The first is that I now have Sam Cooke’s song “Twistin’ the Night Away” bouncing around my poor old noggin (I told you this because misery loves company). I also think that the guy who created the video could have made a much neater job of the final connection, but maybe that’s just sour grapes because he’s got over 9 million views for this video, while I’m lucky to get more than 10 for mine (and nine of those are my dear old mom showing her friends). ![]() In conclusion, the video taught me something, which is good. It’s not like the existing connections are bad, and it’s not like anyone will ever see them it’s just a matter of personal pride in that I want everything to look as good as possible (on the other hand, I find that I don’t want this enough to rewire everything, LOL). I only wish that I’d seen this video a couple of weeks ago because I would have used the Western Union Splice for all of the connections in my Counter Timer. On the other hand, they do tend to be a little “lumpy” and look a tad misshapen under the heat-shrink tube.įrom the comments on the video, I’ve discovered that the final solution shown is officially known as a Western Union Splice. There isn’t a problem with regard to mechanical strength because my joints are soldered and they are never put under any significant mechanical strain. Wiring the countdown timer (Source: Max Maxfield) Only recently, in fact, I was wiring up my Countdown Timer, and I cannot tell you how many of these “twist and fold” connections I had to make. The bottom line is that I’ve always used the first “twist and fold” technique. I’ve been doing electronics since I was a young lad, but my university degree was in control engineering (math, electronics, mechanics, and hydraulics/fluidics), so I never did get any official “hands-on” training in the sort of nitty-gritty details that are taught to technicians. Zero talking and totally learned how to do this.” On the other hand, some people responded positively, with comments like “This was very easy to understand, thank you,” and “Thank you so much for this video. One commenter said, “Wasted 6 minutes of my life.” Another opined, “In short, the standard cable junction that is learned in technical school.” A third noted, “It is like you’ve discovered HOT WATER. Now, it has to be said that some of the comments accompanying the video were a tad strident (some may say harsh). This approach has two advantages over its predecessors: (a) It’s mechanically strong and cannot easily be pulled apart, and (b) it offers a lower profile than the “folding the twist over a wire” method. The video ends with a third approach, as shown below. The video also demonstrates a second procedure, which starts off looking good but turns out to be a bit of a red herring. ![]() Instead, he simply pulls the wires apart to show how flimsy this twisting technique is (of course, adding solder negates this point somewhat). The guy in the video doesn’t apply solder. Also, I would cover the resulting joint with a piece of heat-shrink tubing before deploying it in the field (which sounds better than “on my kitchen table”). However, I typically solder the wires after performing the twist and before folding the connection back against the side of one of the pieces of wire. ![]() To be honest, this is the way that I’ve always done it myself. The wires are then twisted together, after which they are folded back against the side of one of the pieces of wire, as shown below: This video starts by showing the simplest technique for twisting two wires together, which commences by baring the ends and overlaying them at 90° to each other, as shown below: 《MOTIX™ Multi-MOSFET Driver: Best-in-Class Solution for DC Motor Control》□To control up to eight half-bridges with one packaged device
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