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welcome<00:00:03.270> to<00:00:03.450> my<00:00:03.660> how<00:00:03.870> to<00:00:03.900> solder<00:00:04.260> video<00:00:04.620> this
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welcome to my how to solder video this
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welcome to my how to solder video this
is<00:00:06.150> for<00:00:06.930> beginners<00:00:07.140> but<00:00:07.950> I'm<00:00:08.460> also<00:00:08.700> going<00:00:09.059> to
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is for beginners but I'm also going to
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is for beginners but I'm also going to
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try to make it as quick and fact-filled
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try to make it as quick and fact-filled
as<00:00:11.820> possible<00:00:12.420> here's<00:00:13.379> my<00:00:13.559> first<00:00:13.830> sovereign
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as possible here's my first sovereign
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as possible here's my first sovereign
iron<00:00:14.519> I<00:00:14.759> ever<00:00:15.030> owned<00:00:15.269> this<00:00:15.660> is<00:00:15.870> a<00:00:15.900> like<00:00:16.290> a
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iron I ever owned this is a like a
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iron I ever owned this is a like a
RadioShack<00:00:16.850> has<00:00:17.850> a<00:00:17.880> 15<00:00:18.480> or<00:00:18.660> 30<00:00:18.900> watt<00:00:19.140> switch
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RadioShack has a 15 or 30 watt switch
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RadioShack has a 15 or 30 watt switch
this<00:00:21.210> is<00:00:21.269> a<00:00:21.420> butane<00:00:21.869> soldering<00:00:22.320> iron<00:00:22.670> these
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this is a butane soldering iron these
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this is a butane soldering iron these
are<00:00:23.849> very<00:00:24.150> handy<00:00:24.560> if<00:00:25.560> you<00:00:26.010> have<00:00:26.039> to<00:00:26.340> work<00:00:26.519> on
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are very handy if you have to work on
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are very handy if you have to work on
stuff<00:00:27.090> away<00:00:27.990> from<00:00:28.490> electricity<00:00:29.490> this<00:00:30.210> is<00:00:30.390> my
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stuff away from electricity this is my
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stuff away from electricity this is my
soldering<00:00:30.960> station<00:00:31.410> I<00:00:31.500> finally<00:00:31.859> bought<00:00:32.040> it's
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soldering station I finally bought it's
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soldering station I finally bought it's
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probably a hundred watt people usually
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probably a hundred watt people usually
stay<00:00:35.550> between<00:00:36.000> about<00:00:36.300> 315<00:00:37.260> and<00:00:38.149> 370<00:00:39.590> C<00:00:41.600> this
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stay between about 315 and 370 C this
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stay between about 315 and 370 C this
would<00:00:42.780> be<00:00:42.989> 600<00:00:43.739> to<00:00:43.860> 700<00:00:44.510> Fahrenheit<00:00:45.510> and<00:00:45.809> the
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would be 600 to 700 Fahrenheit and the
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would be 600 to 700 Fahrenheit and the
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temperature is definitely dependent on
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temperature is definitely dependent on
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your application so if you have a little
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your application so if you have a little
surface<00:00:51.570> mount<00:00:52.100> job<00:00:53.100> you<00:00:53.879> probably<00:00:54.120> want<00:00:54.420> a<00:00:54.539> a
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surface mount job you probably want a a
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surface mount job you probably want a a
sharp<00:00:56.160> of<00:00:56.309> a<00:00:56.399> tip<00:00:56.640> as<00:00:56.850> you<00:00:56.969> can<00:00:57.149> get<00:00:57.469> but<00:00:58.469> you
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sharp of a tip as you can get but you
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sharp of a tip as you can get but you
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want to keep your temperature closer to
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want to keep your temperature closer to
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315 C or 600 Fahrenheit you need to be
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315 C or 600 Fahrenheit you need to be
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quick too because too much heat and you
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quick too because too much heat and you
can<00:01:08.520> burn<00:01:08.670> them<00:01:08.850> up<00:01:08.940> I<00:01:09.470> have<00:01:10.470> a<00:01:10.500> sponge<00:01:11.280> here<00:01:11.550> to
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can burn them up I have a sponge here to
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can burn them up I have a sponge here to
clean<00:01:11.910> my<00:01:12.090> tip<00:01:12.330> I<00:01:13.400> usually<00:01:14.400> keep<00:01:14.550> some<00:01:14.790> water
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clean my tip I usually keep some water
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clean my tip I usually keep some water
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here so I could just get things wet you
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here so I could just get things wet you
need<00:01:20.430> to<00:01:20.550> keep<00:01:20.730> your<00:01:20.970> tip<00:01:21.750> clean<00:01:22.020> so<00:01:22.850> before
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need to keep your tip clean so before
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need to keep your tip clean so before
you<00:01:23.940> start<00:01:24.030> soldering<00:01:24.990> you<00:01:25.080> need<00:01:25.320> to<00:01:25.500> put<00:01:26.040> some
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you start soldering you need to put some
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you start soldering you need to put some
fresh<00:01:26.760> solder<00:01:27.060> on<00:01:27.330> and<00:01:30.440> go<00:01:31.440> ahead<00:01:31.500> and<00:01:31.650> clean
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fresh solder on and go ahead and clean
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fresh solder on and go ahead and clean
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it off for soldering electronics you
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it off for soldering electronics you
definitely<00:01:35.340> want<00:01:35.610> rosin<00:01:36.060> core<00:01:36.090> solder<00:01:37.370> acid
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definitely want rosin core solder acid
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definitely want rosin core solder acid
core<00:01:38.640> is<00:01:38.880> not<00:01:39.120> for<00:01:39.600> electronics<00:01:40.290> it'll<00:01:40.500> mess
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core is not for electronics it'll mess
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core is not for electronics it'll mess
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things up in the old days we can get
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things up in the old days we can get
some<00:01:43.800> good<00:01:44.720> lead<00:01:45.920> solder<00:01:47.960> lead-free<00:01:48.960> it<00:01:49.530> has<00:01:49.710> a
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some good lead solder lead-free it has a
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some good lead solder lead-free it has a
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slightly higher melting point but for
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slightly higher melting point but for
all<00:01:53.490> intensive<00:01:53.760> purposes<00:01:53.940> it's<00:01:54.780> the<00:01:54.900> same<00:01:55.340> so
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all intensive purposes it's the same so
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all intensive purposes it's the same so
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when you're going to solder and by the
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when you're going to solder and by the
way<00:01:57.810> its<00:01:58.290> solder<00:01:58.650> in<00:01:59.010> the<00:01:59.580> United<00:01:59.970> States<00:02:00.210> and
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way its solder in the United States and
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way its solder in the United States and
solder<00:02:01.290> in<00:02:02.660> on<00:02:03.660> the<00:02:03.810> other<00:02:03.900> side<00:02:04.140> of<00:02:04.260> the<00:02:04.320> pond
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solder in on the other side of the pond
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solder in on the other side of the pond
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so please don't write stupid YouTube
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so please don't write stupid YouTube
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comments telling me I'm pronouncing it
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comments telling me I'm pronouncing it
wrong<00:02:08.970> because<00:02:09.239> you<00:02:09.509> can<00:02:09.720> pronounce<00:02:09.929> it<00:02:10.170> both
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wrong because you can pronounce it both
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wrong because you can pronounce it both
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ways so for starters I'm gonna get a
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ways so for starters I'm gonna get a
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little solder on my tip
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little solder on my tip
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and then I'm going to get the pieces of
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and then I'm going to get the pieces of
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metal hot and then apply solder to the
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metal hot and then apply solder to the
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hot metal and I use a quick upward
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hot metal and I use a quick upward
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motion to kind of make the the bubbles
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motion to kind of make the the bubbles
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look good but you definitely want to get
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look good but you definitely want to get
the<00:02:30.569> metal<00:02:30.870> hot<00:02:31.070> and<00:02:32.070> you<00:02:32.340> want<00:02:32.490> to<00:02:32.580> apply<00:02:32.790> your
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the metal hot and you want to apply your
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the metal hot and you want to apply your
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solder directly to the metal the reason
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solder directly to the metal the reason
you<00:02:35.970> do<00:02:36.090> this<00:02:36.120> is<00:02:36.450> because<00:02:36.950> there<00:02:37.950> is<00:02:37.980> flux
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you do this is because there is flux
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you do this is because there is flux
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this is rosin core solder and the flux
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this is rosin core solder and the flux
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will burn off so if I just put it on my
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will burn off so if I just put it on my
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iron and let the flux burn off and then
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iron and let the flux burn off and then
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I try to stick it to it it doesn't
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I try to stick it to it it doesn't
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really stick to the metal that great but
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really stick to the metal that great but
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if I put some fresh solder on there
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if I put some fresh solder on there
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it'll go ahead and melt in good so if
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it'll go ahead and melt in good so if
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you're gonna solder a couple of wires
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you're gonna solder a couple of wires
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together the most common method is to
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together the most common method is to
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twist the wires together and then if you
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twist the wires together and then if you
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have something like a helping hand
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have something like a helping hand
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that is very helpful otherwise it's
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that is very helpful otherwise it's
quite<00:03:22.890> a<00:03:23.010> pain<00:03:23.250> trying<00:03:23.579> to<00:03:23.730> hold<00:03:23.880> a<00:03:24.209> couple
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quite a pain trying to hold a couple
125
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quite a pain trying to hold a couple
pieces<00:03:24.930> of<00:03:25.049> wire<00:03:25.200> together<00:03:25.760> so<00:03:26.760> first<00:03:27.600> thing
126
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pieces of wire together so first thing
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pieces of wire together so first thing
you<00:03:27.840> need<00:03:28.049> to<00:03:28.110> do<00:03:28.350> is<00:03:29.000> get<00:03:30.000> the<00:03:30.209> wire<00:03:30.450> hot<00:03:30.780> so
128
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you need to do is get the wire hot so
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you need to do is get the wire hot so
you're<00:03:31.290> gonna<00:03:31.410> get<00:03:31.680> some<00:03:31.920> solder<00:03:32.160> on<00:03:32.280> here<00:03:32.780> so
130
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you're gonna get some solder on here so
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you're gonna get some solder on here so
that<00:03:33.989> it<00:03:34.310> starts<00:03:35.310> conducting<00:03:35.519> the<00:03:35.970> heat<00:03:36.320> to
132
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that it starts conducting the heat to
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that it starts conducting the heat to
the<00:03:37.440> wire<00:03:38.269> once<00:03:39.269> the<00:03:39.420> wire<00:03:39.630> is<00:03:39.840> really<00:03:40.079> hot
134
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the wire once the wire is really hot
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the wire once the wire is really hot
smoking<00:03:41.370> hot<00:03:41.519> you<00:03:41.850> can<00:03:42.060> go<00:03:42.150> ahead<00:03:42.239> and<00:03:42.390> apply
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smoking hot you can go ahead and apply
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smoking hot you can go ahead and apply
the<00:03:42.750> solder<00:03:43.709> notice<00:03:44.220> how<00:03:44.430> I'm<00:03:45.390> applying<00:03:45.750> the
138
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the solder notice how I'm applying the
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the solder notice how I'm applying the
solder<00:03:46.170> to<00:03:46.380> the<00:03:46.410> wire<00:03:46.709> and<00:03:47.100> the<00:03:47.280> wire<00:03:47.459> is<00:03:47.489> just
140
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solder to the wire and the wire is just
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solder to the wire and the wire is just
wicking<00:03:48.470> the<00:03:49.470> solder<00:03:49.769> in<00:03:51.079> and<00:03:52.079> you<00:03:52.200> want<00:03:52.320> to<00:03:52.380> do
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wicking the solder in and you want to do
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wicking the solder in and you want to do
this<00:03:52.620> pretty<00:03:52.860> quick<00:03:53.190> otherwise<00:03:53.610> your
144
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this pretty quick otherwise your
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this pretty quick otherwise your
insulation<00:03:54.959> will<00:03:55.290> start<00:03:55.530> to<00:03:55.680> melt<00:03:56.209> so<00:03:57.209> now
146
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insulation will start to melt so now
147
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insulation will start to melt so now
that<00:03:57.540> you<00:03:57.630> have<00:03:57.750> your<00:03:57.870> wire<00:03:58.110> what<00:03:58.440> do<00:03:58.590> you<00:03:58.680> do
148
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that you have your wire what do you do
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that you have your wire what do you do
well<00:03:59.160> if<00:03:59.340> you're<00:03:59.489> if<00:04:00.420> you're<00:04:00.570> poor<00:04:01.019> you<00:04:01.980> will
150
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well if you're if you're poor you will
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well if you're if you're poor you will
use<00:04:02.450> electrical<00:04:03.450> tape<00:04:03.510> to<00:04:04.049> cover<00:04:04.560> up<00:04:04.739> the<00:04:04.860> wire
152
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use electrical tape to cover up the wire
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use electrical tape to cover up the wire
or<00:04:05.850> you<00:04:05.910> can<00:04:06.239> use<00:04:06.360> some<00:04:06.570> heat<00:04:06.720> shrink<00:04:06.780> tubing
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so<00:04:21.200> another<00:04:21.470> point<00:04:21.739> to<00:04:21.920> mention<00:04:22.100> is<00:04:22.430> that<00:04:22.630> you
155
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so another point to mention is that you
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so another point to mention is that you
need<00:04:23.900> the<00:04:24.440> rosin<00:04:25.090> to<00:04:26.090> make<00:04:26.510> the<00:04:26.690> solder<00:04:26.960> stick
157
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need the rosin to make the solder stick
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need the rosin to make the solder stick
to<00:04:27.530> the<00:04:27.650> wire<00:04:29.410> however<00:04:31.180> solder<00:04:32.180> will<00:04:32.480> stick<00:04:32.720> to
159
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to the wire however solder will stick to
160
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to the wire however solder will stick to
solder<00:04:33.140> no<00:04:33.410> problem<00:04:33.920> so<00:04:34.250> if<00:04:35.120> you<00:04:35.210> tin<00:04:35.600> your
161
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solder no problem so if you tin your
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solder no problem so if you tin your
wires<00:04:36.020> really<00:04:36.500> nicely<00:04:36.850> and<00:04:37.850> you<00:04:38.420> get<00:04:38.570> the
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wires really nicely and you get the
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wires really nicely and you get the
solder<00:04:38.960> sticking<00:04:39.470> to<00:04:39.590> the<00:04:39.680> wire<00:04:39.920> you<00:04:41.650> can
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solder sticking to the wire you can
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solder sticking to the wire you can
actually<00:04:43.160> reheat<00:04:43.970> solder<00:04:47.350> and<00:04:48.350> even<00:04:49.190> though
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actually reheat solder and even though
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actually reheat solder and even though
this<00:04:49.820> hasn't<00:04:50.180> twisted<00:04:50.570> together<00:04:50.690> so<00:04:51.910> people
169
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this hasn't twisted together so people
170
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this hasn't twisted together so people
are<00:04:53.120> going<00:04:53.270> to<00:04:53.330> get<00:04:53.510> me<00:04:53.630> in<00:04:53.720> the<00:04:53.810> comments
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are going to get me in the comments
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are going to get me in the comments
because<00:04:54.470> this<00:04:54.830> isn't<00:04:55.520> the<00:04:55.700> way<00:04:55.850> you're<00:04:56.000> really
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because this isn't the way you're really
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because this isn't the way you're really
supposed<00:04:56.480> to<00:04:56.540> do<00:04:56.750> it<00:04:57.520> it<00:04:58.520> actually<00:04:58.970> is<00:04:59.360> pretty
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supposed to do it it actually is pretty
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supposed to do it it actually is pretty
sturdy<00:05:00.380> it's<00:05:00.650> a<00:05:00.770> good<00:05:00.980> solder<00:05:01.730> connection
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sturdy it's a good solder connection
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sturdy it's a good solder connection
though<00:05:02.960> mechanically<00:05:04.450> there's<00:05:05.450> not<00:05:05.660> a<00:05:05.690> very
179
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though mechanically there's not a very
180
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though mechanically there's not a very
good<00:05:06.260> connection<00:05:06.590> if<00:05:06.950> you<00:05:07.160> first<00:05:08.090> twist<00:05:08.630> the
181
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good connection if you first twist the
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good connection if you first twist the
wires<00:05:09.080> around<00:05:09.350> each<00:05:09.770> other<00:05:10.040> there's<00:05:10.669> more
183
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wires around each other there's more
184
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wires around each other there's more
metal<00:05:11.180> to<00:05:11.390> metal<00:05:11.510> contact<00:05:11.690> and<00:05:12.320> then<00:05:13.040> when<00:05:13.250> you
185
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metal to metal contact and then when you
186
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metal to metal contact and then when you
apply<00:05:13.400> the<00:05:13.700> solder<00:05:14.860> it<00:05:15.860> gives<00:05:16.160> you<00:05:16.280> a<00:05:16.340> little
187
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apply the solder it gives you a little
188
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apply the solder it gives you a little
better<00:05:16.700> connection<00:05:17.830> one<00:05:18.830> of<00:05:18.890> the<00:05:18.980> most
189
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better connection one of the most
190
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better connection one of the most
important<00:05:19.550> things<00:05:19.760> is<00:05:20.090> to<00:05:20.150> take<00:05:20.810> care<00:05:21.050> of<00:05:21.080> your
191
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important things is to take care of your
192
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important things is to take care of your
soldering<00:05:21.710> iron<00:05:21.800> tip<00:05:22.190> and<00:05:22.790> you<00:05:23.540> do<00:05:23.660> that<00:05:23.810> by
193
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soldering iron tip and you do that by
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soldering iron tip and you do that by
turning<00:05:24.110> the<00:05:24.680> tip<00:05:25.030> you<00:05:26.030> can<00:05:26.180> shake<00:05:26.510> the<00:05:26.660> excess
195
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turning the tip you can shake the excess
196
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turning the tip you can shake the excess
solder<00:05:27.800> off<00:05:28.070> or<00:05:28.340> you<00:05:28.430> can<00:05:28.610> use<00:05:28.760> a<00:05:28.790> your<00:05:29.360> sponge
197
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solder off or you can use a your sponge
198
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solder off or you can use a your sponge
once<00:05:31.580> you<00:05:31.669> get<00:05:31.790> it<00:05:31.880> cleaned<00:05:32.150> and<00:05:32.330> then<00:05:32.479> tinned
199
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once you get it cleaned and then tinned
200
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once you get it cleaned and then tinned
you're<00:05:33.290> ready<00:05:33.500> to<00:05:33.710> go
201
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you're ready to go
202
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you're ready to go
so<00:05:34.729> of<00:05:34.820> course<00:05:35.060> bigger<00:05:35.390> components<00:05:36.110> this<00:05:36.560> is<00:05:36.770> a
203
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so of course bigger components this is a
204
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so of course bigger components this is a
big<00:05:37.070> resistor<00:05:37.820> and<00:05:38.030> a<00:05:38.060> big<00:05:38.240> capacitor<00:05:38.870> these
205
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big resistor and a big capacitor these
206
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big resistor and a big capacitor these
things<00:05:39.919> will<00:05:40.100> dissipate<00:05:40.640> a<00:05:40.700> lot<00:05:41.060> of<00:05:41.270> heat<00:05:41.510> so
207
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things will dissipate a lot of heat so
208
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things will dissipate a lot of heat so
you<00:05:42.500> probably<00:05:42.950> want<00:05:43.250> a<00:05:43.340> fatter<00:05:43.669> tip<00:05:44.000> if<00:05:44.300> you
209
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you probably want a fatter tip if you
210
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you probably want a fatter tip if you
can<00:05:45.260> or<00:05:45.530> crank<00:05:46.130> up<00:05:46.280> your<00:05:46.310> heat<00:05:46.729> to<00:05:47.890> closer<00:05:48.890> to
211
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can or crank up your heat to closer to
212
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can or crank up your heat to closer to
the<00:05:49.190> 700<00:05:50.110> Fahrenheit<00:05:51.110> or<00:05:51.790> 371<00:05:52.790> C<00:05:53.150> range<00:05:53.710> now<00:05:54.710> if
213
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the 700 Fahrenheit or 371 C range now if
214
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the 700 Fahrenheit or 371 C range now if
you<00:05:55.280> put<00:05:55.550> a<00:05:55.790> soldering<00:05:56.330> iron<00:05:56.479> on<00:05:56.870> an<00:05:57.650> old<00:05:57.860> joint
215
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you put a soldering iron on an old joint
216
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you put a soldering iron on an old joint
like<00:05:58.580> this<00:05:58.850> it<00:05:59.690> really<00:05:59.870> doesn't<00:06:00.440> do<00:06:00.860> a<00:06:00.890> very
217
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like this it really doesn't do a very
218
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like this it really doesn't do a very
good<00:06:01.220> job<00:06:01.370> of<00:06:01.729> melting<00:06:01.970> this<00:06:02.690> solder<00:06:03.850> the
219
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good job of melting this solder the
220
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good job of melting this solder the
first<00:06:05.090> thing<00:06:05.300> you<00:06:05.390> want<00:06:05.600> to<00:06:05.660> do<00:06:05.900> regardless<00:06:06.590> if
221
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first thing you want to do regardless if
222
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first thing you want to do regardless if
you're<00:06:06.979> trying<00:06:07.220> to<00:06:07.310> fix<00:06:07.520> the<00:06:07.729> joint<00:06:08.000> or<00:06:08.330> trying
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you're trying to fix the joint or trying
224
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you're trying to fix the joint or trying
to<00:06:08.690> take<00:06:08.900> it<00:06:09.050> off<00:06:09.169> as<00:06:09.410> put<00:06:10.310> a<00:06:10.340> little<00:06:10.490> fresh
225
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to take it off as put a little fresh
226
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to take it off as put a little fresh
solder<00:06:11.000> on<00:06:11.210> there<00:06:11.419> and<00:06:11.830> the<00:06:14.470> deponents<00:06:15.470> or
227
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solder on there and the deponents or
228
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solder on there and the deponents or
work<00:06:16.250> way<00:06:16.520> way<00:06:16.940> nicer<00:06:17.419> then<00:06:17.830> so<00:06:18.830> now<00:06:19.010> you<00:06:19.100> can
229
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work way way nicer then so now you can
230
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work way way nicer then so now you can
see<00:06:19.580> I<00:06:21.100> can<00:06:22.100> easily<00:06:22.400> work<00:06:22.910> with<00:06:23.120> it<00:06:23.270> now<00:06:23.450> that
231
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see I can easily work with it now that
232
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see I can easily work with it now that
I've<00:06:23.990> put<00:06:24.200> the<00:06:24.350> fresh<00:06:24.590> solder<00:06:24.890> on<00:06:25.100> there
37800
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