Download "Прошивка V4 0 для приемника на базе чипа SI473X ATS25"

Please wait. We're preparing links for easy ad-free video watching and downloading.

Previous video: Тайная комната под пирамидой Хеопса Next video: Как правильно врезать варочную панель в кухонную столешницу. Герметизация. Установка

Как правильно врезать варочную панель в кухонную столешницу. Герметизация. Установка

Как правильно врезать варочную панель в кухонную столешницу. Герметизация. Установка

Channel: Мебель - это просто.

Тайная комната под пирамидой Хеопса

Тайная комната под пирамидой Хеопса

Channel: Научно-исследовательский центр ЛАИ

ATS – универсальный телескопический привод для распашных ворот

ATS – универсальный телескопический привод для распашных ворот

Channel: CAME Россия: Автоматика и системы контроля доступа

Укус клеща: первая помощь и последствия – Алексей Водовозов | Научпоп | Лекции по медицине

Укус клеща: первая помощь и последствия – Алексей Водовозов | Научпоп | Лекции по медицине

Channel: НаукаPRO

прошивка

v4

приемника

базе

чипа

si473x

ats25

00:00:09

[music]

00:00:45

[music]

00:01:06

or

00:01:16

I welcome all fans in this video

00:01:19

I will tell you about the modification of the serially

00:01:21

produced receiver from s 25 assembled on the

00:01:24

basis of a chip from 47 32 using a

00:01:27

microcontroller and sp32 interfaces

00:01:30

color touch display

00:01:32

regrets this model was built without

00:01:34

taking into account the changes made by the author

00:01:36

of the original The receiver circuitry is based on

00:01:38

this chip and does not use all the

00:01:41

capabilities of the latest

00:01:42

firmware version 34 at the moment, however, a simple

00:01:46

modification of the receiver will allow you to

00:01:47

use the receiver from 25 with greater

00:01:50

comfort, I’ll tell you about this a little later,

00:01:52

now we will talk about the new

00:01:54

firmware version 4 created on the basis of

00:01:56

firmware 34

00:02:00

this the firmware includes all the

00:02:02

functionality of the basic firmware; the

00:02:05

errors found were corrected and the

00:02:07

interface was also redesigned for more convenient

00:02:09

work with the receiver;

00:02:10

some new functionality was also added;

00:02:12

everything was given in detail; I

00:02:15

will tell you the same two main screens;

00:02:18

the layout is also a little more logical;

00:02:21

switching between screens

00:02:24

on that in the same place

00:02:27

we will add to the battery charge indication a

00:02:29

simple modification of the receiver for this

00:02:32

function will allow you to track the

00:02:33

remaining charge by the way it is enough in the

00:02:36

test 25 receiver for a day of continuous

00:02:39

operation pressing the charge icon changes the

00:02:43

readings from percent to volts and

00:02:47

back to

00:02:48

enter the volume control mode

00:02:50

not only by pressing on the

00:02:53

wolf buttons,

00:02:54

but as we say, by pressing the encoders,

00:02:58

you can also exit this mode

00:03:00

in many modes in volume control,

00:03:03

perhaps by briefly pressing the

00:03:05

encoder

00:03:06

when the volume is reduced to zero, the

00:03:11

murk mode is turned on automatically when the

00:03:14

volume increases, compress

00:03:17

is turned off, and live can be turned on

00:03:20

or off manually

00:03:23

controlling the theater is now collected on

00:03:26

one screen and

00:03:27

the setting you selected is saved until the

00:03:30

next manual change in

00:03:32

earlier firmware changing the band or

00:03:35

type of modulation

00:03:37

forcibly turned on automatic

00:03:39

gain so that it is not always convenient and now

00:03:42

this setting is saved until the next

00:03:44

change you

00:03:47

select the amateur communications band or

00:03:49

broadcast station

00:03:53

shows the

00:03:55

selected range if offered in

00:03:57

this category are informative and you

00:04:01

can exit without changing by clicking on the

00:04:03

purity displayed at the top in any

00:04:07

mode where this frequency is displayed

00:04:09

you can exit without changes, for example,

00:04:11

that is, mini

00:04:13

modulations, you can also see what

00:04:16

type of modulation you can choose and without

00:04:19

clicking on anything purity go back there

00:04:21

is also a change and

00:04:24

here the ranges

00:04:29

also change the

00:04:34

bandwidth and

00:04:39

tuning step

00:04:42

here the frequencies are manually fully

00:04:45

automated let's

00:04:47

move on to talking about the state now you

00:04:50

can not only just cook the frequency

00:04:53

for each digit in my case of an error

00:04:55

delete the entered numbers or completely

00:05:00

clear the screen and re-enter the frequency

00:05:04

now we are doing this, let's

00:05:13

go to the amateur band and here I will

00:05:17

show you the input buff mode,

00:05:22

it is also possible

00:05:25

not only by pressing a button but also by

00:05:27

long pressing the codes of

00:05:29

this function, it works not only on the

00:05:32

first screen but also on the second screen but

00:05:34

also in other functions it is available

00:05:37

where you use

00:05:40

ssb modulation

00:05:43

started limited to

00:05:47

one kilohertz they are of interest to me not

00:05:51

briefly at the department of amateurs whether it is necessary

00:05:53

to expand this range

00:05:55

or enough new owners to

00:05:58

change the frequency of the poorer line

00:06:03

now

00:06:05

we go to a long press on the code and

00:06:09

if on the first screen we have collected all the

00:06:12

main buttons for working with the receiver,

00:06:14

then on the second screen we have rather

00:06:16

dude functions,

00:06:19

but they are no less useful and

00:06:22

add convenience when using the

00:06:24

receiver,

00:06:26

now let’s switch the dad range,

00:06:31

which means here we have

00:06:33

scanning, it remains in its same

00:06:36

places

00:06:37

back and forth

00:06:39

in frequency also in the back you can

00:06:43

scan by

00:06:46

briefly pressing the

00:06:49

encoder twice, this is forward and

00:06:53

three times the

00:06:55

frame is backward,

00:06:57

so a ton of tuna also works not

00:07:00

only on the first second screen, but also in

00:07:02

some other modes.

00:07:05

Also here we have a new

00:07:07

function, a range scanner

00:07:12

that displays the activity of a wide

00:07:15

wide so to speak range in

00:07:19

the form of a graph, unfortunately the textbook can

00:07:23

show us activity over a wide

00:07:25

frequency band and in real time,

00:07:27

so in fact the graph

00:07:28

fills out slowly, but at the same time it

00:07:31

can be very useful. The

00:07:35

marks on the graph show exactly the

00:07:38

activity at a given frequency,

00:07:42

that is, it works here for us

00:07:44

radio stations,

00:07:47

you can also evaluate the quality of reception according to

00:07:50

this graph for the antenna you have chosen, the

00:07:55

congestion of the range with working

00:07:57

stations,

00:07:58

navigation through the graphs

00:08:01

is carried out by frame rotation

00:08:06

or by direct pressing directly on the screen,

00:08:10

you can press it at this point, in

00:08:12

fact, we will arrive, there is

00:08:15

that end of the range displayed behind

00:08:18

it, we will go accordingly we can’t

00:08:21

all go in this direction, the edge of us is still

00:08:25

far away, we can move there

00:08:29

while moving according to the schedule,

00:08:32

of course we don’t have a scanner

00:08:33

installed because

00:08:36

it doesn’t work in real mode, so we’ll

00:08:38

have to start it later again by pressing the

00:08:40

pause button and pressing alone I

00:08:48

think the batteries are going bad here,

00:08:50

now we'll see 17 percent, soon we'll

00:08:54

have to put it on charge and I'll

00:08:57

show you,

00:08:59

it means it's possible to change the scale of

00:09:04

the graph display both vertically

00:09:07

and

00:09:08

horizontally, we change the scale with the rock button,

00:09:13

you can zoom in, zoom out, only at

00:09:16

the same time go for the time you press

00:09:19

changes the current scale can be

00:09:21

displayed here

00:09:23

here the scale step is displayed

00:09:27

here at the top we display the

00:09:29

initial frequency displayed on the screen

00:09:32

here at the final frequency of the

00:09:34

displayed range

00:09:36

now we will make it maybe larger

00:09:40

here I will show how the vertical

00:09:43

scale changes by the way you can see that it

00:09:45

works station

00:09:47

pink stripe and here is a mark that

00:09:50

there is a station working me vertical

00:09:52

scale by clicking on the screen

00:09:56

sometimes this is useful

00:09:59

here you can change the step

00:10:04

let's set 1 kilohertz strength let's adjust to

00:10:08

this frequency

00:10:18

also here information about the current

00:10:22

current signal strength of the selected

00:10:25

real time position is displayed and

00:10:28

The exit from here can be done using the

00:10:31

back to button, in this case the

00:10:33

set frequency is saved, which is now the

00:10:35

current choice on also on the screen

00:10:37

where the frequency is located, then we

00:10:40

will return to the one with which we entered,

00:10:45

which means that our battery is already 12

00:10:47

percent, now the indicator has changed

00:10:49

color the yellow

00:10:51

signal indicates that it’s time for us to

00:10:53

recharge,

00:10:57

you’re

00:11:00

already finding the indicators, the position is

00:11:03

5 percent, it lights up red and

00:11:05

starts beeping and giving

00:11:08

tricks so that you understand that it’s

00:11:09

time to recharge, which means the

00:11:13

following buttons we came from

00:11:15

version 34

00:11:16

control Display brightness

00:11:19

Unfortunately, with 25,

00:11:22

this function is not implemented, but in the firmware

00:11:25

it takes place, so whoever

00:11:28

assembled the receivers according to the standard scheme,

00:11:30

it will work.

00:11:32

Info button, we show information

00:11:34

about the current receiver settings,

00:11:36

including the free memory that we have

00:11:38

left after the firmware and

00:11:43

information about the chip, the

00:11:51

standard indicator also retains its location and at the top

00:11:54

we want lotharing modulation

00:11:59

bandpass filter the selected range

00:12:02

and frequency step settings

00:12:06

have changed a little, but we

00:12:09

have remained in their places, perhaps this

00:12:11

will make it more convenient for everyone to use the

00:12:14

VAT enable button has remained in

00:12:16

its place

00:12:18

in the settings the ability

00:12:21

to leave the rds display only when

00:12:24

selecting the f m ef-m button previously called

00:12:27

stress from the name corresponds to

00:12:28

reality this button turns on the

00:12:32

fm range. and

00:12:34

makes it possible

00:12:36

to switch saved files of the press

00:12:39

station of the fm range,

00:12:42

now you can simply not only the stations of the fm

00:12:45

range, so it’s as if the button

00:12:47

began to name the numbers, since it is

00:12:49

only responsible for the form station, the

00:12:52

trust file is filled with stations of any

00:12:56

range, which is conveniently and simply

00:12:58

beautifully

00:12:59

displayed in retro mode

00:13:03

This is another function introduced in version

00:13:06

4,

00:13:07

it’s not just a nostalgic shell, it’s a

00:13:11

serious tool that allows you to easily

00:13:13

switch between saved

00:13:15

stations, find the desired frequencies,

00:13:18

sort the saved stations by

00:13:21

city where reception is carried out and by range,

00:13:24

you can click on the scale to

00:13:29

change the step, move on the scale in the code,

00:13:33

click on our color the scale changes and the

00:13:36

step changes accordingly,

00:13:45

so

00:13:54

double or triple pressing the encoder

00:13:59

leads to scanning to the next

00:14:01

station in a given range of the saved

00:14:04

file and press

00:14:08

than you can change the direction by simply

00:14:10

turning the encoder it

00:14:13

will be convenient in this way to switch

00:14:15

between the stations of the

00:14:17

recorded lipocide

00:14:22

since this is the retro mode of that ranges

00:14:25

here, as if in a row on the receivers,

00:14:28

they include both amateur

00:14:30

and broadcast frequencies at the same time,

00:14:34

they are divided according to reception conditions, the

00:14:38

amateur frequency on the scale

00:14:40

is displayed with a

00:14:43

special burgundy stripe, now

00:14:46

we have entered the amateur range,

00:14:51

when entering these frequencies, it becomes

00:14:54

possible to make fine adjustments in steps of 1

00:14:56

kilohertz and even buffalo adjustment,

00:15:00

input and output fine tuning mode

00:15:03

is carried out by long pressing the

00:15:05

encoder, the

00:15:08

hut mode

00:15:10

selected for this range is turned on and the

00:15:14

adjustment step is 1 kilohertz,

00:15:18

if you need to change the background, press for those for

00:15:22

whom the frequency has become yellow and,

00:15:25

accordingly, there would be no background,

00:15:30

also press on the screen and we exit the

00:15:35

change back

00:15:38

exit, so to speak, from the

00:15:42

fine-tuning mode,

00:15:44

debts of multiplying codes are also carried out either

00:15:50

automatically

00:15:53

but before entering or automatically when

00:15:55

leaving the limits of the amateur range of

00:15:59

comics exited this mode

00:16:05

just like everywhere else here it is possible to

00:16:07

adjust the volume in the same way either with the

00:16:10

ox button

00:16:13

or

00:16:15

press a short-term encoder

00:16:18

is displayed on the top of

00:16:21

the retro volume control of

00:16:27

the station file presses are linked to

00:16:29

cities by reception

00:16:31

in more detail the file format I will tell you later you can

00:16:35

select the current city you can button networks

00:16:40

here by rotating the condor you select the

00:16:43

required code

00:16:45

press the icon until the

00:16:47

gate is selected you can also select the city

00:16:53

simply turned and simply on the screen

00:16:55

pressed the

00:17:00

following function missing versions

00:17:03

34 this is a

00:17:05

memory of seventy-five cells,

00:17:08

unlike a press 3 cells can be

00:17:11

changed

00:17:12

can be edited save new

00:17:15

values deleted

00:17:19

in the firmware there is a memory file similar to the

00:17:23

press file in which

00:17:25

preliminary

00:17:26

data for these cells is entered can be filled in

00:17:29

without filling in

00:17:31

it is acceptable you have a certain amount filled in,

00:17:35

you will change the firmware in

00:17:37

order for

00:17:38

these settings to be saved, and well, just in

00:17:41

case, they will be saved this way, in

00:17:43

principle, just in case if you

00:17:44

decide to change the firmware, you can

00:17:46

rewrite their memory file and then

00:17:48

load

00:17:51

your station back with features memory type,

00:17:57

these cells can also be displayed in

00:18:00

retro mode on the scale, the corresponding

00:18:02

item in the settings is

00:18:05

possible for someone it will be the same convenient

00:18:08

current frequency, you can record the cell by

00:18:12

pressing the key from dd.

00:18:16

this opens up the possibility of

00:18:18

editing and not the stations,

00:18:21

both Latin letters

00:18:24

and Cyrillic alphabet are available

00:18:30

press the encoder we move to the next

00:18:33

character

00:18:35

to delete the last character press

00:18:38

the key and

00:18:40

if we need to save

00:18:44

press ok if not necessary then the cross

00:18:49

can later edit the

00:18:50

written person by pressing the it key is

00:18:55

also available to us changing the name

00:18:59

becomes

00:19:03

if we do not want to make changes,

00:19:05

press the cross

00:19:08

recorded by the person, you can delete it

00:19:10

completely clear it by pressing the

00:19:12

del key, while we turn on the red

00:19:15

cell, you need to confirm or

00:19:18

press the cross to cancel the action and even

00:19:21

such and delete whose move but now I

00:19:23

will delete

00:19:24

everything on became empty

00:19:27

each cell contains the

00:19:31

name of the cell of the radio station, the

00:19:35

type of modulation and

00:19:38

range, the

00:19:42

selection of the cell is carried out by rotating the

00:19:45

encoder and then pressing the frame,

00:19:49

or

00:19:51

simply by clicking on the screen of the actual chip

00:19:54

that you see, for example here ours,

00:19:58

this includes the modulation range,

00:20:01

setting the frequency of which

00:20:03

cells you are programming with a long press

00:20:06

on the encoder

00:20:08

takes us to the list of presses with which the

00:20:11

presses are located in the file,

00:20:13

here editing is impossible, the buttons are

00:20:16

so turn blocked, but it is possible

00:20:19

to find the required press and select it

00:20:23

also by clicking

00:20:26

on the selected station, and

00:20:42

here we display all the

00:20:45

stations

00:20:47

associated with the city in question, which is

00:20:49

currently selected in the wind and station mode

00:20:52

which are not tied to any city, the

00:20:58

last function that was introduced in

00:21:00

this firmware is settings, this was

00:21:05

done so that you can

00:21:07

change some settings in the firmware without

00:21:10

changes on the computer and Perry

00:21:12

fill your receiver, that is, everything is

00:21:16

done right in the receiver itself

00:21:18

without any

00:21:20

additional manipulations, navigation through the

00:21:23

screens,

00:21:25

settings are carried out by rotating

00:21:27

the frame,

00:21:29

the name of the crane Maz is written at the top what

00:21:33

functions of the hats are now I’ll tell you in more detail about

00:21:35

each, you can also move around the screen by

00:21:38

pressing the next button and

00:21:41

brought up the

00:21:44

reset button, we offer to

00:21:47

load the default settings, you can either

00:21:50

do this or refuse

00:21:55

1 tap we have turtle settings 47 and

00:22:00

thirty-five in this case in this case

00:22:02

interrupt our networks 47 32 similar

00:22:07

setting the

00:22:09

start of the

00:22:12

fm4 megahertz range if this setting is the key

00:22:16

then your m range will start 6 4

00:22:19

megahertz if toz-87 and a half is turned off

00:22:21

when you make changes in

00:22:23

any of the screens, the changed function is

00:22:26

highlighted in red

00:22:29

so that you can see which media made it, the

00:22:33

next line is our frequency step

00:22:36

for scanning the range in AM mode.

00:22:41

it can be standard, let’s say for

00:22:45

medium and long waves it’s 9 kilohertz

00:22:47

for short waves it’s 5 kilohertz,

00:22:51

or you select a setting, you set the

00:22:53

conciliatory step to 1 kilohertz more

00:22:55

accurate, a more detailed search by range, the

00:23:01

next tap is the features of

00:23:04

using the receiver for convenience, so

00:23:07

let’s say right here The function that was

00:23:10

previously mentioned is

00:23:12

the use of rds only in fm mode.

00:23:18

without displaying on the first and second screen

00:23:20

in order not to heavily load your

00:23:23

receiver, the ds function is very cumbersome,

00:23:26

so I recommend this function here

00:23:28

to include the display included,

00:23:32

highlighting or rather the segments not involved

00:23:34

in the frequency display on the screen,

00:23:36

just for beauty, and the

00:23:41

following function is displaying files from the

00:23:44

memory file, return stations from memory

00:23:47

files in retro mode on the retro scale, that

00:23:50

is, those that you

00:23:52

saved, the stations were named something like that, you

00:23:56

can also display them by turning on this

00:23:58

function on the retro school and the

00:24:00

secrets of the scale by default are in English,

00:24:03

well, there are functions for this to select

00:24:05

Russian-language ones, that is, the ranges are named

00:24:08

in Russian will be displayed well, and the

00:24:09

reception conditions

00:24:13

the following cronus displays the

00:24:16

display settings these are

00:24:18

screensavers including creatures of creepy

00:24:20

time turning off the display while the

00:24:24

actual period of time here are

00:24:26

several options that can be to

00:24:30

show them the screensaver and I will select

00:24:32

two minutes and

00:24:34

screen orientation vertical or

00:24:37

horizontal

00:24:38

choice screen orientation is possible not

00:24:40

only here in the settings but in

00:24:43

any mode in general, just hold down the encoder and

00:24:47

simultaneously squeeze and on the screen the

00:24:50

orientation has also changed back,

00:24:55

please

00:24:56

also, in any case, it is possible

00:24:59

to change the screen orientation when you turn on

00:25:01

the receiver, this is if you change something in the

00:25:04

screen orientation firmware it does

00:25:06

n’t work correctly for you after changing the firmware you

00:25:08

need to return to the previous

00:25:10

value then when you turn on the receiver you

00:25:13

just press on the screen and keep it

00:25:14

pressed until the first screen appears with

00:25:18

this screen orientation you change to the

00:25:22

following tap we are responsible for

00:25:25

scanning the range here we have a

00:25:28

minimum

00:25:30

scale maximum scale auto

00:25:33

scale selecting the scale automatically

00:25:36

depending on the width of the

00:25:38

range that is being scanned at the

00:25:40

moment and

00:25:42

the quality of the scan, these are the options from

00:25:45

which it is turned on, which means that the

00:25:47

average value of the signal strength is taken from three

00:25:50

values at the same time, the

00:25:53

scanning starts to work a little slower,

00:25:54

almost not noticeably, but at the same time, the

00:25:57

scanning quality is much improved, it

00:25:59

becomes more accurate

00:26:01

auto scale is selected from the selected

00:26:04

minimum maximum scale,

00:26:06

so you can set it in different options

00:26:11

if you turn off auto

00:26:13

scale, then the ability to select

00:26:16

scania

00:26:17

scanning scales will be from the minimum

00:26:20

limit to the maximum, so in fact you can

00:26:23

set that you will switch

00:26:25

the scale from the smallest to the

00:26:28

largest the

00:26:31

next screen is hardware settings

00:26:36

here option bo3 went this displays the

00:26:41

battery charge if you don’t have a circuit you

00:26:44

need to turn off the option because it will be

00:26:46

incorrect to show the battery charge on

00:26:48

your screens

00:26:49

if you don’t have a beeper receiver or you

00:26:54

don’t want it to make sounds

00:26:56

here you can turn off the beeper

00:26:58

last option this is display brightness control,

00:27:02

two options are brightness control,

00:27:05

this is a smooth control that is

00:27:07

implemented in the latest receiver circuit

00:27:09

but not implemented t with 25,

00:27:12

if this option is turned off, then it

00:27:15

accordingly depends on this mode;

00:27:17

if this option is turned on, then the brightness is not

00:27:20

adjusted smoothly, but simply turns off

00:27:23

or turned on;

00:27:25

it was in previous firmware, but

00:27:28

why did I choose this option because

00:27:30

with 25 the brightness is not adjusted at all,

00:27:32

but you can implement

00:27:35

control of

00:27:38

power removal from the screen at the iron level, that is, 3 3

00:27:41

volts that powers the screen, you can

00:27:43

simply turn off the transistor with the same

00:27:46

pin, so if enable this option,

00:27:47

then turning off the screen over s 25

00:27:51

if such a scheme is available will

00:27:52

occur in the future, I

00:27:54

will try to develop this scheme and even

00:27:56

provide it along with the firmware, in this case the

00:28:00

data from the screen will naturally be

00:28:02

lost, but when you exit the

00:28:04

screensaver mode, the display turns on

00:28:07

only after this mode they

00:28:09

are restored, that is, power is supplied, the

00:28:11

entire display on the screen is restored,

00:28:14

that is, this function, in principle, can

00:28:16

work on 25 the

00:28:19

next screen we have is the default

00:28:22

settings of the

00:28:24

options lot default nemo does not

00:28:28

allow you to load data from the

00:28:30

memory file just in the memory cell

00:28:33

when changing firmware or when resetting

00:28:35

the settings, these

00:28:37

memory cells are not reset, they

00:28:40

try to keep the same values as you filled in,

00:28:42

so you can, in principle, fill the

00:28:45

memory file again with some new

00:28:48

values, load new firmware and

00:28:51

then select the no option by

00:28:53

rebooting the receiver you will get your

00:28:57

memory file in the memory cells

00:28:59

a.i. the last option is to reset to

00:29:03

factory settings, just like the principle

00:29:06

when first flashing the firmware is

00:29:07

to set all the values of all

00:29:09

parameters of the receiver; this will also

00:29:12

require a reboot; if for

00:29:14

some

00:29:15

option selected a

00:29:18

reboot is required, then the receiver, when

00:29:21

saving these options, will ask whether a

00:29:23

reboot is needed now or can be done

00:29:25

later, that is, you you can immediately

00:29:27

invented it will reboot itself without

00:29:28

turning off the power

00:29:30

now we have changed

00:29:33

one option of the screensaver yes yes it glows

00:29:36

red so now when we exit

00:29:39

the settings we will be asked to save or

00:29:41

not

00:29:42

saving we all do Tartus chancellor

00:29:46

in two minutes it will turn on just

00:29:47

look at it

00:29:51

here screensaver turned on for us,

00:29:54

if with 25 the faucet was turned off,

00:29:58

then in the options it would be possible to

00:30:01

also set the faucet off, and

00:30:04

in fact, the picture would be displayed,

00:30:06

but it would not have any brightness.

00:30:09

Regarding resetting the settings, there is also a

00:30:14

forced reset of the settings when

00:30:16

the receiver is turned on. if you

00:30:18

changed the firmware for some reason and

00:30:20

these changes ruined all

00:30:23

the settings for you, you can reset them to

00:30:25

default, turn on the

00:30:26

receiver, hold down the encoder until the

00:30:29

first screen appears and,

00:30:31

accordingly, the default settings

00:30:32

are counted and your receiver is like factory,

00:30:36

well, perhaps that’s all about The new

00:30:40

firmware

00:30:42

now for the filah press and past

00:30:47

wave marina contains cells that we

00:30:50

can change in the receiver itself the

00:30:52

press file contains unchangeable pilots for

00:30:55

retro fm modes.

00:30:59

quite money can contain up to 75

00:31:02

cell the second is the amount that

00:31:03

is present in the receiver, if it is

00:31:06

less, then accordingly it will take

00:31:08

as much as there is, the rest will

00:31:10

be filled with empty values, and if

00:31:12

there is more, then the first

00:31:14

seventy-five lines from this file will be taken,

00:31:16

each line, each cell contains

00:31:19

itself a

00:31:20

frequency

00:31:22

that will be rebuilt receiver

00:31:26

band

00:31:28

modulation type of modulation and

00:31:34

name of the station

00:31:36

[music]

00:31:44

name of the band and modulation here

00:31:48

we have the variable already presented and

00:31:51

it is contained in the first file again the

00:31:54

firmware files are located here next

00:31:56

to the descriptions of all ranges, that is,

00:31:59

each range has its

00:32:01

own variable can be removed from here

00:32:02

you can, of course, fill in the memory file

00:32:04

simply with the numbers 0 1 2 3 and so on, but it’s

00:32:06

more convenient with the names of the ranges and

00:32:08

the names of the types of modulation the names of the

00:32:12

types of modulation are located here and

00:32:16

here they are, the

00:32:28

file press from

00:32:30

contains two groups, the first group

00:32:34

is the name of the settlements where

00:32:37

reception is being made in this case there are,

00:32:39

for example, several cities added

00:32:42

codes, I just chose the cat of Russia seven

00:32:45

city code according to the classification in

00:32:48

Russia

00:32:49

in this case the file is filled out for Moscow

00:32:53

binding specifically to the city of Moscow and the stations

00:32:56

that are listed here and are not heard

00:32:58

in Moscow you can here add any

00:33:01

settlement accordingly,

00:33:03

then link to it the stations described in the

00:33:06

following modular next module

00:33:08

here we have described the stations

00:33:10

they contain the purity of the frequency, please

00:33:14

note it is

00:33:15

written in megahertz with a decimal point,

00:33:19

unlike the sea files, the

00:33:21

memory files are also the frequency itself in the same

00:33:24

the range itself is written without a decimal

00:33:27

point, this is what you need at 100, that is, it is

00:33:29

not the megahertz border that is needed at 100,

00:33:31

this is an important point in order for the

00:33:33

modes to work correctly, also

00:33:37

here the name of the station is indicated separated by a comma,

00:33:39

binding to the city in the form of a code,

00:33:43

this code is accordingly we

00:33:46

can have it there is more than one here, if you have a

00:33:48

station on the 1st floor and can be heard in

00:33:52

one locality in another thousands of

00:33:53

times there are returns from the apartment they are in the same

00:33:56

region and can be heard on the same frequency,

00:33:58

then you can add here some of your

00:34:01

localities and another, give it

00:34:04

your own code some and already to this station

00:34:07

here write down not a single cat and after a

00:34:11

space here you can add another

00:34:15

code and in general there can be as many of them as

00:34:16

you like here through a space they are

00:34:18

added

00:34:28

stations can be an unlimited

00:34:30

number they can belong to a

00:34:32

different range not necessarily and tfm

00:34:34

Efim will be displayed only in

00:34:37

f.m. mode. the rest of the stations will be

00:34:39

displayed in retro mode here, here

00:34:41

more stations have been added up to 6 4 0 nerve and the

00:34:44

middle shaft new stations have been added even

00:34:48

briefly wave a few for example

00:34:50

everything is shown here linking it please

00:34:53

note this means that

00:34:55

this station is not displayed only in

00:34:58

one city is displayed in all

00:34:59

the points that you have in the first list,

00:35:01

this is necessary, for example, for medium

00:35:05

waves, because this station at this

00:35:06

frequency cannot be heard not only in

00:35:08

one city,

00:35:09

also for short waves, the

00:35:11

same is indicated here, the gender is indicated if you do

00:35:14

n’t have to no where they swear, then you just make up

00:35:15

empty quotes and make up them, but in this

00:35:18

case this frequency, in principle,

00:35:19

will not be displayed on the liter scale

00:35:22

because there is no CB band there, not you

00:35:25

can do this for any station, and this one

00:35:27

from this list is this station on will be

00:35:29

available only by pressing the key past

00:35:31

when switching to press mode there will be a

00:35:35

complete list and there will be all these

00:35:36

stations, not only those that are

00:35:39

associated with a city or street, but these

00:35:41

ones with empty quotes will not be

00:35:43

associated with any city, they

00:35:45

will also be there displayed, you can turn

00:35:47

them on at any time

00:35:49

there is another memory function,

00:35:52

which means it is activated on the first second

00:35:54

screen, it is

00:35:56

intended to

00:35:58

quickly change the frequency nora is not saved, which means

00:36:01

if you press and hold down the

00:36:02

purity displayed on the screen, then the

00:36:04

color of this frequency will change to

00:36:06

yellow then will change back to the current one and

00:36:09

all parameters will be remembered, the

00:36:11

modulation frequency range, even if it was there, which

00:36:16

means then you can prezi to any

00:36:18

other range, I will change the purity of the

00:36:21

memory modulation, whatever you want there, and again

00:36:23

if you press and hold, then

00:36:25

you will also definitely switch to

00:36:27

storing the current memory in this cell and

00:36:29

from and checks all the parameters will be taken and

00:36:32

exactly the range will be set, this is

00:36:34

honestly the same as those that were before,

00:36:35

respectively, here you can

00:36:37

twist something again, even go to another

00:36:40

range,

00:36:41

press again and return again to the one

00:36:43

that was before, that is, this way you

00:36:45

can two ranges of 2 different frequencies and

00:36:47

at the same time listen to change something

00:36:48

in them and quickly switch between them

00:36:51

naturally, after turning off the power,

00:36:54

all this will disappear and you will need to

00:36:56

save it again, but now about how to upload

00:36:59

this firmware to your receiver,

00:37:02

first, open their folder with our

00:37:04

firmware here there is a text file in

00:37:07

which there is a description of the procedures that

00:37:09

we need to perform and the first thing we

00:37:11

do is install the USB driver, the

00:37:14

driver is also present in the folder with the

00:37:17

firmware, you need to install it in the

00:37:20

system, just file info,

00:37:23

select install and the system tells

00:37:27

us that the driver is installed

00:37:32

as follows The action that we will

00:37:34

need to do is to install the

00:37:36

arduino food programming environment and with the

00:37:39

help of which we will actually

00:37:41

upload the firmware this price on the website in the

00:37:44

session house

00:37:45

is located here in the software war section

00:37:49

we select the owners of the product you need

00:37:52

before going to bed the system that you use

00:37:54

in this case I select windows and the

00:37:56

last one We have versions 18 19 download for

00:38:00

free download

00:38:03

how to install the arduino food environment I

00:38:06

won’t tell this information a lot

00:38:08

on the Internet we’ll get started

00:38:10

then

00:38:12

we’ll open the kind of energy and the next step

00:38:14

we’ll need to do is

00:38:16

indicate the repository from which the

00:38:18

necessary files for

00:38:20

installation will be downloaded boards and sp32 in the system in

00:38:25

order to be able to compile our

00:38:26

sketch for this chip, this is done in the

00:38:30

board manager,

00:38:32

so you will need to

00:38:35

specify a

00:38:36

link to the repository in the settings here,

00:38:39

which means then we open the same boards

00:38:45

located here

00:38:47

[applause]

00:38:53

the manager and

00:38:56

accordingly to find we need a

00:38:58

board we will need to

00:39:00

enter sp32 and

00:39:06

sp32 in the search bar

00:39:09

under found our board click install

00:39:12

to some time will pass and here

00:39:14

we shorten the video our board is installed the

00:39:18

next step we need to do

00:39:20

is install the library and 47 35

00:39:26

the library is installed in the

00:39:28

library manager this here

00:39:34

we enter in from the cash register 47 35

00:39:41

our library is found also click

00:39:44

install the

00:39:46

installation itself will take some time

00:39:51

after the installation is complete we will need to

00:39:54

install another library so we

00:39:56

do not leave the library manager this

00:39:58

will be the library of our tft screen from 5

00:40:01

specifically a library for work c and

00:40:03

sp32 we will be here tft from 5

00:40:08

we find our library and

00:40:11

also click install,

00:40:13

again we wait for the installation to finish,

00:40:19

now we can close the library manager

00:40:21

and the next step we need to

00:40:23

do is to make corrections to this

00:40:25

library, then VTS by writing two

00:40:27

files there, which are also present in the folder

00:40:29

with the firmware,

00:40:31

here are these files 1 and

00:40:35

2,

00:40:37

copy them,

00:40:40

open the folder with the firmware with the folder with the

00:40:43

library that we just

00:40:44

installed tf300 and it is located in the

00:40:47

Iverskaya folder, the

00:40:48

documents folder

00:40:53

here is popcorn, respectively, in this

00:40:56

folder you will see your tf300 library in the

00:40:59

same folder we are these files and replace

00:41:02

copy replacements

00:41:10

replaced them with the tft library with we have

00:41:13

built a

00:41:15

service step that we

00:41:17

will need to do is actually

00:41:20

run

00:41:21

do not open the file itself is downloaded

00:41:26

which means the files in this can be

00:41:29

corrected accordingly with how you

00:41:32

need to configure your receiver how it is

00:41:35

assembled according to what scheme initially for

00:41:37

test 25, all settings are entered, the first

00:41:40

block is the pins, which, in fact,

00:41:44

can be changed to any pink that you

00:41:45

need, here there is a pin bat info this is the

00:41:49

same one

00:41:50

on the entered pin with which the

00:41:53

battery voltage measuring circuit is connected.

00:41:55

Later I will tell you how to

00:41:58

assemble this circuit If someone’s encoder

00:42:00

rotates incorrectly in the opposite

00:42:02

direction, then these two values

00:42:03

can be swapped, everything will fall

00:42:05

into place. The

00:42:06

next block is the screen rotation control,

00:42:09

the vertical and, accordingly,

00:42:12

horizontal tap numbers 0 and 1 in

00:42:15

this case, if you need to

00:42:19

set a different rotation position not 01

00:42:21

will approve 23 there or some other variations,

00:42:25

then we change these numbers here according to

00:42:27

what turn of men you need, but do not forget

00:42:30

that it is necessary to

00:42:32

change the touchscreen calibration information too, it is

00:42:35

written here for screen 0 or screen

00:42:38

one if you changed the numbers then do not

00:42:41

forget here copy these numbers there for

00:42:43

those fields for your screens, respectively, an

00:42:48

important point, otherwise Kronos will

00:42:51

show as you need, but at the same time it

00:42:53

will also work incorrectly, as if

00:42:55

it were upside down,

00:42:58

these data will need to be

00:43:00

corrected in this case, it means that

00:43:02

if you are using a

00:43:04

crystal, then accordingly already

00:43:07

selected and that use crystals if

00:43:09

you use a chip corresponding to the

00:43:13

frequency settings then choose remove

00:43:16

comments here there leave

00:43:18

a comment on the contrary on the crystal this is a

00:43:20

standard setting it

00:43:22

came to us from version 33 the

00:43:24

next thing we will need to do is

00:43:26

in the line of Lina’s idea to install choose

00:43:29

or rather a board with which it will seem like

00:43:32

compilation, well, install it, we

00:43:34

installed it on select, didn’t select it,

00:43:36

here it is selected, here are the sections from

00:43:39

32 each, and in this case, we have it and

00:43:42

sp32 of the year

00:43:44

df module was selected now, which means it

00:43:48

will be displayed at the bottom in the status bar of the

00:43:50

lowest one, this was taken here a couple of

00:43:52

parameters of our board that

00:43:55

the sketch will be compiled and what remains is, in

00:43:57

fact,

00:43:58

to connect the receiver itself and install a

00:44:01

com port through which it will connect

00:44:04

to the arduino d environment and

00:44:07

launch the control panel and on

00:44:10

the computer we select the device manager here,

00:44:12

we see that we do not have com ports

00:44:14

then someone will already have them, in this

00:44:16

case there is no port here, but to

00:44:19

also determine what comfort it will be, we

00:44:21

connect our receiver and a

00:44:25

new com port will appear on guard, its number

00:44:27

will be displayed here as you can see,

00:44:29

this is the com port number we need

00:44:35

in the arduino programming environment food and

00:44:39

this com port is installed

00:44:43

like this it is installed here we have a

00:44:46

port here at the bottom

00:44:49

here we select it we

00:44:51

selected we will check just in case that it is

00:44:54

our choice

00:44:56

then it will be highlighted see all the

00:44:59

checkboxes are all port selection the board

00:45:01

we have selected in fact, we are ready to

00:45:04

upload the

00:45:06

firmware, the

00:45:10

next step is we will just

00:45:12

compile and upload your receiver

00:45:15

to upload the firmware has already been compiled

00:45:18

and press this arrow, everything is done

00:45:21

compiling the threads, the process

00:45:24

is displayed on the right when it reaches the end,

00:45:27

respectively, your receiver will light up, the

00:45:30

tap will be flooded with firmware, reception after

00:45:34

this will be ready for work all versions 40

00:45:37

prashechka you will already be flown in your

00:45:40

receiver

00:45:41

the firmware is absolutely free to

00:45:44

use and distribute, but

00:45:48

if you want to thank the author of

00:45:50

the firmware, then for this purpose I leave here

00:45:52

the number of the visa card, please ask

00:45:59

now about the hardware modifications in the receiver

00:46:03

from s 25 which necessary for

00:46:05

full use of the firmware, the

00:46:07

previous one is also version 34, this is our chape

00:46:10

sp32, its contacts are in the T25 film, they are all

00:46:14

signed, and in this case, here it is

00:46:17

indicated where we have the beeper to be soldered,

00:46:19

where is the circuit combination of the battery, audio dregs

00:46:22

and display, this

00:46:25

means here here we have 2 the board

00:46:28

is shown which we will also

00:46:30

solder the wiring of the circuit diagram

00:46:33

further you see

00:46:35

here we have marked all the contacts

00:46:38

that we will solder this is 4

00:46:40

contacts

00:46:42

means the left right channel this is for the

00:46:45

sound damping circuit when modulating adventure here

00:46:48

to these resistors directly and

00:46:50

solder the wiring leave the right

00:46:52

here we can solder a standard

00:46:54

comb and here we only need the

00:46:57

gnd contact

00:46:59

and 5 volts 5 volts are the same ones that

00:47:02

come from the lithium-ion battery and here are

00:47:04

the circuits for actually reading the

00:47:06

battery charge all contacts are signed

00:47:09

everything is very simple complicated in this case

00:47:11

no and accordingly, the sound damping circuit is

00:47:14

present, the standards are the

00:47:16

receiver circuit, here is the indicated contact

00:47:18

where we will play

00:47:20

on this, perhaps, and all the best,

00:47:24

see you on the air

00:47:32

[music]

00:47:44

[music]

Description:

Обзор новой прошивки для приемника ATS25 или собранного по аналогичной схеме. Прошивка полностью переработана в части интерфейса и функционала. Вопросы и предложения по работе прошивки оставляйте в комментариях под видео. Желающим поддержать автора в стремлении развивать данную прошивку оставляю номер карты VISA 4276160983341307 МИР 2202202219829359 PayPal.me/BernardBinns Ссылка на скачивание прошивки: https://disk.yandex.ru/showcaptcha?cc=1&mt=0FD4768E2C8B1A79E10D48B2D354AE7ABD152121F1481C06A59AD1D6C19577DFB87DC8FD5B35BA3F4341387A6B18BD8E4F372A30DB4BE8F6DC04F6FBBFC52AD061B155BC4F36C0EB9236FFFDB054571CB5F9FF075185884384F1E13473B590AC038ECA8B202116FF8A2DA65564B28FB75B52EE6320ED609C03364A4A0B2C9FEB943463926E8FE60B70DFFD951F21C277E206EEED21E752FCB8DCFB2575EF38C82039FE06904A38C32E80A4374CB6E410202EB1AE6DFCC6CF0FB8D7A29FC1F6946D36A49A21B0A10E3DA3DB5E2EA62B2E1C2F4E73A5C6505D886C2F41&retpath=aHR0cHM6Ly9kaXNrLnlhbmRleC5ydS9kL0Z4NDU2VHdDbVlmdjBnPw%2C%2C_e296e96ea568ec53cffe538ab901cd7f&t=2/1707654512/ec891a8f103dd113fa35eecaccc9b7ec&u=a7e9a8e-9cf5a15b-dcc5f3a7-f4f44864&s=ec44626618e5756a10e82a0f6c73829c Overview of the new firmware for the ATS25 receiver or assembled according to a similar scheme. The firmware has been completely redesigned in terms of interface and functionality. Leave questions and suggestions about the firmware in the comments under the video. To those who wish to support the author in his desire to develop this firmware, I leave the Visa card number 4276160983341307 PayPal.me/BernardBinns

Preparing download options

Popular

HD video

Only sound

All

* — If the video is playing in a new tab, go to it, then right-click on the video and select "Save video as..."

** — Link intended for online playback in specialized players

Questions about downloading video

How can I download "Прошивка V4 0 для приемника на базе чипа SI473X ATS25" video?

http://unidownloader.com/ website is the best way to download a video or a separate audio track if you want to do without installing programs and extensions.
The UDL Helper extension is a convenient button that is seamlessly integrated into YouTube, Instagram and OK.ru sites for fast content download.
UDL Client program (for Windows) is the most powerful solution that supports more than 900 websites, social networks and video hosting sites, as well as any video quality that is available in the source.
UDL Lite is a really convenient way to access a website from your mobile device. With its help, you can easily download videos directly to your smartphone.

Which format of "Прошивка V4 0 для приемника на базе чипа SI473X ATS25" video should I choose?

The best quality formats are FullHD (1080p), 2K (1440p), 4K (2160p) and 8K (4320p). The higher the resolution of your screen, the higher the video quality should be. However, there are other factors to consider: download speed, amount of free space, and device performance during playback.

Why does my computer freeze when loading a "Прошивка V4 0 для приемника на базе чипа SI473X ATS25" video?

The browser/computer should not freeze completely! If this happens, please report it with a link to the video. Sometimes videos cannot be downloaded directly in a suitable format, so we have added the ability to convert the file to the desired format. In some cases, this process may actively use computer resources.

How can I download "Прошивка V4 0 для приемника на базе чипа SI473X ATS25" video to my phone?

You can download a video to your smartphone using the website or the PWA application UDL Lite. It is also possible to send a download link via QR code using the UDL Helper extension.

How can I download an audio track (music) to MP3 "Прошивка V4 0 для приемника на базе чипа SI473X ATS25"?

The most convenient way is to use the UDL Client program, which supports converting video to MP3 format. In some cases, MP3 can also be downloaded through the UDL Helper extension.

How can I save a frame from a video "Прошивка V4 0 для приемника на базе чипа SI473X ATS25"?

This feature is available in the UDL Helper extension. Make sure that "Show the video snapshot button" is checked in the settings. A camera icon should appear in the lower right corner of the player to the left of the "Settings" icon. When you click on it, the current frame from the video will be saved to your computer in JPEG format.

What's the price of all this stuff?

It costs nothing. Our services are absolutely free for all users. There are no PRO subscriptions, no restrictions on the number or maximum length of downloaded videos.