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- 137 996
Jose Luis Monteiro
Portugal
Приєднався 7 бер 2008
Panels, Drivers, VFD, LCD and more!
Support me at: patreon.com/Jose_Luis_Monteiro
Support me at: patreon.com/Jose_Luis_Monteiro
A6818
This is an Allegro VFD driver, ref: A6818.
It uses positive for the grids/segments and therefore we only need to use 2 Volt ranges.
We also use a VFD without grids, but that's just to remind you that they exist.
Code link: github.com/emsyscode/A6818/
It uses positive for the grids/segments and therefore we only need to use 2 Volt ranges.
We also use a VFD without grids, but that's just to remind you that they exist.
Code link: github.com/emsyscode/A6818/
Переглядів: 127
Відео
V63111LF
Переглядів 14023 години тому
Testing the V63111LF driver and confirming with direct replacement with a PT6311. The panel is unknown, but the "Data In" goes to pin number 5 of the IC through a 100ohm resistor, pins 5 and 6 are swapped in this IC reference! There was no success controlling the LED ports using the PT6311 code. Data sheet are not found on web. Link code sample: github.com/emsyscode/V63111LF
LC75836
Переглядів 103День тому
This is a panel of car radio Sony CDX GT210 which make use of a Driver LCD reference: LC75836 We can find the connections at end of video. Code link: github.com/emsyscode/LC75836/
LC75824
Переглядів 45814 днів тому
This is a panel from SONY model: XR-C4120 using a driver LCD ref: 366-34, we already test this IC and know this is identic to the LC75824. Today we focus to explore the use of the possibility to move forward or backward the segments ports and make use of GPIO's pins of drive. Code link: github.com/emsyscode/366-34_Sony-XR-C4120
PT6311
Переглядів 32321 день тому
This is a panel that uses a VFD driver Ref: PT6311, but today we try to focus on a way to power the system. There are other ways, but the idea is to allow the reuse of older materials. The most difficult thing to obtain is the transformer, but we can use more than one and of course with different voltages at the outputs as long as they are close to what we want: 6~12V for 5V and 15~30V for the ...
HD38800
Переглядів 79428 днів тому
This is a combination of a 4-bit microprocessor with a VFD driver from brand HITACHI. It requires some care related to the power pins, as it uses the VSS mnemonics as positive ( 10V) and VDD as negative or 0V. The video was a little long, but I can't focus on all the topics in a short time. I believe it's worth it because this practice can be applied to other identical panels!
TP6352Q
Переглядів 1,2 тис.Місяць тому
This is a panel that uses a driver ref: TP6352Q, we can say after testing that this driver is identical to the PT6312. This allow to add one more driver VFD to our list. To make things more difficult, they used bit/segment shifting and this requires some attention to the use of grids/segments. In this panel this difficulty is present in grid nº 5. The hardware is connected to make use of 6 grid...
M9202
Переглядів 106Місяць тому
This is a panel of DAV-S888 from brand SONY. It use as driver to VFD the IC M9202-05 of OKI The sample code link: github.com/emsyscode/M9202/
MM5387AA
Переглядів 249Місяць тому
This is a clock from NS used with a VFD, it is frequent with LED displays. The relevant thing to reuse it is take care with the pins VSS & VDD. Please look around another video we publish where this matter is discussed. Video link: ua-cam.com/video/erFZrr1T8yQ/v-deo.html
MC3501
Переглядів 645Місяць тому
This is a panel from a sound system LG, models: XA63, XAS63F. After some basic lines of code it gain life again. Sample code link: github.com/emsyscode/MC3501/
SAA1064
Переглядів 232Місяць тому
This is a driver of 7 segments of brand PHILIPS Sample code at link: github.com/emsyscode/SAA1064/
LC75711
Переглядів 199Місяць тому
This is a driver reference: LC75711 from brand SANYO, we bring it to life again. The sample code is at link: github.com/emsyscode/LC75711/
TM1628
Переглядів 130Місяць тому
This panel make use of TM1628, the datasheet refer 8bits 4bits to fill the table of Grids/Segments but we need sent 2 bytes. On the code stay the function to read keys, uncomment it and if necessary, add trigger events. Code sample link: github.com/emsyscode/TM1628
STLED316
Переглядів 1892 місяці тому
This is a driver of LED with 7 segments from brand ST. This drive support until 6 digits with 7 segments. The sample code link:github.com/emsyscode/STLED316SMTR/
CS16312
Переглядів 1062 місяці тому
Panel from a DVP520, brand PHILIPS. They use a Driver VFD ref: CS16312 which is identical to the PT6312. Code sample Link: github.com/emsyscode/CS16312
crazy that they made the entire display to show the static scales from the radio and the low resolution VU meter
Hi @snik2pl, You're right, it's amazing! I think they just wanted to motivate potential buyers who were addicted to peepholes on 60s radios (EM80 tube). I think the VFD will be from the late 80s, early 90s because it already has a CD. I must inform you that the driver did not come with it. It's a shame the bar around the VU meter glows at the same time as the radio scale. I also found the small PCB to receive the pins and connect the wires and serve as a support funny.
Olá José! Sempre com suas novidades para nós; obrigado! Abraço do "Daniel of Brazil".
Obrigado Daniel, Já tinhamos abordado este "driver", mas aprofundou-se um pouco no control da periferia (cor dos LED's) e no fato de ele permitir o deslocar a porta onde se iniciam os segmentos, o que torna a sua reutilização impossivel se não se levar em isso em conta!
Excellent as always!
Thank you very much! It is important to know if the work can be useful to someone!
@@jlsmonte Your work is useful and important. Thanks to you, I am sure that I can take any panel from the radio and use it in my homemade products. Thanks a lot!
Well done ! Great breakdown. Very clever to dig so deep. Respect !!
Thank you very much! I thought it might be tedious.
Hi, I've been following for a long time, I have several displays like these with PT6311, wouldn't there be a way to make a simpler code with the Arduino SPI library? I am from Brazil!!!
Hi @tiagomizael7596, thanks a lot by follow my publish displays! The code is already let the more basic possible. We don't use any library, and the send info is at Binary format to allow change the bit and see wat happen! Also all functions can be called as independent process as also can be eliminated on the file of code, if not make use of them, to reduce lines of code. You can speak Portuguese if prefer, and sent me a pictures of you models of panels to see if I can help.
I forget the more important thing, Yes we can use only a dozen o lines of code... but using a library, ok
@@jlsmonte a sim muito obrigado, tenho uma caixa desses displays e quero usar em projetos meus mesmo, maioria todos com ptt6311, se não fosse seus videos nao ia conseguir ligar esses.kkkkk
@@tiagomizael7596 Envia foto de um ou dois que queiras usar, para ver se tenho algo idêntico, para depois testar, quando tiver um pouco de tempo livre, com code mais curto, ok.
Excelent video. I have in my hands something similar that comes from an old calculator. My question is how do you supply the -37v? Do you use an external power supply or a voltage regulator or something else?
@felipe_lopez Hi, You have many ways to apply the -32V (and on this case the exact value is not relevant, important is not go above the value present on datasheet of IC). We can use a converter DC/DC like the B0524S-2W (seller at web by near of 1€) associated in serial with a B0512S-2W which give to us the 36V. Note the letter "S", this is very important, means the converter is isolated from primary block to the secondary block. The value of amperage required is very low, milliamperes! The important is the 3 power sources be total independent. You can also make use for example the regulator from family's 7924, this already give -24 output, but also can use the 7824 and on this case the output is connected to our GND or 0V which result in GND of regulator (LDO) be our -24V, the importance of independency of power sources is exactly to allow this kind of connections. Please look around my channel you have many examples how power up drivers the VFD's with transformers, converters DC/DC, association in serial of DC/DC converters. If you don't find help on the videos examples, let me know and I will try explain this matter better, ok I know this is a little confuse but I hope this help!
I like how you reverse engineer the chip functions. I usually build my own circuit, but your approach is better. Not always easy, but I may give it a try sometime.
@Enigma758 Thank you for your words! Designing circuits is already work, here we try to make it a hobby. Go ahead, if I can help I'm here!
Obrigado José, por compartilhar mais um trabalho seu. Um abraço do Daniel of Brazil.
Esses displays são muito lindos, muito vivo
É verdade sim! Originalmente é usado com uma tensão de grlha/filamento de (-24 volts). Eu usei sómente (-9,5) durante grande parte do video e já era perfeito. Com os (-24) fica realmente muito intenso. Originalmente este clock tem como opção um control de brlho com ajuste por potênciometro. O datasheet está na web.
Cara é realmente um lindo relógio, que projeto top! Você é fera, em conseguir fazer essa infinidade de displays VFD funcionar, um mestre no assunto com certeza 🙏
O conhecimento, só tem valor, se ajuda alguém! Eu também conto com ajudas!
Very helpful video for information.
Thank you very much Susan, I'm happy to know that you find the video interesting. Thanks!
Thank you so much Jose Luis. ❤ Your tutorials are very excellent!!!!
Thanks a lot by your words! I hope you like also of the next.
@@jlsmonte We eagerly look forward to your next tutorials.
Вакуумные индикаторы самые красивые.
I agree!
👁️
You talk more about the standby LED than about the actual display. Maybe the video should be called R325 instead??
mikaelkarlsson9945 Thanks for the comment. I'm also learning and sometimes I get carried away by the things that are at stake on the panel. In this case, there are two errors on the part of the designer, which I try to highlight. The indication of +12 in the screen printing and the exaggeration of the LED circuits. I considered that the rest was covered, the connections through PIC's or the code through comments... until I used the alphabet in the comments as an indicator of segments in the equalizer to make it easier to understand which segments to change. If you tell me what I should deepen to improve further, I would sincerely appreciate it to see if I can grow a little more!
🙏 Fa falam fenyjelasan bagus .dan ingin liyat cara merakit agar dari barang bekas bisa di fake ituh lebih baik .dayah suka 👍💐🙏🙏🙏🙋
For some reason the translation is not perceptive, can you rephrase it?
🙏 led yg bagus . 👍👍👍🙏🙏🙏🙋
Thanks a lot!
tengo un MB90M407. drive.google.com/file/d/1936uyDaabHacnBOda8De_KYDL3r8E7Or/view?usp=drive_link
As always, it's just great!❤
@aleksandrmakushin6307, Thanks a lot!
muchas gracias por el video y el contenido. ami tambien me agrada dar vida a este tipo de displays tambien. gracias.
Hey gracias. Siempre es un desafío pero es gratificante.
Откуда берете такие дисплеи? Где находите старую технику?
Hi @localixdots9698, The Google translation for your message is not noticeable by this reason I cannot understand. Can you rephrase the sentence please?
Okay! Okay! I think I understand now. I have these displays and panels because I have been collecting them for years, I have always loved VFDs and I loved using them in my work. Now it's close to retirement time and I'm trying to get the house in order to make space! If you don't use them, they run the risk of becoming trash. As I receive requests for help on these items from other connoisseurs, I try to respond and help where I can. Sorry don't immediately understand the translator of google, and of course I don't know your language.
gracias por los videos
Olá Jose! Como vai? Aproveitando o ensejo, eu achei na sucata, um frontal de um rádio de carros com Display VFD e, ao abri-lo, me deparei com o Driver UM75823E. Por acaso, você tem alguma coisa sobre esse driver? Eu não consegui encontrar nada. Obrigado
Pelo menos encontrei estes de paineis diferentes: ua-cam.com/video/ooMR9K7na08/v-deo.html ua-cam.com/video/Aghp7fCRwFM/v-deo.html ua-cam.com/video/i6wFuJGU-J8/v-deo.html ua-cam.com/video/YGfzQpoSFbQ/v-deo.html Espero que ajudem.
@@jlsmonte Muito obrigado José! Sempre ajudando.
Olá José, tudo bem? Esse driver (M35500) é similar aos PTxxxx?
Também trabalha com tensão negativa e activa a selecção de grelhas e segmentos de forma convergente. A nivel de commandos tem sómente 4, mas os códigos da familia PT... não funionam neste driver sem ser adaptados claro.
@@jlsmonte Obrigado amigo!
the kitchen stove trick works better if you fill the frying pan with sand. it will conduct the heat more directly to the board, with less risk of overheating.
Yes! And truth! I used this trick in the 80's to remove Simm's RAM, but to do so, I need very thin sand and a container with high walls to avoid a more crispy grain projection. I really recommend receiving a thick aluminium walls to harmonize heat distribution
Так нельзя выпаивать микросхемы.
Yes! It's true, but as I say in the video, not everyone has a heat gun or an oven! It's a way to make the impossible possible for some and thus prevent them from giving up!
Jose is an expert in these things and, what's more, this is to make it easier for those who don't have ideal tools.
@@jlsmonte я понимаю, не могу на это смотреть как беспощадно компоненты выпаиваются. Кстати, можно отпаять теплом галогеновой автомобильной лампы)
@@Dancopymus Понимаю, просто методы вредят компонентам.
If we use an aluminum plate thicker than 4~6mm, it will distribute the heat evenly, as well as rise linearly until close to 100º, then rise sharply. This is the +/- what is expected in a board desoldering process where we only want to use the IC. As I said, I have an oven and heat guns, but for those who don't, here's a suggestion! A unsoldering process is not as critical as soldering. If the tin reaches its eutectic point (183º), the component is expected to be loose and just remove it!
that's cool, display looks good code looks good too well documented
Thank you for your words... I don't waste time cleaning up the code, but if any clarification is needed I will help!
Not clear 😑😐
Hey, Please tell me how I can help, or what questions you have and I will try to make the matter clearer, ok🙂
Is that a radio faceplate?
No! I don't think so! Perhaps a “scale”, as a comment below from @sebastian19745 suggests, or perhaps a weighted kitchen robot. But I honestly don't know and I hope someone can help us with this!
No LED can beat the magic of a VFD!
There really are a lot of people who like this “miracle”!
nice display with a cool spinner
Hi @svofski, I agree, is cool. And the spinner can be used as a Clock analogic using the pointer to Hour's and minutes.
@@jlsmonte always fun to have VFD stuff blinking :) i have a project (or two) cooking with some leftover VFDs, something like a kitchen clock/weather/something
@@svofski Go ahead! It's fun and ends up being therapeutic! I'm here for something!😀
Such an awesome VFD glass! Do you know the manufacturer and model? Which kind of gear was this used in? Very nice item!
Hi, Thanks a lot by the question, but honestly, I don't know where it belongs! This is the second panel format I have received for video that uses the same VFD. I'm always hoping that someone will add additional information to recognize the item on their appliances. Maybe an oven, microwave, if I find out I'll let you know, ok.
@@jlsmonte If you look well at the items on the VFD, you clearly can see that this came from a electronic scale.
@@sebastian19745 Thanks a lot by your alert! At begin I supposed it belongs to a robot of cuisine, they have also the function of weight. But I don't know and I will be glade if any can inform to us the brand and model where it is used!
Very, very good!Thank you for such wonderful videos!We look forward to continuing)))
Thank you very much for your words, they are an encouragement!
@@jlsmonte Keep making us happy!And I wish you only success!
I love vfd display.
Thanks for your help on this highly niche need!
Thanks a lot.
Great job
Grande!
Grande!☺
I remember similar type in some old lg stereo system
Normally the use is to multi-brands and these VFD's are normally in great demand. And it really has a funny effect.
Nice display channel😅
I'm glad you think my channel is cool!
gracias por el contenido
Thank you!!!!
Thank you so much.
Good thanks
HI Romano, To avoid mistakes, this is not the answer to your request, ok. This is just a new video. The next week when I'm at Lab's I'll make the diagram for you, ok
ciao, ottimo progetto.. puoi mettere anche lo schema elettrico?
Hi "IU2SKV", I don't have a picture of schematic, normally I do it fowling the basic rules, any way I will do a paper/PIC with the connections and power sources points and let it here. Give-me a time to stay at Lab's to do it and I will inform to you, ok
@@jlsmonte thanks
Olá Jose, tudo bem? Quando você falou, no vídeo, que o "acrílico do Back Light está quebrado", eu me lembrei que eu tenho um VFD que, a ponta do vidro onde é extraído o ar do VFD (vácuo) está quebrado (um pequeno furo na ponta), portanto, é possível recuperar este VFD? (antes estava acendendo, agora, não mais); Obrigado.
O "acrilico" neste display é usado como meio de propagação da retro-ilumnação pois trata-se de um LCD! Os VFD's são selados a vácuo! Aquela pequena extensão a vidro tipo ampola server precisamente para a finalização do processo de selagem a vácuo. Quando quebram e permitem a entrada de oxigênio para alem do que o ponto colector tolera, ele passa de uma mancha negra (metálica na face do vidro) para um óxido metálico que é branco (tipo pó). Esta observação é um método rápido de verificar se está quebrado ou não! A sua recuperação por muito dispendiosa torna o processo inviável.
Obrigado amigo! É uma pena mas, terei que descartá-lo.@@jlsmonte
Boa noite meu amigo! Você tem algum código arduino para relógio com esse mesmo display? Obrigado.
Olá Jose. Você tem esse código para usar com Arduino Uno ou Nano? É que eu tenho um VFD, um pouco parecido com o seu, que tem marcado os dias da semana (Su, Mo, Tu...) e, eu gostaria muito de usá-lo mas, com Arduino. Obrigado.
Esse código é fácilmente adaptavel para o Arduino, as funções são independentes e não usa Library especificas. As linhas de commando para o Driver são as mesmas!
Mas, eu posso abri-lo na IDE do Arduino? Pois, se bem me lembro, eu li que vc iria adaptar o código diretamente para o Arduino.@@jlsmonte
A adaptação do code para Arduino não é complicada, o uC segue a mesma linha da familia Atmel. Claro que temos MAIN em vez de LOOP, e temos de criar o nosso SETUP. Sim! Após alterações pode ser aberto no IDE Arduino ou o Visual studio da Microchip. Bom trabalho!
Oi Jose! Não sei o que fazer para adaptar o código.@@jlsmonte
Compreendo, mas como costumo dizer: "Quando não gastamos o nosso tempo, estamos a gastar o tempo de alguem". Eu já deixo o código o mais "básico" possivel para facilitar, parece-me que o que falta é talvez inscrever-se num curso de programação C para o Arduino. Força aí!
Olá amigo José, primeiramente, obrigado por sempre me responder. Eu tenho um VFD, que dessoldei de uma placa de vídeo cassete, e o mesmo estava funcionando mas, por último, eu fui fazer os testes de segmentos e grades, aplicando 3,3v + Gnd e até 5v + Gnd nos filamentos, o mesmo não acende. Mas, usando um multímetro, na função de diodo e, encostando os terminais no filamento esquerdo e direito, o multímetro bipa. Eu desconheço a causa mas, você acha que pode ter queimado, mesmo que ele esteja tendo continuidade nos filamentos? Obrigado mais uma vez.
Primeiro que tudo, se o filamento queimar deixa de estar "esticado" como é o seu normal... assim sendo cai e encosta nos segmentos e grelhas sendo visivel à vista desarmada. Trata-se de um fio à base de tungstênio tambem conhecido como wolfrâmio! Em Portugal era extraído das minas da "Panasqueira" próximo da Covilhã. Usando uma fonte de alimentação regulada podemos testar o filamento subindo lentamente a tensão até o ver acender (ficar de cor alaranjada), O VFD deve estar totalmente desligado do restante circuito para fazer este teste.