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A thermocouple produces a temperature-dependent voltage as a result of the thermoelectric effect, and this voltage can be interpreted to measure temperature.
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It's just the way the world works, and it is the basis of a thermocouple device.Ī thermocouple is an electrical device consisting of two dissimilar electrical conductors forming electrical junctions at differing temperatures. Assuming that you make a good joint and no cold solder connections!ģ) Now, it should be understood that any time 2 different metals are in contact with each other, a potential difference (i.e. The only company that I know of that does this is BJC.Ģ) A solder joint and heat shrink would be the next best approach. Now, for a bit of technical info / education items, but keep in mind that these items are almost certainly not a concern for the audio signals and the audio frequencies!ġ) The BEST way to terminate a wire is with ultrasonic welding. Personally, I tend to end up using either bare wire for "permanent" installs or when space behind my gear is limited, or banana plugs when that makes more sense or is more convenient. Beyond that, it is a moot point when we are talking audio applications. I'm in the camp of "use whatever is most convenient for your needs and gets the job done". I realize this is all engineering minutia, but does anybody know if there any reports or tests on this published somewhere, or does anybody have any experience in comparing these methods? Granted, it's a tall order to model the effective length and cross-section of a connection be they soldered or crimped however, maybe we could just optimize BOTH by crimping AND soldering? We have 2,158 titles open for auditions, 942,251 producers to choose from, and 291,814 audiobooks on sale at.
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Get the skills to succeed Visit ACX University to learn how to produce, publish, and market great-sounding audiobooks. I think the effective area would be maximized in a soldered connection, but with a slight increase to the effective length of the connection. If you already have an unabridged audio version of your book, upload it here to get it into top retail channels. Try to open the folder where the app is stored (or its installation. It also makes sense to me that we could talk about an effective cross-sectional area of the surface contact between the copper in the wire and the terminal plug/spade. (2) Apps that have an dedicated uninstaller: Head to the /Applications folder in Finder. I think that, in a solder joint, the effective length is minimal (compared to the length of the wire itself).
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Resistance becomes a function of both: the length of the conductor and its cross-sectional area. Click to expand.I don't agree with the logic here because I can't see how the higher resistance of tin can really have an impact the overall resistance of that connection.