1

00:00:03,066 --> 00:00:05,966

Then we add a little solder on the pins of the components

2

00:00:06,766 --> 00:00:07,966

Medium melt solder

3

00:00:08,766 --> 00:00:10,566

Put a little bit in this position

4

00:00:13,633 --> 00:00:14,666

Melt this solder

5

00:00:15,433 --> 00:00:16,733

To stick to this pin

6

00:00:19,900 --> 00:00:20,833

To make it full

7

00:00:21,866 --> 00:00:24,633

Then another location also needs to be added solder

8

00:00:33,066 --> 00:00:36,366

Then connect the copper wire we just tinned to the two solder joints

9

00:00:41,233 --> 00:00:44,266

Before connecting, let's add a little flux

10

00:00:54,000 --> 00:00:57,666

This copper wire is already connected to this solder joint now

11

00:00:59,833 --> 00:01:02,266

Then we pull the line to the other side

12

00:01:04,800 --> 00:01:07,700

Then you know why you need to use insulated copper wire

13

00:01:08,500 --> 00:01:10,300

If it is not insulated

14

00:01:10,633 --> 00:01:13,300

Now the span goes through a lot of components

15

00:01:15,200 --> 00:01:17,466

It can easily lead to a short circuit

16

00:01:20,666 --> 00:01:23,200

This position also needs a little bit of solder

17

00:01:26,133 --> 00:01:28,333

Since this location is not tinned

18

00:01:28,666 --> 00:01:30,700

We'll burn it a few more times

19

00:01:30,966 --> 00:01:32,866

Burn the insulation on the surface

20

00:01:33,400 --> 00:01:34,566

Then stick the tin

21

00:01:37,400 --> 00:01:38,566

It's welded now

22

00:01:40,800 --> 00:01:42,266

Cut off the excess