather Radio, since in the event of a real disaster, official news and information is likely to be disseminated through this channel.  The NOAA Weather radio is something that works almost everywhere and because it’s a narrow FM signal (which is more noise resistant) and because it’s a VHF (very high frequency) radio operating around 162-163 MHz.  It is a must-have.

Another thing:  leave it on all of the time with the alert feature set.  This is especially a good idea if you live in areas subject to hurricanes or tornados.

G2:  Why is it that some shortwave bands work during the day and different ones work at night?

G1:  There are two kinds of radio propagation commonly used by consumers.

Direct (or line of sight):  This is how your cell phone works because it’s a UHF (ultra-high frequency) signal. Police and fire radios are also line-of-sight, too, since they typically operate in the 150-180 Megahertz (MHz) range, the 450-470 MHz range and a few are on what are called trunking systems up around 800 MHz.

FM radio, by the way is line-of-site and when your FM radio is scratchy-sounding it’s usually because you have a weak signal and a reflected (or bounced) signal is arriving at a slightly different time.  That’s what causes ghosts in old-style television as well.

Ground Wave:  AM radio is mainly ground wave.  Low frequency signals come out from the station’s tower along the ground and tend to fill in shadow areas behind metal buildings, and such.  But at night, the ionosphere starts to lower the frequency at which it will reflect signals back to earth. This is the “Sky Wave”. That is why at night you can often hear far away AM radio stations.

The same is true of shortwave. During the day the 19 meter band (15.1 to 15.8 MHz) range may bounce a signal from a station in Asia.  But at night, as something called the Maximum Useable Frequency [MUF] drops, the 19-meter broadcasts stop reflecting and just goes off into space.

But while the distance on the 49-meter band may be limited to a few hundred miles during the day, when the MUF comes down at night, you can hear stations from all over the world between 5.9 and 6.2 MHz.

There’s also some seasonality to the MUF (and thus which bands work best) depending on how many hours of ionizing daylight there are.  In the summer time, the higher bands (like the 19, 16, 15, and 13 meter bands) stay “open” (good for long distance listening) longer.  In the winter, the lower bands rule and night time in the winter is when 120-meter listening is best, from 2.3 to 2.495 Mhz.  The HAARP signals are just down a ways from there, by the way.

G2:  Tell me again, George.  Why would a person want to have a shortwave radio, practically speaking?

G1:  If America ever had a really worst case kind of event, like an electromagnetic pulse attack, a shortwave radio could get you news and information from halfway around the world.  You would have the ability to know what is going on.  That could be important if all official news and information sources have been destroyed or damaged.

The same thing would be true if there were massive power failures.  As you know, this is not an altogether improbable event.

The other thing – and my favorite reason – is that to some folks, shortwave radio is just plain fun.  It gives you a chance to brush up on your trend spotting skills.  New music, new politics, new ideas – they often show up first on obscure shortwave stations or satellite television channels.

G2:  That’s probably enough to start thinking about for this week.  This is somewhat technical and I need absorb what you have said.  But promise me that next week we will get into more practical items like how to get the ham radio license, a discussion about antennas, and some of that radio jargon that can frankly sound pretty daunting.

G1:  Okay Gaye.  I promise not to make things difficult or daunting.  And when it comes to that jargon, I will teach you about two dozen basic terms for your learning enjoyment.  But, as we used to say in vocational education, the best way to learn is to get out and “do” something.

G2:  Stayed tuned.  Over and out (or whatever it is you are supposed to say in radio-speak)!

Hang on and enjoy the ride,

The Two G’s – George & Gaye

. . . Your comments welcome at The Electric Tribe

Spotlight Items:

World Radio Television Handbook The Magic of Radio Part 1: Why Shortwave Radio Matters:  An absolute must if you are interested in finding the most interesting shortwave channels around the world and in obscure locations.

 The Magic of Radio Part 1: Why Shortwave Radio MattersGrundig S350 Deluxe AM/FM/Shortwave Radio The Magic of Radio Part 1: Why Shortwave Radio Matters :  For $82, George’s pick for someone wanting to get started with shortwave radio.

ETON Satellite 750 AM/FM Band Radio The Magic of Radio Part 1: Why Shortwave Radio Matters:  Moving on up the line is this $265 model.

Kaito Voyager Solar/Dynamo Emergency Radio:  Not shortwave, but the perfect hand crank, solar weather band radio.  No external power required and a must have for the survival kit. The Magic of Radio Part 1: Why Shortwave Radio Matters

Build your Own Free-to-Air (FTA) Satellite TV System The Magic of Radio Part 1: Why Shortwave Radio Matters: An interesting read – do you think you could do it?

All New Square Foot Gardening: Growing you own veggies in a limited amount of space is a no-brainer with the Square Foot Gardening System. The bonus is that it requires very little water and yay! there are virtually no weeds.

The Dukan Diet: 2 Steps to Lose the Weight, 2 Steps to Keep It Off Forever The Magic of Radio Part 1: Why Shortwave Radio Matters: This is our diet book of choice. Low carbs but also lost of dairy and after the first week or so, veggies and more. You can lose 10 pounds in two weeks on this diet and feel great.

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Strategic Pick: The Strategic-Living Gear Bag

6218911871 721d46e13c The Magic of Radio Part 1: Why Shortwave Radio MattersTalk about two heads getting together to come up with the ultimate gear bag! We spent a bit of time coming up with a checklist of things we would want with us if we were either stranded (say in a storm), in a wreck (heaven forbid a “ditch the plane” situation), or even in a bug out situation.

Of course not everything can fit in a single bag. After all, you still need food, a sleeping bag, personal comfort items. No worries. With the help of Kelly at Survival Gear Bags, we have put together the basics and then some. Using this bag as a start, you can enhance and customize as time and budget allows.

Need more info? Check out the kit now by clicking here or head on over to our Strategic Living Kit page where we show all of the components and a bit more info as well.

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