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Hello, welcome to another new video

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from my channel. Here we have a classic

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classic of the good old ones,

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eh, but a very modern piece of equipment for your

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period, eh, very modern and also beautiful and

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curious, very curious. The Yaesu, the

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FT707,

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eh, eh, what brings the part of the

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memories bring them apart. This equipment does not

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It had memory, it has optional ones.

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Besides, it is another device that is worn

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On top of that, which is what we have here,

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okay? And we have up to eight here

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six memories in reception and in

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transmission

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and through it you can memorize the

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transmission, reception, for which

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can be used for split too. Very

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curious about the team, the truth is that it

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has loved it. Eh eh from a colleague and friend

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from here in the area. And nothing, the problem

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What it has is that when you memorize

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reception and transmission

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there is a frequency difference

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very little, but there is some when you memorize

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many times you run a little bit

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frequency. But hey, I have it

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warming up for a while

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and it's not bad.

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Now, now, now it doesn't change. not now

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It varies for me. It's curious. anyway

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I'm going to adjust the TX to the

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master oscillator

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and that I think it is not very

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displaced. I have been listening to it,

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I have put the service monitor on it

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and

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perfectly receives the 1 kHz tone

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and it doesn't seem like we're displaced,

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but we are going to observe it anyway

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ways and to look. And I'm telling you,

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I'm counting

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This is such a beautiful team, isn't it? so so

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incredible for the time in which it was

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took out. A modern already with a display of

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segments there, eh, a display of

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segments, a segment smiter that

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you can see there. a curious I have it

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brought its owner and tells me what it is

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when you memorize one when you are going to

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memorizing a station does not memorize the

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zero. But of course, what I give myself

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account is the following.

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What I realize here is what

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next. We remove the memory. Yes I

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I put a frequency that ends in

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zero, which is what he told me,

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well, it doesn't matter if it ends in zero,

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but he told me zero. For example,

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28

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176 0.

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And I set the RX frequency,

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There is a displacement, okay? There of the

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about 400Hz,

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okay? 4 from 76 to 77.6

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76.1

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well, 400 500 hertz more like

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displacement and that's what happens

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because if I take, I say, I'm going to memorize

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this frequency, okay? I give the M

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and I hit RX, for example.

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Well, you memorized that one, right? Yes I

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I go here now again, I hit the M,

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right? And here again. The one that has

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memorized is the move, not the

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original. It is what I see and I see no other

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thing. But of course, because there is a

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displacement and I gave it RX.

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The thing is that in RX it was not memorized.

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We repeat again. We repeat again.

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We put 157,

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sorry. We remove, we put 15700,

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For example, okay? so that it can be seen

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better.

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00, okay? And I memorize it, I give it to myself,

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I already hit RX and TX.

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He has already moved it to me. Have you seen?

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Have you seen me? It has displaced me

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frequency. Clear. What happens now?

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What if I

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I come back here,

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I have it displaced,

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huh? But in TX I have it fine. Not in RX

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I have it bad.

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There is a displacement in the equipment between

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RX and TX. And I think that's what happens.

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I don't see anything else. I don't see him

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something else. So what I'll do is

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check the adjustment of

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the master speed frequency and

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look at the settings in the manual

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TXRX service to see if there is

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some difference. Well, teams so

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old, well it's normal, it's normal that

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there is some difference and I see it and you

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I tell whatever, because then the

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equipment works well, I don't see any

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another problem that you told me.

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Okay, uh, I hope you answer me and

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We continue with the video, with the with the

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repair.

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Well, let's give it an adjustment.

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oscillator

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uh from the memory of 70, okay?

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of Windows 7 also have their setting,

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They have two VCOs, okay? and an oscillator

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which is the one

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had a frequency synthesizer

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digital

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and the truth is that my mother what I know

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I needed in the past, eh, everything

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has been here and today a joke does everything

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this practically, a chi and few

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more components, but of course, the team

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He is already old. Well, then I tell.

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The oscillator is here. The base

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fundamental is a 30 MHz crystal that

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is here. The 30 and then oscillator

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has two multipliers times two and times

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three.

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So we have 90 and 60.

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We have the setting of 30 which is the

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fundamental for all the others. He

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fine adjustment of 90 and that of 60.

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Okay?

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For which we are going to use my

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frequency meter

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that we already have him here. Okay,

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We put the clamps to ground and begin

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for the one of 30. Let's see how he is,

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which is the fundamental one.

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30. Well, it's pretty good. Well, you

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I have removed digit here from the frequency meter

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so as not to go a little crazy, eh?

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Because why do we want so many 12?

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digits.

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So we have removed it here and we have

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left

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well there

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with a decimal, okay?

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Hey, that's pretty good, let's not go with it.

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to touch

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Let's see the 90's.

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We can touch the fine adjustment a bit

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let's see if

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we are capable of correcting something

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little.

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Well it's not there

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there is the maximum.

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And what I don't want is to touch Let's see.

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There 98.

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We play the 30.

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Okay, we can let him know it's finer.

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90. Let's see how the 30-year-old turned out.

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It's okay. And we check the 60 M that

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is here.

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And let's see if we can play a

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little to fine adjustment.

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to the maximum. Hey,

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It is the maximum that can be achieved.

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Okay, so we leave it there. Well then

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that's it. Let's do the

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checks to see if the problem is already

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What has happened here is that the frequency

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of the synthesizer, which was this one, not

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coincided

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with the team, okay? and when

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we used the memories, there was some

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small shift in RX of some

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hertz up, hertz down

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and a digit jumped from the

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of the frequency meter, of the frequency

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dropped one digit, the only digit that

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has the frequency meter in the

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frequency, the last, the only decimal,

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come on, in a word.

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Well, let's make an adjustment of de

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frequency, a review of all the

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segments of the Yaesu, the 707,

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although it was quite good, but the

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we are going to improve a little after

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several hours of heating.

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Let's start with the 80 met band

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which specifically is

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specifically it is this one. Okay.

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Hey,

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Let's see how it is. We transmit,

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we put the equipment at 3800,

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monitor at 3800,

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we see the displacement, 33 Hz,

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which is pretty good. Let's go

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improve it a little.

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It's very good anyway, I wouldn't

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missing, but good.

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24 20 11 5

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two

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We can leave him here

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zero, but that zero is not going to be real

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because of course, it varies, it varies. Well then

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We leave it there, okay?

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We move to the band of 40

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40m.

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We put on the monitor

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7.1

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7 points

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Let's see,

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7,100. We put the equipment at 7,100.

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Perfect. 7,100.

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Let's see.

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It's very nice.

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It's very nice.

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Play a little bit,

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huh?

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Ok, let's leave it there

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quite approximate.

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We move on to the 30 met band.

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10 100

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or worth 10 100

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point

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1 are

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we transmit

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31Hz.

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Okay,

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We are looking for the 30 that is here,

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what is this

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30m.

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We have 33 HI.

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We were a PI.

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We are getting closer.

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Very sensitive.

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Okay, well, dance. We continue

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with adjustment. We move on to the band

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20m.

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14

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100.

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We can make 14100.

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14.

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1cio.

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We transmit.

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We said that the displacement is about

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minus 40 Hz.

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Okay, 20 met gang here.

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Very sensitive.

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Okay,

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Well, we can leave it there.

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We can leave it there

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perfectly.

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Okay, so we leave it there.

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We move on to the band of 17

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meter.

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The band 17 m. Let's see how it is.

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1800.

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18. Yes.

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18 point 1

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We verify the displacement.

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33H

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33

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Ozi's gang.

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No, I was wrong. I have been wrong.

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That looks terrible.

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Let's see, X4.

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Okay, we leave it there. Okay.

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Well, we adjust the 15 m band.

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Team in 2100,

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huh,

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monitor at 21100.

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Hey,

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we transmit

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11 and we play

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until you get

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as close to zero as possible.

282
00:17:02,279 --> 00:17:10,439
Okay, well okay.

283
00:17:04,799 --> 00:17:10,439
Well, we move on to the band

284
00:17:12,760 --> 00:17:19,720
24

285
00:17:15,240 --> 00:17:19,720
MHz, 12m.

286
00:17:24,559 --> 00:17:28,960
12 met. We put the service monitor

287
00:17:26,600 --> 00:17:31,960
in 24

288
00:17:28,960 --> 00:17:31,960
600

289
00:17:36,720 --> 00:17:41,679
246

290
00:17:38,679 --> 00:17:41,679
24.6.

291
00:17:44,480 --> 00:17:47,480
Okay,

292
00:17:49,440 --> 00:17:54,799
28 meg

293
00:17:51,600 --> 00:17:54,799
and we play

294
00:18:10,039 --> 00:18:14,880
to the maximum. approximated to zero.

295
00:18:15,720 --> 00:18:22,640
Okay, perfect.

296
00:18:19,400 --> 00:18:24,520
Next band. We move on to the band

297
00:18:22,640 --> 00:18:27,520
10m,

298
00:18:24,520 --> 00:18:27,520
28100.

299
00:18:29,200 --> 00:18:32,760
Nailed.

300
00:18:30,760 --> 00:18:35,679
Monitor on

301
00:18:32,760 --> 00:18:39,000
28.

302
00:18:35,679 --> 00:18:44,799
1 version.

303
00:18:39,000 --> 00:18:47,039
We press transmission. and we get 55 Hz.

304
00:18:44,799 --> 00:18:50,200
Well, it will be the first 10 m that

305
00:18:47,039 --> 00:18:50,200
is here.

306
00:18:51,840 --> 00:18:57,159
We adjust

307
00:18:54,080 --> 00:18:59,159
for the maximum

308
00:18:57,159 --> 00:19:02,159
just in case

309
00:18:59,159 --> 00:19:02,159
zero.

310
00:19:07,400 --> 00:19:16,919
Okay, perfect.

311
00:19:11,520 --> 00:19:16,919
We move on to the second segment of 28

312
00:19:17,320 --> 00:19:21,280
and we put in 286

313
00:19:24,280 --> 00:19:27,280
28.

314
00:19:27,640 --> 00:19:33,080
6th of a third. Okay,

315
00:19:30,919 --> 00:19:35,720
we transmit

316
00:19:33,080 --> 00:19:38,720
and we get 68.

317
00:19:35,720 --> 00:19:38,720
We adjust.

318
00:19:42,440 --> 00:19:48,520
for

319
00:19:45,039 --> 00:19:48,520
the minimum displacement.

320
00:19:50,280 --> 00:19:54,720
Let's see, this one is very sensitive.

321
00:20:08,039 --> 00:20:15,240
Okay, perfect.

322
00:20:12,159 --> 00:20:16,760
And well, we have finished the alignment

323
00:20:15,240 --> 00:20:19,679
of the team. Well, here are two

324
00:20:16,760 --> 00:20:22,280
segments of 27

325
00:20:19,679 --> 00:20:24,039
also,

326
00:20:22,280 --> 00:20:27,039
specifically

327
00:20:24,039 --> 00:20:27,039
27100,

328
00:20:29,280 --> 00:20:35,559
that we can try to fill it too.

329
00:20:32,679 --> 00:20:38,200
27.1

330
00:20:35,559 --> 00:20:40,640
Hz.

331
00:20:38,200 --> 00:20:42,240
Let's see how it is. It is quite

332
00:20:40,640 --> 00:20:44,400
displaced.

333
00:20:42,240 --> 00:20:49,080
80 hertz

334
00:20:44,400 --> 00:20:50,840
27 100 which could be this one here.

335
00:20:49,080 --> 00:20:53,360
It's marked.

336
00:20:50,840 --> 00:20:57,159
Yes.

337
00:20:53,360 --> 00:20:59,440
Okay. And we adjust for the minimum

338
00:20:57,159 --> 00:21:03,320
displacement.

339
00:20:59,440 --> 00:21:03,320
4 C. That

340
00:21:04,320 --> 00:21:07,559
very sensitive.

341
00:21:09,880 --> 00:21:19,840
Okay, perfect.

342
00:21:13,799 --> 00:21:19,840
Another part of another segment of 27 remains

343
00:21:20,039 --> 00:21:23,039
600

344
00:21:26,039 --> 00:21:33,159
27600.

345
00:21:28,679 --> 00:21:33,159
Service Monitor 27.6

346
00:21:34,960 --> 00:21:40,960
we use M.

347
00:21:37,559 --> 00:21:46,080
and we get 81 hertz.

348
00:21:40,960 --> 00:21:46,080
Okay, let's play here, which is next.

349
00:21:46,640 --> 00:21:50,240
for minimal displacement.

350
00:22:08,000 --> 00:22:14,080
It may be worth it. It may be worth it. Perfect.

351
00:22:12,039 --> 00:22:17,159
Well, and we finish the adjustment

352
00:22:14,080 --> 00:22:19,080
of the team. Okay, let's hope I think

353
00:22:17,159 --> 00:22:22,600
It has turned out phenomenal, but well, it

354
00:22:19,080 --> 00:22:22,600
let's check.

355
00:22:22,840 --> 00:22:28,120
Well, let's try memorization

356
00:22:24,960 --> 00:22:29,919
of the team already in the on all bands

357
00:22:28,120 --> 00:22:32,880
to see if they are all centered and

358
00:22:29,919 --> 00:22:36,200
there is no difference between the team and the and

359
00:22:32,880 --> 00:22:38,120
memory frequency synthesizer

360
00:22:36,200 --> 00:22:41,000
which is above. But let's see,

361
00:22:38,120 --> 00:22:42,799
we try We start with 80 m.

362
00:22:41,000 --> 00:22:47,679
That same memory. We give it to memory,

363
00:22:42,799 --> 00:22:49,640
We give PX and RX. Okay, and we see that

364
00:22:47,679 --> 00:22:52,320
It has turned out well.

365
00:22:49,640 --> 00:22:56,000
We press memory two,

366
00:22:52,320 --> 00:23:00,600
We return to memory and perfect.

367
00:22:56,000 --> 00:23:04,159
Perfect. Well, we go to 40 m.

368
00:23:00,600 --> 00:23:04,159
We remove the memories.

369
00:23:04,240 --> 00:23:07,559
Ah, we try to center it well, which is

370
00:23:05,840 --> 00:23:09,400
difficult with a digit, but hey, a

371
00:23:07,559 --> 00:23:12,960
decimal digit.

372
00:23:09,400 --> 00:23:18,880
We have memory there

373
00:23:12,960 --> 00:23:22,159
TX and RX. Okay, we have it. We press one

374
00:23:18,880 --> 00:23:24,279
memory and press it.

375
00:23:22,159 --> 00:23:30,080
Perfect.

376
00:23:24,279 --> 00:23:32,480
We went to 20 m, sorry, 30 m.

377
00:23:30,080 --> 00:23:35,120
We remove the memories

378
00:23:32,480 --> 00:23:38,279
and we put,

379
00:23:35,120 --> 00:23:38,279
for example,

380
00:23:42,000 --> 00:23:48,120
10 100. Okay, memory.

381
00:23:45,320 --> 00:23:49,360
We memorize, we memorize.

382
00:23:48,120 --> 00:23:51,640
Well, there we have a small

383
00:23:49,360 --> 00:23:55,480
difference, very small, very small. A

384
00:23:51,640 --> 00:24:00,559
See, let's try it because

385
00:23:55,480 --> 00:24:05,360
memory there has already gone

386
00:24:00,559 --> 00:24:07,159
TX RX memory. Okay, it's it's very

387
00:24:05,360 --> 00:24:09,880
difficult because nothing more than a

388
00:24:07,159 --> 00:24:12,480
little the last decimal is above the

389
00:24:09,880 --> 00:24:16,200
everything, well, but well, we see that

390
00:24:12,480 --> 00:24:18,200
It has turned out well. We give Vale there,

391
00:24:16,200 --> 00:24:22,960
We hit one again and that's it.

392
00:24:18,200 --> 00:24:24,799
perfect. Okay, well, let's try

393
00:24:22,960 --> 00:24:28,080
20m.

394
00:24:24,799 --> 00:24:30,760
Let's check all the bands.

395
00:24:28,080 --> 00:24:34,080
14. Let's focus it as best as possible

396
00:24:30,760 --> 00:24:35,600
we can. 1400. Memory.

397
00:24:34,080 --> 00:24:39,919
Hey,

398
00:24:35,600 --> 00:24:42,919
That's what happens, right? That's what happens there.

399
00:24:39,919 --> 00:24:42,919
Memory.

400
00:24:42,960 --> 00:24:46,520
Perfect. Let's go to another memory

401
00:24:45,000 --> 00:24:49,799
anyone.

402
00:24:46,520 --> 00:24:53,799
We give this one here and we have it.

403
00:24:49,799 --> 00:24:56,399
Perfect. We go to 17

404
00:24:53,799 --> 00:24:58,240
met 1800.

405
00:24:56,399 --> 00:25:00,559
We remove

406
00:24:58,240 --> 00:25:06,120
memory. Memory

407
00:25:00,559 --> 00:25:08,360
TX RX and perfect. Okay, it's already in your

408
00:25:06,120 --> 00:25:11,600
site. We touch another memory, we touch

409
00:25:08,360 --> 00:25:15,520
here and it's in place. We pass to the

410
00:25:11,600 --> 00:25:15,520
15m band,

411
00:25:15,720 --> 00:25:21,679
we remove the memories. Clear.

412
00:25:18,679 --> 00:25:21,679
2100.

413
00:25:22,640 --> 00:25:29,399
TX RX memory. Well here we have one

414
00:25:27,600 --> 00:25:33,240
difference. Let's see.

415
00:25:29,399 --> 00:25:38,039
let's go back to

416
00:25:33,240 --> 00:25:40,960
see TX RX memory.

417
00:25:38,039 --> 00:25:43,679
Well, yes, we are fine there. now

418
00:25:40,960 --> 00:25:45,600
It took a while to save it,

419
00:25:43,679 --> 00:25:49,039
to adjust it, but he has done it. He has

420
00:25:45,600 --> 00:25:51,840
done well. Okay, we use memory two,

421
00:25:49,039 --> 00:25:55,360
memory one

422
00:25:51,840 --> 00:25:58,600
and there it is. It takes a while to get hooked,

423
00:25:55,360 --> 00:26:01,159
but he does it well. He does it well. Well,

424
00:25:58,600 --> 00:26:04,240
So we continue.

425
00:26:01,159 --> 00:26:07,960
12m.

426
00:26:04,240 --> 00:26:07,960
We remove the memories.

427
00:26:08,360 --> 00:26:12,279
Okay.

428
00:26:10,200 --> 00:26:15,120
Memory

429
00:26:12,279 --> 00:26:17,159
TX RX.

430
00:26:15,120 --> 00:26:18,679
Perfect.

431
00:26:17,159 --> 00:26:20,720
Let's press any other memory and

432
00:26:18,679 --> 00:26:23,840
we go there and we have him

433
00:26:20,720 --> 00:26:25,760
perfect. TXRX. Okay,

434
00:26:23,840 --> 00:26:27,760
we remove the memories again and

435
00:26:25,760 --> 00:26:31,279
let's go

436
00:26:27,760 --> 00:26:34,679
the 10 m band.

437
00:26:31,279 --> 00:26:39,799
It could be there, huh

438
00:26:34,679 --> 00:26:43,320
it could be there. TX RX memory.

439
00:26:39,799 --> 00:26:45,640
Perfect. Okay,

440
00:26:43,320 --> 00:26:51,760
we use another memory.

441
00:26:45,640 --> 00:26:51,760
We use one here. There we have it.

442
00:26:51,919 --> 00:26:56,240
Perfect.

443
00:26:54,320 --> 00:26:59,399
We pass

444
00:26:56,240 --> 00:27:01,480
to the other band of 10 m.

445
00:26:59,399 --> 00:27:09,200
28600.

446
00:27:01,480 --> 00:27:13,279
We adjust the UFO, the TX RX memory there

447
00:27:09,200 --> 00:27:15,200
and we see it. Perfect. Okay, in your

448
00:27:13,279 --> 00:27:17,520
site. Exact.

449
00:27:15,200 --> 00:27:18,799
Okay. Well, if you want we try 27

450
00:27:17,520 --> 00:27:22,200
too.

451
00:27:18,799 --> 00:27:26,840
27 100,

452
00:27:22,200 --> 00:27:32,840
for example. We tune fine. there

453
00:27:26,840 --> 00:27:38,880
There is the memory thing. and here

454
00:27:32,840 --> 00:27:42,080
well 27 100 that is not in its place.

455
00:27:38,880 --> 00:27:44,440
Oh, memory

456
00:27:42,080 --> 00:27:47,200
and RX.

457
00:27:44,440 --> 00:27:50,080
It's not good here.

458
00:27:47,200 --> 00:27:52,640
Well, 27 we are going to leave it,

459
00:27:50,080 --> 00:27:55,000
right? We are going to put it 27.

460
00:27:52,640 --> 00:27:58,039
And now let's try.

461
00:27:55,000 --> 00:28:02,039
Okay, this is good. Well, let's go

462
00:27:58,039 --> 00:28:06,840
try the split on this team, eh,

463
00:28:02,039 --> 00:28:06,840
for which we need

464
00:28:06,919 --> 00:28:10,960
a station that is calling. Let's go

465
00:28:08,399 --> 00:28:13,200
assumes you are calling at a station

466
00:28:10,960 --> 00:28:15,799
of X in 141,

467
00:28:13,200 --> 00:28:17,240
okay? You are calling on 14100. What do I do?

468
00:28:15,799 --> 00:28:18,799
me? I press the memory where I want it

469
00:28:17,240 --> 00:28:20,840
memorize,

470
00:28:18,799 --> 00:28:22,640
I give it to memory.

471
00:28:20,840 --> 00:28:25,120
And now this is the frequency of

472
00:28:22,640 --> 00:28:26,799
reception, transmission frequency

473
00:28:25,120 --> 00:28:30,559
We have to call her in

474
00:28:26,799 --> 00:28:33,919
14200. It is in split 14 200. We are going to

475
00:28:30,559 --> 00:28:33,919
14 200

476
00:28:36,039 --> 00:28:39,039
okay

477
00:28:40,360 --> 00:28:45,960
perfect. We give RX,

478
00:28:43,880 --> 00:28:48,960
okay? And we already have him. We are

479
00:28:45,960 --> 00:28:50,559
listening here. Okay,

480
00:28:48,960 --> 00:28:53,320
and if we press transmission we are

481
00:28:50,559 --> 00:28:55,799
coming out on spin 7200, okay? and here

482
00:28:53,320 --> 00:28:57,559
we are listening

483
00:28:55,799 --> 00:29:00,240
These two keys are clear, they are for

484
00:28:57,559 --> 00:29:02,720
reception nothing more. S for transmission and

485
00:29:00,240 --> 00:29:06,159
reception,

486
00:29:02,720 --> 00:29:06,159
okay? M.