1

00:00:03,166 --> 00:00:04,300

After curing

2

00:00:04,566 --> 00:00:07,166

We rewired it to that resistor we just saw

3

00:00:16,900 --> 00:00:18,166

Cut it at this spot

4

00:00:24,500 --> 00:00:27,066

Do not mistake this position of the wiring

5

00:00:30,166 --> 00:00:36,300

It's definitely not okay if you connect it to this resistor which isn't supposed to be connected to this one

6

00:00:42,800 --> 00:00:44,033

Put a little flux

7

00:00:53,266 --> 00:00:56,366

At this time, use a little medium melt solder

8

00:00:58,500 --> 00:01:02,166

Dip a bit of medium melt solder on the tip of the soldering iron

9

00:01:03,700 --> 00:01:04,766

It's a bit much

10

00:01:09,866 --> 00:01:12,933

This new soldering iron is not very easy to use

11

00:01:18,633 --> 00:01:20,233

Remove the excess wire

12

00:01:24,166 --> 00:01:25,200

Clean it up again

13

00:01:33,666 --> 00:01:36,966

Then we must check carefully if there is a short circuit around

14

00:01:37,700 --> 00:01:41,000

For example, near the location of this solder joint

15

00:01:42,133 --> 00:01:45,566

Then there is a small piece of copper that has exposed and tinned

16

00:01:45,866 --> 00:01:48,900

This is because we just did an operation at this location

17

00:01:49,100 --> 00:01:50,333

There's a groove here

18

00:01:50,433 --> 00:01:53,266

This wire is not easy to hold with tweezers

19

00:01:53,766 --> 00:01:55,566

So I did it for a few times

20

00:01:55,933 --> 00:02:00,333

Then a little bit of copper exposed on the side because of the soldering iron

21

00:02:00,566 --> 00:02:02,533

But the copper wire did not touch it

22

00:02:03,400 --> 00:02:05,800

So there will be no short circuit in this position

23

00:02:06,433 --> 00:02:09,166

Then take a look at the position behind the copper wire

24

00:02:09,533 --> 00:02:12,033

Is this position close to these pads tinned?

25

00:02:12,833 --> 00:02:15,300

If it is,it may be shorted