MrsGF and I were coming back from her sister’s place and we saw this. The photos don’t do it justice. That sunset almost looked like an atomic bomb going off, lighting up the whole horizon with that single shaft of light extending up. We had to pull off and just stare at it for a while because we’d never seen anything like it before.
Sunsets and sunrises (when we can see them, usually the cloud cover is too thick) have been spectacular of late. I imagine that’s due at least in part to so much particulate matter being in the atmosphere at the moment because of all of the forest fires we’ve been having worldwide.
As far as the weather goes, well, it’s winter, and we have some snow, as you can see from the photos, but it has been, well, weird. Just like 2019 was. Temperatures have been well above normal this winter. So much so that the ice fishermen have been getting nervous because they can’t get out on the lakes. This late in the season the lakes and rivers should have enough ice that you can at least walk out on the ice, and in some cases even drive a vehicle out. But you couldn’t pay me enough money to make me risk walking out on the ice this year. Most of the rivers and streams are still mostly open with almost no ice at all.
Ice fishing is a Big Deal around here. Generally as soon as we get a couple of inches of ice on a lake you’ll see little huts springing up or guys in cold weather gear huddling over holes drilled in the ice hunting for elusive panfish like bluegills and crappies. They endure it because one, they think it’s fun, and two, well, if you’ve ever eaten a freshly caught pan fried bluegill or perch, you know why they do it.
But The big event around here in mid winter is sturgeon season on Lake Winnebago. During sturgeon season there are thousands of people out on that lake, with hundreds of cars, 4 wheelers and snowmobiles, hundreds of ice shanties full of people huddling over holes in the ice hoping to get themselves one of the biggest fish you can get in Wisconsin. These things get to be five, six feet long or even bigger, and can be well over a hundred years old.
But we need ice for that, and we don’t have any. Or at least not enough ice that you can trust it. Unless we get a cold snap that really freezes things up, I’m not sure if there is going to be much of a sturgeon season this year.
While it may be winter outside, MrsGF’s rose in the living room is blossoming again.
I have no idea how she does it, but I’m not complaining. Having roses growing here in the middle of January is huge fun.
The Great Radio Fiasco ProjectUpdate
Considering I’m lazy and about the most unambitious person around, I bet you figured I’d sort of conveniently “forgot” about that whole thing, didn’t you? Ha! I wish! Sometimes I’m more stubborn than lazy, though, and when I get a bug about something I get a bit obsessed, and that’s what happened here.
Anyway, that hasn’t been going very well because of stuff like this –
One of the first things I discovered when I started doing some research was that I pretty much had none of the parts I was going to need. I may have had hundreds of diodes, capacitors, resistors, potentiometers, transistors and other goodies sitting on the shelf from other projects, but it seemed that none of them were what I needed for building any kind of radio receiver except for the most basic of items. So once I decided more or less on what kind of radio I was going to build, I had to order some parts. And as you can see above, sometimes it doesn’t go so well.
The main project is going to be a multi-band shortwave receiver, but I was also going to build an old fashion 1960s style AM transistor radio which uses a ferrite rod wound with wire as an antenna. What you see in that photo above is what was in the package when I opened it. Sigh… Don’t get me wrong, though. I order a lot of parts, and the vast majority of the stuff gets here in perfect condition. But every once in a while something like this happens, and all you can do is just sigh and go on. It doesn’t pay to try to do anything about this in this case. I only paid about $10 for them, the company is in China, and any chance of getting a refund or replacement is so slim it’s not worth the effort. On the plus side one of the rods is relatively undamaged with just a chip on the end, so it will work well enough for the AM radio.
But it does help to illustrate one of the problems I’ve been having, which is tracking down various parts. The days of being able to go to a local electronics or radio repair shop, or even Radio Shack, and picking up a couple of capacitors or an opamp or whatever are long gone. While I still do have a local Radio Shack (how I don’t know, but I do), it only carries the most common types of components, and I already got those by the dozens.
I need a germanium diode for one radio circuit I’ve been tinkering with. Do I have one in those boxes on the shelf with hundreds and hundreds of diodes? Of course not! The one I need is the one I don’t have, of course. And, well, you generally can’t order just one. So I ended up spending something like $15 to buy 50 of the dopey things. It’s like the robot vacuum cleaner I repaired a few years ago. I needed one tiny, tiny screw that held on the side sweeper brush. That was all that was left to fix it, just attach that stupid brush. Do you think I could find that damned screw? No. No one locally had it. I checked hardware stores, Radio Shack, auto parts stores, no one had one even close. I started looking online and found I wasn’t the only one having trouble find it. I finally did get one, but in the end the only sources I found for it sold them only in lots of 500. So I ended up paying something like $25 to get a single screw, and I now have a whole bag full of 499 tiny, tiny screws sitting in a closet somewhere that I’ll never use for anything else.
The same thing is often true of electronic components. You can’t get just one or two, you have to buy in bulk sometimes, and you end up paying $25 or $40 for a whole box of parts just to get one $0.75 component. The end result is that while the cost of the individual parts for this project is pretty cheap, I’ve ended up spending a significant chunk of money on this already because I often can’t get just one or two, but have to order in bulk.
But enough with boring you with that. Once I get further along with the radio thing I’m going to split it off to its own web page so it doesn’t clutter up the blog.
It’s been a while since I talked about what has been going on in the ag industry. And I’ve probably been babbling far too much about radio and other non-farming/gardening stuff lately anyway, so let’s take a look at the ag sector. And I’ll slip some radio stuff in at the end that you can ignore if you want.
USMCA (NAFTA 2.0) Passes the House
As I mentioned in a previous post the trade deal to replace NAFTA is finally done and being considered by Congress.. The House has passed one version of it now, with some minor changes, but it has yet to be dealt with by the Senate. It’s not likely it will get passed this year yet (it’s already Dec 21 as I write this) and considering what is going on in D.C., it’s anyone’s guess as to when the Senate will be taking it up. Despite all of the hype coming out of Washington, right now the agreement looks like it is going to be at least as bad as the original NAFTA was. There are some improvements in the protection of workers in Mexico and environmental protections, but other than that, it doesn’t really make many changes. It’s basically NAFTA 1 with a bandaid on it. The claims that it will create jobs for tens of thousands of people and boost the US economy are completely unrealistic. This is another of those deals where the only people who benefit from it are the big corporations and a handful of special interests, but that’s par for the course with agreements like these. The original NAFTA wiped out tens of thousands of jobs, drove a lot of US manufacturing into Mexico, and disrupted the Mexican economy, especially in rural areas. This one probably won’t be as disruptive, but it isn’t going to help much. You can go look up the analysis of the treaty yourself, but right now it looks like it is going to have little or no positive effects on the US economy, and might even be worse for us than the original treaty was.
Trade War Update
It looks like things might finally be calming down a bit with China on the trade front. The administration has been claiming agreements have been made and that China is going to start buying massive amounts of soybeans and other agricultural products from the US. And, well, no, they aren’t. At least not the quantities that they’re claiming in D.C. Some of the numbers I’ve been seeing are simply ridiculous. Things are getting better, yes, but don’t look to China to start importing massive quantities of anything from us. There might be some buys, yes, but I suspect most of those are going to be little more than token purchases with few exceptions.
China lost half of it’s entire pig production because of African Swine Fever. It seems to have finally gotten the outbreak under control, but it’s going to be years before things are close to normal. Most of the soybeans China had been buying from the US was going to pig feed. So it’s unlikely it will be making massive soybean buys to feed a pig herd that doesn’t exist any more.
One thing that has improved hugely for US agriculture is China increasing the amount of pork and chicken. Because of ASF China’s lost half of its pig production, which has caused food prices to increase and there is a shortage of protein. So China has increased its buys of US pork and it recently granted permits and licensing to Tyson to sell US chicken in China. While this will certainly help the pork and chicken producers in the US, this is going to be a temporary bump that will only last until China can rebuild it’s pig herds.
African Swine Fever
ASF continues to be a major problem not only in China, which lost over half of its pigs, but also throughout South East Asia. Serious outbreaks are going on in Vietnam and the Philippines. In Sumatra it’s killed about 33,000 pigs. It’s also been found in North and South Korea, Mongolia, Cambodia, and Myanmar, as well in eastern Europe and parts of Africa. Some people feel it’s only a matter of time before it hits Australia despite it’s extremely strict regulations. For some reason people keep trying to smuggle pork from the ASF contaminated countries into other places. Smuggling is an ongoing problem in the US. We confiscate tons of sausages and other pork products from these countries that airline passengers try to smuggle through in their luggage, and even whole shiploads of pork from them. Australia confiscated 32 tons of pork products just from passengers and mailed packages alone in the last half year, half of which was contaminated with the virus. The virus itself hasn’t been seen in the U.S. yet, but it is in the wild pigs in Europe which is making everyone over there more than a little nervous. The US has a pretty good wild pig population, and while they aren’t a big issue (yet) here in Wisconsin, the DNR has issued an advisory to hunters with just about any kind of hunting license to shoot wild pigs, no “season”, no bag limit, just shoot ’em. They’re a huge problem in a lot of states, causing massive amounts of damage. Plus they carry a lot of diseases. If ASF ever gets into the wild pig herd here we’re going to be in trouble.
It was a Rough Year in the Midwest
That’s not one of my photos over there. MrsGF’s surgeries and other things kept me from getting out with the camera, but that is pretty much how it looked around here this year, especially at harvest time. Water everywhere. We officially had the wettest year ever. According to one report I read the longest dry spell we had without rain was three days. That sounded a bit odd to me so I started digging through some of the weather data and it isn’t far from the truth.
By anyone’s standards, it wasn’t a very good year for midwest farmers. Almost non-stop rain made it difficult to get anything done. There were delays in planting, delays in harvest, reduction in yields, all because of the wet weather. Around here there are still a lot of soybean and corn fields that haven’t been harvested at all because of the rain.
Corn prices never broke $4, although soybean prices weren’t horrible. But on top of relatively low corn prices, we had propane shortages which made getting the corn dried difficult and expensive.
The only bright spot was that milk prices finally came up to a fairly decent level for the first time in years. Class III milk is currently sitting at over $19 on the commodities market, but it doesn’t look like it will stay there much longer. January and February prices are down to $17 on the futures market.
As if farmers didn’t have enough to worry about, finding employees continues to be a major problem both here in Wisconsin and in the ag business throughout the country. And as if that isn’t bad enough, an increasingly serious problem is where the heck are your employees going to live even if you do find some? This is a problem for almost every employer around here, not just farmers. Chances are good that employees aren’t going to be able to afford to live anywhere reasonably close to where they actually work. There is virtually zero housing in this town that would be affordable for the average low income worker. And it’s not going to be getting better any time soon. The town is putting in a new subdivision, and is quite proud of itself for doing so, but it isn’t going to actually help the average factory or farm worker around here because all of those new houses are going to be in the $180K to $250K range. What we really need are apartments that rent for about, oh, $500 – $600 a month, not houses that will have $1,500 to $2,000 a month mortgage payments.
What’s happening here is that we have a larger and larger population of people who live here, but don’t actually, well, live here, if that makes any sense. Yes, their houses are here, but their entire lives are up in the Fox Valley area about 20 miles away (the cluster of cities and towns up in the corridor that runs from Appleton, Neenah, Menash, and extends up to Green Bay). They can’t afford a house up in the Fox Valley any more, but they can afford one here. So while this may be their residence, their entire lives are centered around the Fox Valley. They buy groceries there, go to restaurants up there, meet their friends up there, do all their shopping up there. So they may live here, but they don’t actually live here. They don’t patronize local businesses, don’t send their kids to school here, don’t participate in local social events, and aren’t really part of the community.
So not only do we not have housing that is affordable by the average person bolting together snowblowers for $14 an hour, we have an increasing percentage of the population of the town who aren’t really engaged with the community at all. Their residences are here, yes, but they live their lives up in the Valley. They almost totally disengaged from the community they live in. And as a result we no longer have a clinic, no longer have a real grocery store, no longer have a pharmacy… Well, you get the idea.
It’s especially difficult for the immigrant community who make up the majority of labor in low paying jobs like farming, manufacturing (they like to talk about how well manufacturing pays – yeah, right. Starting wages at the snowblower place are about $12.95 an hour with no benefits and technically they don’t even work for the company, but for a “temp” agency.) They’re glad to get the jobs and the employers are glad to have them because they can’t find anyone else to do the work. But where are they going to live?
I’ve been talking for a while about moving all my electronics gear, the radio equipment, etc. down into a new shop/radio shack in the basement so MrsGF can take over our shared office so she’ll have room for her own projects. She enjoys sewing, making things, and would like to do quilting, but her existing workspace is a tiny, virtually unheated room upstairs, and there isn’t the room for it up there. Plus its cold in the winter up there. And even with her new knees I don’t want her to have to go up and down stairs a lot. So she’s going to be taking over the office area and I’m moving into the basement.
Now that she’s pretty much recovered from the 2nd knee replacement, I’ve started moving the “big stuff” down there. I have my primary computer down there now (I actually have space for the drawing tablet now!), the big TS-990, the antenna tuner, etc. Much to my surprise, I actually remembered how all of the cables hooked up and when I fired it all up everything actually worked! First time that’s ever happened.
I still need to do a lot of work down there. I have walls that still need to be painted. I still don’t have the electrical straightened out. I need to add at least two outlet boxes on the wall by the computer and radios, plus I need a 240V outlet there for the amplifier. Not sure why because I haven’t used the amp in years, but would be nice if I could.
I didn’t show it in the photos because it’s a huge mess at the moment, but behind me and to the left of that photo is my work bench which is covered with misc. parts, test equipment, tools, bits and pieces of RaspberryPi computers and accessories and breadboards where I’m testing radio circuits intended for the receiver I’m building. And that leads us to…
Update OnThe Great Radio Fiasco Project
I bet you thought I conveniently ‘forgot’ about that project because I am the seventh laziest person in the state (hey, I’ve gotten better, I used to be third). I haven’t, though. I’m still puttering along with this thing, even though I haven’t even fired up a soldering iron yet. Mostly I’ve been doing research. There’s no point in reinventing the wheel. Considering that radio has been around for like a gazillion years, someone, somewhere, must have already published plans for a radio receiver that I could steal (cough cough) borrow, right?
I had some basic criteria in mind when I started this. First it had to be as simple as possible, something that just about anyone who, unlike the young woman in the photo up there, knows how to use a soldering iron without suffering third degree burns can put together. Second, it had to use easily available parts, stuff the average person could get from Amazon or one of the parts suppliers like Mouser. Third, it had to be cheap. I want to encourage people to experiment and build stuff, not blow the family’s entire grocery budget for the month on exotic electronics parts. Fourth, it was going to use “old school”, so to speak, construction techniques and components. No printed circuit boards, no ICs, no SDRs, no surface mount devices, etc.
And fifth and possibly most important, it had to be a genuinely useful radio receiver that people could actually use. There are dozens, even hundreds of plans out there of various types for things like crystal radios and one transistor receivers and other nonsense that… Well, okay, so they might work, under absolutely ideal conditions, with a great deal of fiddling around, and if you live right next door to a 100,000 watt transmitter. But in the real world none of those actually work very well, if at all.
Anyway, I’m looking at various ideas and sketching some things out and doing some experimenting, and hopefully in a short (short? Ha!) time I’ll have something to show for all of this. Hopefully something that actually works. What’s been discouraging is that the schematics and projects I’ve found often contain such basic, fundamental mistakes that it makes me believe that the author never actually built the project himself and just, well, stole it, to be blunt, from someone else who also hadn’t actually built it either. I’ve been seeing things like electrolytic capacitors installed backwards, emitter and collector pins on transistors reversed, wrong pinouts shown on ICs like opamps and similar basic errors that should have been caught if anyone had bothered to actually look at the schematics.
Because people know I like fiddling with radios, sometimes people give me old radios they don’t want or that don’t work in the hopes I can do something with them. I thought you might be interested in how your grandparents listened to radio, so take a look at this beast. I’ve had this thing sitting on the shelf for a long time now and finally decided to pull it out and deal with it because I need the space.
I have a term for radios like these – junk. It’s a shame, really. Once upon a time this was probably a nice little multi-band radio receiver. The rust on the chassis isn’t a big deal, that’s pretty common and can be dealt with, but this thing has some other, much more serious problems. It is unrepairable, but there are some useful parts I can salvage.
I looked all over this thing and I can’t find a manufacturer’s name or brand name. If I did some research I could probably find out what company made it originally, but there’s no real point because it isn’t worth the effort. There might have been a paper label that fell off long ago.
Or it’s entirely possible there never was a maker’s mark stamped on it. It wouldn’t be that uncommon. Like today, the name you see on the case of a piece of equipment isn’t necessarily the name of the company that actually made it. Back when this radio was made, big retailers like Sears and others would contract with manufacturers to produce equipment that the retailer would sell under their own brand name. Sometimes they’d buy the electronics from one company, buy the case from another, assemble it somewhere, slap their name on it and sell it as their own. It’s very common even today.
You’ll also note there is no outer case for this unit, either. That’s how it was when I got it. I find that fairly often today as well. Often the outer cases were made of cheap plywood with a thin veneer of nice wood on the outside to make it look fancy, and the cases would never last long. The plywood would begin to delaminate if it got damp, and they’d get damaged easily. Or if the case was in good shape, it’s fairly common for people to strip the old electronics out of it and throw them away and use the case as a decorative item or even build a modern radio into it.
Now if that radio up there looks complicated with the big transformer, variable capacitor, all the tubes and coils, well, you ain’t seen nothing yet. Wait until you see what’s underneath:
That – that mess up there, my friends, is what all radios looked like under the cover back in the day. When this radio was built, there were no transistors or solid state devices. This radio even predates printed circuit boards. Every single bit of this radio was built by hand. All of those components and wires were soldered in place by some poor schmuck who stood at a work station all day long doing nothing but soldering bits and nubbins and gubbins together.
Radios back then were very, very expensive, partly because they had to be all assembled by hand. It’s hard to tell how much this particular radio cost when it was new. Let’s say it was made in 1950, and it cost about $60 back then, which was a fairly common price for a decent, but not top of the line, multi-band receiver back then. That doesn’t sound like much until you take inflation into account. Accounting for inflation, that radio up there would sell for about $640 today. Ouch!
Another reason they were expensive was the sheer number of parts necessary, and, of course, these things:
Those are vacuum tubes. Now there is a wave of nostalgia going on about tubes, especially among stereo and audio aficionados who claim that sound amplifiers that use vacuum tubes sound “better” somehow, than those that use solid state devices and, well, it’s all BS, really. Vacuum tubes, to put it bluntly, suck. (Vacuum? Suck? Is there a pun in there somewhere? No, don’t go there…)
Sidenote: To give you an idea of how ridiculous this whole tube amplifier thing has gotten in the audio market, let me give you an example. An acquaintance of mine had a friend bring over a tube style stereo amplifier that had some problems. The four prominently displayed vacuum tubes on the top of the unit weren’t lighting up. But interestingly enough, it was still working as a stereo amplifier. Which it shouldn’t have been if the tubes were actually doing anything. Which they weren’t. The only connection to the tubes was a line to feed power to the filaments so they’d light up. None of the other pins were even connected. The tubes were being used for nothing but decorative lighting.
Vacuum tubes look really cool and retro and all that, but as actual electronic components they’re horrible. They suck up huge amounts of power, give off large amounts of heat, are physically large, often require massive transformers to provide high voltages, are expensive to make, and as soon as solid state devices began to be mass produced, radio manufacturers abandoned them as fast as they could redesign their equipment.
As I was looking this thing over, I found it had a rather serious problem. This:
If you look close at that photo up there, you’ll see what I mean, charred parts, melted wires – basically this thing was damn near on fire at one point. Probably some component failed, overheated, and started the insulation on the wiring on fire.
So what am I going to do with this thing? There are some parts I can salvage. The tube sockets are still good, and they’re hard to come by, so I’ll pull those out. The tubes themselves – I’ll keep ’em but I don’t know if they’re any good. They do make nice decorative items, though. Some of the big rotary switches may be salvageable as well. The actual electronic components aren’t worth even bothering with. A lot of them probably would still work within their original specifications, but without tearing them out of the circuits and testing them it’s impossible to tell, and frankly it isn’t worth the effort. Would you use a 50 or 60 year old resistor in a project you’re building today, even if a meter said it was within specification? I wouldn’t. But I am hoping I can salvage this:
These big air variable capacitors were (and still are) used for tuning, and they’re damned expensive if you have to buy them new. So I’m hoping that once I get this one out and cleaned up it might still be useful. It looks in pretty rough shape with some significant rust issues, but that seems to be limited to the nonessential parts. I can’t tell until I can pull it out and test it. I’m hoping it will work because a new one like this sells for about $50.
Is Repairing Old Radios Worth It?
Well, I’m not going to give you a whole lecture on antique electronics, but the answer to that question is … Well, to be perfectly honest, probably not unless it is something you personally enjoy.
Financially speaking repairing and refurbishing old radios is almost never worth it. You aren’t going to get much money for them unless they are something rare or exotic. Often the people who buy antique radios aren’t so much interested in them working, they want them for decorative items. Considering the amount of time, effort, research, and the difficulty in finding some parts, you’ll be lucky if you break even if you try making money off restoring old radios. Fiddling with old radios is sort of a hobby of mine, but to be honest I don’t do it very often because I generally find it more rewarding to spend the time on other things.
There are exceptions, of course. Old amateur radio equipment is one of them. Sometimes. It depends on the condition of the unit (external physical appearance is very important in this market, almost as important as it’s actual functionality), the desirability of the particular brand and model, and, of course, whether or not it works up to its original specifications. I’ve seen some old Collins, Hallicrafters, Hammerlund and the other “legendary” brands of amateur radio equipment being sold for eye-wateringly high prices. But it depends on the model, condition, etc. While at the same time other equipment of the same era, from a lesser known manufacturer, may sell for a fraction of what the popular models sell for, even if electronically speaking the off-brand was superior.
Replacing things like capacitors, resistors and other common components is fairly simple and cheap. You can almost always use easily available modern day equivalents. But things like vacuum tubes can be a serious issue. I don’t think anyone makes vacuum tubes except for a few Chinese and Russian companies, and they only make a very, very small variety of tubes, mostly for amplifiers. There are used ones out there, maybe, and some “new old stock” (NOS) laying around, but they’re getting harder and harder to find, and more expensive. If you can find them at all. Transformers can be a problem too.
Some of these old radios had some serious safety issues as well. I really doubt if some of these old radios would pass modern UL safety standards. So there are liability issues here as well. If a radio you repaired or restored causes a problem later, like someone gets an electric shock from it or a 60 year old component fails and starts a fire, could you be held liable and get sued?
I don’t want to discourage you from dabbling with repairing and restoring old electronics, but I do want you to know that you probably aren’t going to make any money at it, and if you do try to sell the equipment you repair, there could be legal issues as well. It can be a fun hobby but you need to be aware of the potential problems as well.
Apparently Mother Nature wasn’t satisfied with deluging us with snow a month early, now she’s trying to freeze us with temperatures we usually don’t see until well into January. It’s about 3 degrees (F) out there, with windchills down in the -10 range. Sheesh…
Meanwhile, MrsGF has this growing in the living room. Just took these photos the other day-
Yeah, roses. I’ve put up photos of this before, but I figured this plant would go dormant or something by now. But it just keeps right on blooming.
This thing started out as one of those goofy little teacup roses, a tiny plant in a cheap cup that they sell for a few bucks on Mother’s Day or Valentine’s Day. Think I paid all of $7 for it, oh, must be at least two or three years ago. And after we got sick of it sitting around the house MrsGF said what the heck, let’s put it in a big pot and see what happens and the dopey thing just kept growing and flowering. We were putting it in the basement, letting it go dormant over winter, but this year she thought she’d put it in the living room where it could get some light and keep watering it, and well, it apparently likes it there, and it’s been flowering on a regular basis all winter so far.
I asked her how she’s keeping it flowering and she swears she’s just watering it and isn’t doing anything else. Personally I figure witchcraft is involved.
The MagLoop Antenna
I talked about this antenna before, and I continue to be more than pleased with it. Since my dipole came down in the last snowstorm it’s been the main antenna for my TS-990, sitting on the floor behind me in the office. And it is doing ridiculously good.
The Great Radio Fiasco Project
I mentioned this before, but let me summarize what I’m trying to do here. For reasons I won’t get into right now, I challenged myself to build, from scratch, a decent radio receiver, preferably shortwave. Emphasis on the word “decent” because I could throw together a few parts and end up with – well, with something that would receive, well, something that might be a radio signal, and pump it into a speaker and you’d hear some sound that might be interpreted as a radio transmission by someone with bad hearing. It could technically be called a radio receiver, but, well, let’s face it, it wouldn’t exactly be useful.
When I first conceived of this project I was like how hard can this be? In those WWII movies the Resistance throws together a radio out of bits of string, a piece of wire, an old cigar box and bits off a horse (don’t ask me what bits, I don’t know, ask them, they built the thing) and call up Churchill at Bomber Command and call in an air strike on Hitler’s outhouse. And the Good Ole Boys in amateur radio weep bitter tears of disappointment over the fact that modern day hams don’t build stuff any more like they did, when they’d throw together a 1,500 watt amplifier, transmitter and superhet receiver in an afternoon, out of parts they salvaged from old washing machines. And bits off a horse for all I know.
Here’s the thing, though – 95% of that (maybe even 98%) is pure BS. I’m sorry, but it just is.
The days of being able to salvage anything useful from discarded electronics are long gone. Modern SMD (surface mount devices) and robotic assembly methods make it virtually impossible to salvage anything useful from relatively modern equipment. And while you can buy discrete components like resistors, capacitors, etc. in the more common values, increasingly it is difficult to find a lot of stuff in anything but SMD form, and in quantities of 1,000 or more. I was trying to find what had once been a very common opamp the other day. It is still available. But if I want to get it from a US supplier I can only buy it in quantities of 1,000 or more, and in SMD format. If I want it in the traditional 6 pin IC form, and only want a few of them, it looks like I’m going to have to order it from China and it won’t get here until mid-March.
Nor are parts cheap. Oh, some are, true, but not the kind of stuff I’m looking for. A single variable capacitor I need for a project sells for $25. And I need two of them. So I’m going to have $50 stuck in that project before I even get started on it.
And then there’s the design of the equipment you want to build. If you were going to set out to build your own radio receiver, probably the first thing you’d do is fire up Google and look for something like “build your own radio” and find, well, hundreds and hundreds of hits that are utterly worthless, along with a few sites that might have actual plans to build something. Only most of those plans are for useless crystal radios and other nonsense. And the designs that do look useful are probably going to be wrong and no one is going to tell you how to fix it when you build it and it doesn’t work. In fact, most of the designs I saw out there were copies of stuff pulled out of old radio or electronics magazines from the 1960s or 70s that didn’t work in the first place.
(Sidenote: I’m convinced that the building plans in all those electronics magazines published in the 50s, 60s, 70s, etc. were never actually built by anyone because about six or eight months after the plans were published there’d be a “corrections” item pointing out that they forgot this part, or the wiring was wrong and if you’d actually build the thing it would have exploded, electrocuted your cat or something.)
So the question is, can I build a decent radio receiver from scratch? Probably. Will it work? Maybe. Can I do it for less than what it would cost to just go buy one? No way in hell. Will it work as good as even a cheap piece of junk commercial radio? Almost certainly not.
So why am I doing this? Uh, because I’m a stubborn old goat?
Okay, can we stop with this nonsense already? It’s only Nov 8, for pete’s sake! Normally we don’t get really cold weather and snow until mid to late December. Usually it’s in the mid 30s to low 40s this time of year and you can still go outside without freezing your bits off. Last night it was 10 degrees. Night before that it was 11 degrees. And snow? Really? A lot of years we’re lucky if we have snow by Christmas. In the last two weeks we’ve had a total of about 12 inches here. Most of that melted off, thank goodness, but now that the temperatures have plummeted it’s sticking around.
There’s so much we didn’t get done outside this fall. Between MrsGF’s knee surgery and everything else that’s been going on, I just didn’t have time to get everything done. I didn’t get some of the dahlias dug up, so those are probably going to be a total loss. Didn’t get any of the leaves raked because I was waiting for both the pear tree and the maple in the backyard to shed their leaves. Only they didn’t this year for some reason. It’s been a strange, strange autumn.
On the plus side, MrsGF’s Christmas cactus is in full bloom and it’s gorgeous. I know a lot of people who just can’t get these things to blossom no matter what they do, but MrsGF has a real knack with plants. I’m not sure what it is. I suspect she could take an old, half rotted twig, shove it in the ground, and in a few weeks it would turn into a healthy tree. This thing just keeps going and going. Some years it blooms twice.
And she has a rose bush in the living room this year, also in full blossom, in November. I don’t know how she does that, either. But it does make me grin like an idiot to have a rose in full bloom while it’s 10 degrees and snowy outside.
But I was really going to talk about amateur radio stuff when I started all of this so let’s get on with this…
Oh, before that, though, I thought I’d just throw this in even though it has nothing to do with the headline starting this off. This is what it looked like here on Oct 31 a little after 6 AM.
Now I know this is Wisconsin and the weather here is a bit, well, odd, but still, really? Ick.
Now, finally, the amateur radio stuff!
Whenever I start talking to someone about amateur radio, whether they’re other amateur radio operators or people who know nothing at all about it, invariably the topic turns to cost, and it becomes clear immediately that a lot of people, including a lot of hams, think that amateur radio is way too expensive. A lot of people I know who would otherwise be interested in getting into the hobby think it’s so expensive they could never be able to afford it. And that simply isn’t true.
I can’t really blame them for thinking that because some of this equipment is indeed expensive. The top of the line transceivers that the manufacturers and owners love to show off can quickly push up into the $5,000+ range or more. The Kenwood TS-990 sells new for just under $8,000 and iCom makes one that sells for more than $12K, for heaven’s sake. Once you add in other things that you may think you need, if you believe the ads, like amplifiers, computers, morse code keys, etc. you can quickly end up sinking $15,000 or more in a top of the line set up.
But here’s something the manufacturers don’t want you to know:
You don’t need any of that high priced junk.
Seriously. You don’t. If you want to get on the air on the HF bands (shortwave) you don’t have to spend a fortune. That little Yaesu in that photo up there costs literally less than one tenth of what my TS-990 costs new, and to be perfectly honest, does everything you need. Granted, it doesn’t have all the bells and whistles the 990 has, doesn’t have the fancy displays and all that, but when it comes down to actually communicating, those bells and whistles aren’t really necessary and the 450 will do everything you need.
I was looking for a fairly full featured, small, full power (100 watts output), 12V powered transceiver to lug out to field day and special events or whenever I feel like it, in situations where the little low powered 818 wouldn’t do the job. I love that little 818, but let’s face it, with a maximum of 6 watts output (3 watts or less running digital), any kind of communications using it is going to depend more on luck than anything else. I ran across someone talking about the 450 and it sounded like a nice little transceiver so I looked into it more and decided it was just what I needed. It sells new for about $750 – $800 which is, as I said before, one tenth of the cost of my TS-990. You can find them used for about $500 or even less if you look around.
And for that price what you get is not some stripped down little radio, either. This thing has a lot of features, including a built in antenna tuner, decent filtering, good noise reduction features, etc. In fact, just about everything you might need in an HF transceiver is packed into this little unit. True, it doesn’t have many of the goodies my 990 has, but I have to admit that in real life I don’t use a lot of those goodies anyway. If this were the only transceiver I had, I would be more than satisfied with its capabilities.
But for me the main question was how well was it going to work using digital modes like PSK, FT8 and JS8Call because those are pretty much the only modes I use. And it turned out it deals with digital very, very well indeed. It took me all of 10 minutes to get it up and running with the SCU-17 you see sitting on top of it in that photo. It was just a matter of plugging in the cables, setting the baud rate in the menu, firing up the computer and setting things up in the software there, and I was on the air. Now granted I had only just fairly recently set up the Yaesu 818 with the same interface, computer and software, so I already had experience working with Yaesu equipment which certainly made it easier. But still, for me, getting a rig up and running on digital modes in under 10 minutes is a bit of a miracle, really. It took me days to get my TS-2000 working properly with digital modes when I first started this years ago.
It’s currently set up in the basement, hooked to the Titan Gap vertical antenna, and it’s been doing a very, very nice job. I’ve made contacts all over the place with it using JS8 and FT8, putting out about 40 watts.
Sidenote: The 450 may be capable of putting out 100 watts, but you never run full power in the digital modes on any transceiver because the power ratings of all transceivers are seriously misleading. Those maximum power ratings they give you are for single side band, which does not stress the transmitter in the radio. With SSB you’re actually averaging far less power output than advertised. Your signal may peak at 100 watts, but you’re actually averaging 50 – 60 watts or so because of how SSB works. Unlike SSB, most digital modes are considered to be 100% duty cycle. A general rule of thumb is when using digital, always dial your power levels back to less than 50% of the radio’s maximum. Sometimes the recommendations are as low as 25%. Otherwise you risk overheating the radio and damaging it.
Anyway, I’m very pleased with this little radio. I didn’t really expect much from it when I got it, and it has certainly exceeded all of my expectations. I’ve been having a lot of fun with it, and I’ve been using it more than my TS-990 of late.
Lets see, what else? Oh, yeah. This showed up courtsey of our friendly UPS delivery person the other day.
I picked up a Raspberry Pi 4 to play with to join the RPi 3s I’ve already been playing with. I have a specific goal for this one. There are Linux versions of FT8 and JS8Call that, I’m told, run just fine and dandy on the RPi. I’ll find out this winter as I experiment. My eventual goal is to put together a compact QRP digital system that is backpackable that I can take along when I’m out on the trails with the bicycle. I’d thought about configuring the Rpi as a tablet computer with just a touch screen and no keyboard. I’ve done that before with the Rpi3s I’ve had, but I think that might be a bit awkward, so I’m looking at compact keyboards and maybe a small trackball or touchpad for mouse control. We’ll see. This is still very much a work in progress.
I know, I know… The used Lenovo laptop I picked up was supposed to serve that role, and it does, but while it works just fine it is also big, heavy and clumsy to lug around. I can squeeze a RPi into a package not much bigger than a small tablet computer and a fraction of the weight. We’ll see how it goes.
And that’s about it for now. I’ve been boring you long enough with this.
I have a lot of elderly computers laying around that probably should have gone to recycling long ago, and probably will. I hang on to some of the because of nostalgia, like the one up above. That’s one of two TRS-80 Model IVs that have been kicking around here for ages now. I worked on a lot of these dopey things in the early 1980s, along with its predecessor the Mod III. All things considered, it was a pretty darn nice computer for its day, if a bit on the expensive side. And they did have some “issues”, as they say, thanks largely to some quirky design decisions made by Radio Shack that were probably done to save money.
They were made as cheaply as they could possibly be made (The TRS-80 Mod I came with a video display that was literally an old RCA black and white television with the channel tuner and audio circuits stripped out of it, for example.).
I had a couple of Mod III computers, and basically the Mod IV was little more than an enhanced III. And they were expensive. The III sold for, I think, about $800 with a whopping 16K RAM, and RS wanted an arm and a leg to upgrade it to a full 48K. (That’s all you could add to the Mod III) I don’t remember exactly what RS charged to upgrade to 48K, but it was a ridiculously high price. $180 sticks in my mind for some reason. Anyway, you could easily do the upgrade yourself for about a quarter of what RS charged. RS was selling the exact same RAM chips in blister packs at their stores. Total cost for that was about $30-$40. All you had to do was open the case, pop the chips in, and that was it.
The interesting thing is that you actually couldn’t use all of that memory even if you had it, so the memory claims were very misleading. The system ROMS (the computer’s basic operating system) were mapped into the system’s memory map, replacing the first 16 of RAM with the ROMS, so you actually only had access to 48K. If you used a disk drive, then TRS-DOS, the disk operating system, sucked up even more memory. Unless you used a non Radio Shack OS, you couldn’t use more than about 32K – 48K (which was the maximum you could have on the Mod III). So why load the computer up with memory you couldn’t use? Because RS was trying hard to push the computer at the business market, and a lot of businesses were running CP/M. RS didn’t actually sell CP/M for the Mod IV (at least I don’t think they did) but you could get it from other companies. But this was also the time when CP/M became obsolete thanks to the introduction of the IBM-PC and MS-DOS. Radio Shack/Tandy started out as a leader in the personal computer business, but because of an unwillingness to spend money on serious R&D they quickly fell behind and were desperately trying to keep up until they finally washed their hands of computers all together.
RS/Tandy sold the Xenix OS (a UNIX clone) for their business models like the Mod-6. They were bigger, better, faster, had 8 inch floppy drives and you could get hard drives for them. But they were expensive, clunky, and non-standard in just about every way. I have a Mod 6 and a Mod II laying around somewhere too and one of these days when I get bored enough I’ll open one of those up.
Speaking of floppy drives – my, aren’t those dirty… Actually the whole thing looks like it’s been sitting in a barn for the last 30 years. For all I know it was. Or is this the one that got soaked when my 50 gallon aquarium broke one night and the water poured through the floor into the storage area in the basement?
Those are some real pieces of junk, gems, those drives up there. Genuine single sided, double density, 5 1/4 inch floppies, those are. And holy fright they were expensive when they were being sold! I don’t know what the ones for the Mod-IV went for, but the drives for the Mod-III were ridiculously expensive. But then floppy drives were expensive across the board back then. The Mod-III was mostly sold bare bones when it first came out. You could get it ‘fully loaded’ with dual floppies and 48K of RAM but not many people bought the drives at first because they were so expensive. The ‘standard’ configuration was 16K RAM and a cassette tape player was used to store programs and data. Seriously. Cassette tape. You can imagine how well that worked.
The first drive, which contained the required floppy drive controller adaptor, sold for about $1,200. Adjusted for inflation that’s almost $3,000 today. The second drive sold for about $800.
These floppies are single sided, double density, so they could store a whopping 180K on a single floppy disk. That’s 180 thousand bytes. Not even enough to store a single average sized JPEG photo.
Oh, and did I mention that floppies back then cost up to $5 to $10 each? The company I worked for back then sold genuine IBM brand floppy disks. They sold for “just” $10 each. We’d give you a deal, $95 for a box of ten. I just paid about that much for a 4 terabyte drive for pete’s sake. But at the time I was selling 5 megabyte hard drives to businesses for a cool $5,000 each. Considering what prices were like back then I’m surprised anyone ever bought one of these things. Adjusted for inflation that hard drive would sell today for over $12K.
This is what ran the whole show, the Z80 CPU. Most of the really popular computers of the day like the Apple ][, Commodore 64, Atari 400/800, etc. used the 6502 processor in their equipment. They used it not because it was good (it wasn’t), they used it because it was cheap. The Z80 was more expensive, but it was also more powerful. It had a better register system (it had some 16 bit registers which the 6502 lacked), more registers, better indexing, better instruction set, etc. It was more expensive, yes, but it more than made up for that with its capabilities. I’m not sure why RS decided to go with the Z80, but they did, and they kept using it for a rather long time. It served as the primary processing power for the Mod I, Mod II, Mod III, Mod IV, and the Mod-100. RS did use other processors as well. It used the 6809 in its “toy” computer, the Color Computer (ironically, the 6809 in their toy color computer was a much, much more powerful processor than the Z-80 used in their ‘professional’ computers)
The picture above shows the main board of the Mod IV. This was the first time I’ve had a Mod IV open (back in the day Mod I, Mod III and Atari were the ones I mostly worked on. By the time the Mod IV came out I’d switched to the Color Computer and OS9) and I was a bit disappointed when I saw this, well, mess is the only way you can describe that board. If you look closely at that photo you’ll find jumper wires hand soldered to various points all over the board. The backside of the board is just as bad. More wires running everywhere. And most of those don’t look like repairs or modifications, they look like they were done at the factory. When I see a main board with jumpers running all over like that it makes me nervous. It means either the circuit board was badly designed in the first place, or they found serious bugs in the hardware after it went into production and they had to pull them off the line and do some pretty serious rewiring to get them working, or they were trying to make modifications without bothering to redesign the circuit board. I don’t know what’s going on here, but if I’d opened up my brand new Mod IV and saw this it wouldn’t exactly inspire confidence.
Radio Shack/Tandy sold a lot of computers back then, but it also made a lot of mistakes, some of them serious. Once the IBM-PC was introduced, RS tried to compete in the business market with the Model 6, which was, for the time, a very sophisticated, multi-user system that sported a 5 meg hard drive, and the Xenix operating system. But it was also very, very expensive and if you wanted to do anything that couldn’t be done with the very limited selection of software available for it, required you to hire a professional programmer to write it for you. They brought out a line of PC clones which had a whole host of problems and were generally more expensive than other equipment with the same specifications. Basically they did just about everything wrong that they could do, and ended up abandoning the computer business entirely. Now the company is gone completely, for the most part.
That’s all for now. One of these days I might talk about the Tandy Color Computer. That was the Radio Shack computer I was the most involved with back in the day. Despite the fact most people looked at it as little more than a toy, it was an amazingly sophisticated computer once you got past the ridiculous operating system Radio Shack crippled it with. Most of us back then chucked Radio Shack’s OS in the trash and ran a multitasking, multiuser operating system called OS9
Yes, it’s more amateur radio stuff. Hey, I got new toys so I have to play with ’em, right? Anyway, this is not an equipment review. I don’t do those. Doing a proper equipment review requires proper test equipment, extensive knowledge, patience, and a lot of work, and I don’t have any of that stuff. Well, okay, so I do except for the patience thing. And the work thing… I have mentioned I’m one of the laziest people in the state, right? Besides, the 818 has been on the market for some time now and it’s been reviewed by people a lot better than me. Even by people who actually know what they’re doing. Which I don’t. What I do is play with stuff, mess around with it, use it, fiddle with it. I look at stuff not like a reviewer, but as someone who actually uses the equipment I talk about.
Disclaimer: I suppose I should stick this in here because it seems every other person I know these days is trying to be an “influencer” and get companies to send them free stuff and make gazillions of dollars on the youtubes and myspaces and facefarts. I don’t get paid by anyone to do these. The equipment was all purchased by myself, through regular retail channels (in this case Gigaparts). No one gives me free stuff or discounts or anything like that. I am not an “influencer” because apparently you have to be A) young, B) good looking, and C) morally and ethically compromised to be able to do that crap, and I don’t fit in with A, B or C. Although if Kenwood would want to give me a new 890 or Yaesu has an extra 101 laying around with one of those fancy $1,000 microphones, I might be willing to reconsider the whole ethics thing.
Anyway, let’s get on with this, shall we?
Of course it didn’t take me long after getting the Yaesu 818ND in my hot little hands to be overcome with the desperate need to actually play with it. So, while enduring scathing looks of disapproval from MrsGF, I temporarily took over the dining room table to fiddle with it. First with 8 AA alkaline batteries powering it and then with the included rechargeable power pack, and then the next day with an Astron power supply feeding it a more adequate amount of juice.
The 818 is definitely a fun little transceiver, and it is also definitely annoying at the same time, although I’m sure the annoyances will fade as I become more familiar with it. Well, some of them, anyway.
I did read the manual before I set it up and tried using it. Despite what I said in the last post where I implied I never read manuals, that’s not true when it comes to things as complex as transceivers because there is always the possibility of actually damaging the equipment if you do something wrong. Not that the 818 is difficult to set up and get going. Basically you just hook up an antenna, plug in the mic, use the internal battery or connect to a 12V power supply, and it’s ready to go. But if you want to actually do anything useful with it, well, read the manual first!
Speaking of the manual, it’s about average for the kind of thing that comes with amateur radio equipment these days. Which means, of course, that it isn’t really very good. Oh, all the essential details are in there. Sort of. If you managed to pass your general class license test you should be able to figure it out. Maybe.
Like most modern transceivers, the 818 is almost ridiculously complex, which means there are lots and lots of settings and functions to play with, and in order to get at any of them you have to delve into the menu system which I’m not even going to try to describe. I’ll just put it this way, if you lose the manual, you’re screwed.
I want to talk about the annoyances first. I should point out that I really, really like the little 818. It is a nifty little QRP transceiver that does everything I want it to do and more. But there are always annoyances with any piece of equipment, and this one is no exception. And all of them pertain to the user interface, so to speak, not how the radio actually works as a radio.
The most obvious and visible of the annoyances is that LCD display. Take a look at that closeup up there. If it looks a bit dim and fuzzy, that’s because it is dim and fuzzy. It is, frankly, awful. I’m sorry, but it is just utterly terrible and it shouldn’t be. I don’t know if it’s just mine or if this is true for all 818s. This is not a cheap piece of equipment. This thing sells for $650. But that LCD looks like something they swiped off a disposable $5 handheld game. In normal room lighting or in the shade or evening outside, with the backlight off, it’s almost impossible to read it at all. Even with the backlight turned on it’s difficult to read unless I’m directly in front of it at the proper viewing angle. Out in bright sunlight it isn’t bad, but still, there is simply no excuse for that on a piece of equipment this expensive.
Then there is the Squelch/RF/AF gain knob. Like a lot of knobs on transceivers these days it is a double knob. There is a sort of collar around the base of the knob that turns which is the RF gain adjustment, while the main knob is the AF gain. It’s, well, floppy is the only way I can describe it. If I put my index finger on the tip of it and move it, the end of the knob can wiggle back and about 1/16th to 1/8th of an inch. It feels cheap, like that $5 kid’s toy mentioned earlier, and this is more than a little troubling because it makes me wonder how long it’s going to last.
The collar around the base of the knob controls the RF gain and it’s damned near impossible for me to turn it. It’s positioned awkwardly. I can’t actually grasp it. I have to put the tip of my index finger on the side of it and try to push up and down to move it. More often than not I end up moving both the RF gain and the AF knob at the same time.
Interestingly enough, the SEL knob on the left side of the radio is rock solid and exhibits none of the floppiness of the AF gain knob.
Then there are the buttons. They are very small, which is understandable because this is a very small radio. But the buttons are also either recessed into the bezel or there are plastic extrusions surrounding the buttons, which makes them damned near impossible for me to push with a finger tip. I either have to try to use the edge my fingernail to push the buttons or use the eraser end of a pencil.
The only reason to recess the buttons like that is to protect them from accidentally being pressed. But exactly how would they be accidentally be pressed on this radio? You aren’t going to be operating this thing while it’s in your pocket. In fact, I can’t think of any circumstances when it would actually be in operation when there it would experience conditions that would cause a button to be accidentally pressed. If it’s in a carrying bag, sure, it might jostle around to the point where something in the bag could make contact with a button, but the radio isn’t going to be turned on and operating if you’re carrying it in a bag. So what, exactly, are they protecting the buttons from?
Like most transceivers these days, the little 818 is loaded with bells and whistles, all of which are accessed via a system of menus. The menu system is, well, all I can say is that it’s no worse than any other I’ve worked with. You’re going to want to keep a copy of the manual with the radio itself, or at least a cheat sheet with the more commonly used menu items written down. You can get a PDF file of the Yaesu 818 manual here directly from the company’s web site. Once you get to the 818 page, click on the “Files” tab and it will take you to a download page where you can get it as a .PDF in English and several other languages.
Using the 818
As you can see from the lead photo, I’ve had the 818 set up and running on the dining room table (while enduring some rather irritated looks from MrsGF, but then she’s an amateur radio operator as well so she understands that if I have a new piece of equipment laying around there’s no way I can keep my hands off it).
The 818 operates either from it’s internal batteries (either 8 AA alkaline batteries or the included rechargeable battery pack) or an external 13V power supply that can handle at least a 3 amp load. When operated with the internal batteries the 818’s transmit power automatically drops to 2.5 watts. You can override this in the menus, but don’t bother. If you try to transmit at 6 watts with the radio on it’s internal batteries it will just turn itself off because the batteries just don’t have enough power to handle that kind of output power.
I put in 8 AA batteries and fired it up and played around with it for a while to get familiar with the menu system, with the Alpha mag loop antenna hooked to the rear antenna connector.
Once I had the antenna tuned, I was faced with a noise level running about S8 to S9+. Now that isn’t at all surprising. I don’t exactly live in a radio quiet zone here. I have a huge cattle feed processing facility just down the street from me, a shop that does powder coating and painting for a major manufacturer of lawn equipment, and about 5 blocks away Sargento has a huge processing facility. Then add in all the electronics here in the house which includes a half dozen computers, networking gear, printers, WiFi points, etc., and, well, some days it gets pretty bad around here. Some days are better than others, it all depends on what equipment is running where. But an S8 noise level is pretty typical.
Now with my Kenwood TS-990 I can generally deal with that kind of thing thanks to some pretty sophisticated filtering. With the 818, well, not so much. I was able to pick up a few very strong CW stations and one or two SSB conversations on 20 and 40 meters, but then I had to pack it all up because it was time for dinner. (I really, really need to stop procrastinating and get the shop in the basement set up!)
Next morning I tried again, feeding the 818 with an external power supply instead of batteries, and was determined to sit down and do some serious goofing around with the little transceiver. That’s the jury rigged setup you see in the lead photo up at the top of the page. And yes, that’s a DX Engineering sticker on the Alexa thingie sitting there. Every time I order something from DXE they send a fistful of stickers and, well, I have to do something with ’em, so they’re everywhere. I tried putting one on MrsGF but she was a wee bit irritated. Tried to put one on one of the cats and she got even more irritated. So after several bandaids to cover the scratches (from the cat, not MrsGF. MrsGF just gives me one of those looks and I know it’s time to stop whatever it is I’m doing.) I only put them on inanimate objects now.
I was picking up several decent CW and SSB transmissions, well above the S7 noise level, which was encouraging. I tried replying to several CQs from other operators, and got nothing in reply. Wondering if I was putting out anything at all I put MrsGF on the 990 in the other room and, well, just about blew her ears out. Forgot to turn on the attenuator. Sigh… Still, the 818 was transmitting. I tried calling CQ on SSB for quite a while on 20 and 40 meters and got nothing.
I dragged out the CW keys and dusted them off. I mean seriously dusted them off. Oh dear, had it been that long since I used ’em? How the heck had they gotten so filthy? They were in a drawer, for heaven’s sake. And cat fur? Really? How the heck did they get covered with cat fur in a drawer? Do the cats like open up all the drawers and look for things to shed on?
Anyway, I dialed down to the frequencies where the QRP people allegedly hang out and fiddled around with CW for a while. Nothing there, either. Sigh…
Getting discouraged I went in the other room and fired up the TS-990 again on the dipole antenna in the backyard. If there’s anybody on the air who can be heard, that sucker will pick it up. And, well, nothing. Tuning from one end of 20 and 40 to the other and nothing. Well, almost nothing. Just a few signals way down in the weeds. Oh, and FT8. The FT8 portions of the bands were lighting up the waterfall like a Christmas tree. (Has everyone moved to FT8? Seems that way sometimes)
Still, the experiment did give me an excuse to clean up the straight key and iambic paddle.
So I know the 818 receives (although after about 5 minutes I really, really missed the filters and noise reduction systems on the TS-990). I know it transmits. I know the Alpha antenna works because I’ve been using it on the 990 with considerable success. It’s just that the gods of propagation have a grudge against me, I guess.
I’m still waiting for the connectors and other things I need to get the 818 on the air with digital so I can’t try FT8 yet. Oh, and I still haven’t come up with a laptop yet.
I suppose I should to a better test. Dial the 818 down to 1 watt, put MrsGF on the 990 in the next room (with the attenuator on this time) and see what kind of signal the 818 is actually putting out. But that’s going to have to wait until MrsGF lets me use the kitchen table again.