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Tuto pour apprendre à programmer le LGT8F328P MiniEVB, un clone d'Arduino Pro Mini à seulement 1€. Acheter LGT8F328P MiniEVB [Aliexpress, 1.04€ en 03/2023]: 🤍 Acheter FTDI [Aliexpress, 1.21€ en 03/2023]: 🤍 Lien à copier dans préférences: 🤍 Si vous avez réussi, pensez à liker ! Si vous avez des problèmes, n'hésitez pas à me contacter par mail ucexperimentstech🤍gmail.com, via Instagram ou dans les commentaires. #lgt8f328P #arduinopromini #programming
A short introduction to LGT8F328P-SSOP20 and minievb ssop20 board. How to get started with this board using the Arduino IDE Software Very hard to see the link from video, here it is... 🤍
Arduino совместимая плата на микроконтроллере LGT8F328P, еще его продают с маркировкой WAVGAT AVGA328P. 🐾Платы на али, тут: 🤍 и 🤍 Нормальная Nano: 🤍 🐾Ядро для arduino IDE: 🤍 🐾Драйвера для HT42B534-1: 🤍 🐾Желающим оказать материальную поддержку. 🤍 .
To buy this product click on the following link: 🤍 Please Don't Forget Like & Subscribe.😘🧡 Megatronics.pk is an Electronics & Electrical parts supplier for students, hobbyists, industry and professionals in Pakistan, we have a variety of Electronics modules, sensors, mechanical parts, discrete electronics components, robotics and many more visit our website 🤍 to see all our exciting listings. follow us on facebook: 🤍 Daraz shop 1: 🤍 2: 🤍 Contact: University road Gul haji plaza 4th Floor # 414B Peshawar, Pakistan. Tel: +923459056515, +92915711395 LGT8F328P-SSOP20 MiniEVB Arduino Pro Mini Replacement 8F328P-U MCU used by the LGT8F328P, is an Atmel MEGA328P compatible chip. LGT8F328P architecture No Design Is Relatively New, Stronger Far Than Functions decreases in peripheral Tools Atmel MEGA328. Especially the program encryption ability is far more than MEGA328. · LGT8F328P Can Use 5V Power Supply 3V3 And Running At 16M Frequency, Level Excellent Compatibility. · A Built-In High-Precision the RC, No External crystal Back Can Be Stable Operation. · Less And decreases in peripheral instrument parts, Circuit Design Is Simple. · 12-bit ADC (analog-to-digital conversion) · On Board DAC · Owned Inventory the GUID (Unique own ID) Can Be For on used chip solutions Encryption Program. · A Built-In .internal 1.024V / 2.048V / 4.096V ± 1% Calibratable Source Reference voltage software. · The PWM pin adapter Number: the D3, the D5, the D6, the D9, the D10, D11. MCU LGT8F328P FLASH 32Kbytes SRAM 2Kbytes E2PROM 0K / 1K / 2K / 4K / 8K (FLASH Share) PWM 8 Frequency 16MHz (Maximum 32MHz) ADC 6 passageway12 position DAC 1passageway8 position UART 1 SPI YES TWI (I2C) YES GUID YES Internal benchmark 1.024V / 2.048V / 4.096V ± 0.5% System logic level Factory 3V3 (switch from pad to 5V)
Mini EVB Modul Pengganti Arduio nano #mikrokontroller #arduino #minievb #robotik
・ILI9341 TFT LCD SPI Display ・LGT8F328P-SSOP20（3.3V)
#ETSolutions This video show the comparison of LGT8F328P board with Arduino board • ATmega328 compatible • LGT8XM core with optimized AVR compatible instruction set (RISC) • up to 32 MHz, internal 32 MHz RC Oscillator (1%) • 2 Kbyte RAM • 32 Kbyte Flash • DSC - 16-bit Arithmetic acceleration unit • 12-bit ADC- 8 Channel(500Ksps) • 8-bit DAC • Built-in internal calibration reference voltage 1.024/2.048/4.096V+-10% • PWM pins D3, D5, D6, D9, D10, D11. • Without external crystal can do stable operation. later i will upload complete details........ #LGT8f328P Types: #Pro mini style SSOP20 #Nano Style # Pro mini Style LQFP32
・0.96' 128x64 I2C OLED Display (SSD1306) ・LGT8F328P-SSOP20 （3.3V) 乾電池２本で動作しました。 ■関連ブログ記事 【80円Arduino互換機】LGT8F328P- SSOP20 を購入してみた – 某氏の猫空 🤍
・0.96' 128x64 SPI OLED Display (SSD1306) ・LGT8F328P-SSOP20 （3.3V)
Тест #Arduino #Nano совместимой платы на китайском чипе #LGT8F328P и 2.4" #TFT #LCD шилда с параллельным интерфейсом. Для подключения используется сигналы шилда D0-D7, LCD_RD, LCD_WR, LCD_RS, LCD_CS и LCD_RSR через резистор 10к на вход Reset отладочной платы. Используется библиотека "MCUFRIEND_kbv"
BTE18-04 LGT8F328P MiniEVB - HT42B534 - zgodny z Arduino NANO V3.0🔹🤍ElektroStory.pl#elektrostory #majsterkowanie #elektronika #skleponline #zakupyonline
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LGT8f328P board installation for Arduino IDE 1- Open the link: 🤍 2- file path in my system is C:\Program Files (x86)\Arduino\hardware you need to open your Arduino installed folder. #ETSolutions #LGT8f328P Types: #Pro mini style SSOP20 #Nano Style # Pro mini Style LQFP32 Join FaceBook group for more videos: 🤍 How to install LGT8F328P with arduino IDE. install LGT8F328P Board manager. LGT8F328P LQFP32 MiniEVB Alternative Arduino Nano V3.0 So installieren Sie LGT8F328P mit Arduino IDE. LGT8F328P Boardmanager installieren. LGT8F328P LQFP32 MiniEVB Alternative Arduino Nano V3.0
This video shows the minievb ssop-20 with I2C OLED using the u8g2 libary. The arduino example code provided by u8ge library is compiled and uploaded without any changes. The I2C OLED runs smoothly without any problem. The USB connection is then removed and the minievb-ssop-20 board and I2C OLED is powered with a single 18650 battery ( balance voltage is only around 2.7 volt ), yet the OLED I2C is still functioning smoothly with the minievb-ssop20 board.
ボード：LGT8F328P-LQFP32 MiniEVB ■ GitHub - dbuezas/lgt8fx: Board Package for Logic Green LGT8F328P LGT8F328D and LGT8F88D 🤍 ■関連ブログ記事 【80円Arduino互換機】LGT8F328P- SSOP20 を購入してみた – 某氏の猫空 🤍 ■ 【格安 Arduino互換】LGT8F328P 購入とArduino IDE環境の構築 🤍 前回、Arduino nano互換っぽいLGT8F328Pを購入して、感触が良かったので、今回は、Pro Mini Style SSOP20を購入してみました。 ■ Chapters: 0:00 Intro 0:15 1.購入 0:44 2.外観 1:13 3.USB To TTL CH340 モジュール 1:48 4.接続 2:14 5.Arduino IDEの設定 3:21 6.スケッチを書きこみ 5:49 7.動作確認
Xin xem hướng dẫn chi tiết cách làm ở đây 🤍
Upload ino sketch from arduino ide to lgt8f328p board and add board for lgt8f to arduino ide
An improved ATMega328P with this cheap clone Logic Green LGT8F328P running at 32MHz (eventually) $8 off your first order at LCSC Electronics with 🤍 Seriously, folks, see all this information with full colour pictures, step-by-step instructions and much more on my GitHub: 🤍 Links to *all products* at the bottom of this description So we're looking at the 32MHz Nano-sized drop-in replacement but I'm using a different sized development board just for ease of use in the video. My device looks like this (and well worth it for experimenting with) 🤍 But the final device is Nano sized, and a drop-in pin replacement 🤍 Or you can have a Pro-Micro sized device that will require a USB-to-Serial adapter to program. 🤍 The 6 simple steps to get a LGT8F328P-based board running at 32 MHz are listed on my GitHub. 🤍 6 Simple Steps to get a LGT8F328P-based board running at 32MHz 1 Download the LogicGreen zipped resources here 🤍 There's a copy of this zipped folder on my GitHub 2 Extract the download (unzip it) and move the unzipped LGT/avr folder to under the *hardware* folder in your Arduino sketch folder. If you do not have a _hardware_ folder in your Arduino Sketches folder, just create one. Your structure should look like this: 🤍 3 Replace the boards.txt In the Hardware - LGT - AVR folder delete the boards.txt. Then copy the boards.txt in this GitHub there in place of the one you just deleted. Easier than trying to edit it! ### Testing - Oh no! I've exceeded my Youtube word count so head on over to my GitHub to complete the process! 🤍 - What's this GUID then? Each LGT8F328P has a unique GUID (serial number) built in. Useful for encrypting things. To retrieve the number (it's read-only) do this in your sketch setup(): uint32_t guid = *(uint32_t*)&GUID0; To display that number in its intended HEX format do this: Serial.println(guid, HEX); Simples, right? LINKS LINKS LINKS LINKS Please visit my sponsor who made this video possible! $8 off your first order at LCSC Electronics with 🤍 KEYES Open Source LGT8F328P Control Module Development Board 🤍 AliExpress Nano/pro Micro replacements LGT8F328P LQFP32 replaces NANO V3.0 HT42B534 chip 🤍 This seller has both variants (SOP20 & LQFP32) but look around there are other sellers too! Logic Green's GitHub for the support files (also on my GitHub) 🤍 LGT8F328P Schematic (also copy on my GitHub) 🤍 Chinese Documentation for what it's worth 🤍 English version of similar family of chips on my GitHub Top 10,000 Prime Numbers 🤍 If you like this video please give it a thumbs up, share it and if you're not already subscribed please consider doing so and joining me on my Arduinite journey My channel and blog and GitHub are here: 🤍 🤍 🤍
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Kearns Electronics - DAC Test - LGT8F328P (ATMega328P copy) Pro Mini type board. . . . This is a short demo of the LGT8F328P MCU's on board DAC. The code was written in Atmel assembly language and compiled with Atmel's AVRASM2. The LGT8F328P board was programmed using AVRdudess ( Windows GUI container for AVRdude version of your choice). The audio was just a snippet from Youtube, edited in the old Cool Edit Pro v2.1 audio editing Windows app. The raw audio data was then converted to a standard Atmel 'Define Byte' .DB 0xnn, 0xnn, etc' type text file using BP Soft's Hex Workshop V6.8. The resultant text file was then compiled along with the application code, which produced a hex file with enough data to write the whole 32,768 memory locations on the MCU. All real estate used ! 146 bytes used to code this with 32566 bytes of audio data 16Khz sample rate 8bit data width. - Segment Begin End Code Data Used Size Use% - [.cseg] 0x000000 0x008000 146 32566 32712 32768 99.8% The 56 bytes unaccounted for, are the unused bytes between the flash Reset vector and the first used interrupt vector. I could have used all of this for code, but didn't bother with this small test. NB: This test has a fairly slow sample rate of 16 Khz, but the MCU is quite capable of handling a 42.1 Khz or an even higher sample rate. 16 Khz was chosen in this example, in order to provide just over 2 seconds of audio using 32566 bytes of audio data. There's no 'free lunch' when it comes to writing code in assembly language for any MCU and this one is no exception. What you do get in return though, is absolute control ! There is no compiler re-writing your code or even throwing your code in the rubbish, as you can get with a C compiler. The other things you get in return are: (1) You learn something about programming. (2) You learn something about the hardware. Now, you need to sort out a few things first, like setting up the MCU's clock frequency and clock source. Also need to set the clock prescaler which has a divide by 8 default setting on every power up or reset. The DAC's Vref also needs to be set up too. None of these settings are set with fuse bits, as are some on the ATMega328P, so they need to be re written on every reset. To take care of the above, it required the original Chinese data sheet which included diagrams. I don't understand Mandarin, so a Chinglish translated version which came with very few diagrams was needed as well. Between the two, I was able to figure it out. The main DAC code simply waits around for a 16 Khz timer interrupt to occur and when it does, the code then writes the next data byte from program memory to the DAC's data register. It then checks for 'end of data' and if not yet reached, waits for the next timer interrupt and repeats. When 'end of data' is finally reached, interrupts are disabled and the code just quits with a "Fin: rjmp Fin" loop instruction. This micro is super fast, compared to regular AVR devices, with a built in 32 Mhz RC oscillator or you can use an external crystal if you prefer. Many 2 cycle Atmel instructions are only single cycle on this baby, which can effectively double the speed a second time, compared to its ATMega328P 16Mhz max speed cousin. The board is available for US$0.89c each from here: 🤍 A JTAG/SWD type programmer for the above costs US$3.98 from here: 🤍 It took a bit to get the above programmer working properly, but it was my fault. The baud rate in AVRdudess must me set to 19200 and not left blank, like I did initially. All good now. Interestingly, it has an Atmel ATMEGA168P MCU on board without lock bits programmed, so its program code can be quite easily copied if you wanted. It has standard 6 pin ISP PCB pads on board for this. You can, as an alternative, turn another LGT8F328P or an Atmel ATMega328P board into a programmer with the LarduinoISP code available on the web. This is what I did initially . Happy to answer any questions.
LGT8F328P sebagai solusi pengganti Arduino Nano - Sepowerful apa dibanding Atmega328 ini adalah efek nyata bagi penghobi Arduino dimana Perang dagang antara China dan Amerika membuat harga chip microcontroller dengan teknologi Amerika diembargo oleh Amerika, sehingga menimbulkan kelangkaan barang di pasar dunia. China tak mau kalah, ngeclone pesawat Amerika saja bisa apalagi hanya sebuah microcontroller sekelas Atmega328. maka hadirlah solusi murah chip dengan nama LGT8F328P ini. Kecewa dengan kinerja MHTiny88 yang iklannya sebagai pengganti Arduino Nano, yang kenyataannya sudah dipakai, maka kali ini saya coba seperti apa kinerja LGTF328P ini. Dan sebagian jawabannya ada dalam video ini.
Apprenez à programmer le LGT8328P, un clone de l'Arduino Nano à seulement 1,70€. Tuto pas à pas rapide. Acheter LGT8F328P Nano Clone [1.70€]: 🤍 Lien à copier dans préférences: 🤍 Si vous avez réussi, pensez à liker ! Si vous avez des problèmes, n'hésitez pas à me contacter par mail ucexperimentstech🤍gmail.com, via Instagram ou dans les commentaires. #lgt8f328P #arduinonano #programming
This video explain about the LGT board pin details LGT8F328P board installation in arduino IDE link: 🤍
Test minimum system LGT8F328P alternatif Ard*ino Pro mini Alat-alat yang digunakan pada video ini : Minsys LGT8F328P 🤍 USB-to-TTL converter : 🤍 🤍 Kabel data/charge : 🤍 🤍 Link marketplace : tokopedia.com/hobielektronika bukalapak.com/hobielektronika shopee.co.id/hobielektronika Tiktok seller : Hobielektronika Song: 'Shahed - Indian Fusion' is under a YouTube Free. 🤍 Music promoted by BreakingCopyright: 🤍
Arduino ide adalah software untuk mengupload sebuah program yang telah kita buat atau program yang ada di examples atau biasa disebut adalah sketch. Arduino ide bisa digunakan oleh berbagai macam boards seperti tentu saja arduino board itu sendiri kemudian didalam video ini saya menggunakan board LGT8F328P LQFP48 Mini EV8 yang mana board ini hampir sama dengan arduino nano serta fungsinya juga sama tetapi ada perbedaan kalau board lgt8f328p ini pin nya lebih banyak. Disini saya membuat tentang cara bagaimana setting arduino ide untuk digunakan dengan memakai board lgt8f328p, jadi sketch yang ada di arduino ide itu bisa kita upload ke board lgt8f328p seperti halnya arduino board. Kita program dan flash sketch arduino ke board lgt8f328. Tidak sulit cukup hanya dengan mengkopi paste link yang di website github yang sudah menyediakan link untuk menambahkan board ke arduino ide. Bida dilihat di video diatas web github yang menyediakan url link untuk ditambah ke arduino ide.
#shorts #programming #shortsvideo
Cách Burn Bootloader cho chip LGT8F328p | Burn Bootloader to Arduino nano LGT8F328p | Burn bootloader to chip LGT8F328p Tài liệu Burn Bootloader: 🤍 Cài đặt board LGT8F328p cho Arduino IDE ( nếu bạn chưa có ) : 🤍 Link sản phẩm Arduino nano LGT8F328p: 🤍 Link sản phẩm Chip LGT8F328p: 🤍 - ★ - Liên Hệ: Công ty cổ phần điện tử 360 D/c: Số 62, ngõ 61, Phạm Tuấn Tài, Hà Nội Website: 🤍 Fanpage: 🤍 Email: dientu360🤍gmail.com Hotline: 0868.306.306
Cara Mudah Programming LGT8F328P SSOP20 Board Pengganti Arduino Pro Mini Alat yang dibutuhkan : - Board LGT8F328P SSOP20 - USB to TTL + driver - Kabel jumper - Laptop/PC - Software Arduino IDE - Koneksi internet Link add board LGT8F328P: 🤍 Music: 🤍
link untuk driver ch340g 🤍 link untuk driver ht42b534 🤍 silahkan kunjungi 🤍 untuk mendapatkan referensi lainya terimakasih
🔔📢. Klik SUBSCRIBE (💯% Gratis) : 🤍 LGT8F328P Merupakan board microcontroller sebagai pengganti alternatif dari Arduino Nano V3 dengan menggunakan usb driver IC HT42B534. Dikarenakan dilihat dari fisik serta io yang hampir sama dengan Arduino Nano V3 serta untuk pemrogramannya menggunakan Arduino IDE. Link preference: 🤍 selamat menonton. Subscribe, like share & Komen akan sangat membantu dalam perkembangan channel ini. terimakasih
Hola amigos espero que les guste el video en donde ponemos a prueba este Nuevo microcontrolador LGT8F328P El enlace del drivers ch340g: 🤍 El enlace de las librerias: 🤍 si desean comprarlo dejo el enlace de mercadolibre: 🤍 si desean ver nuestros productos dejo la eShop de mercadolibre con todos nuestros productos: 🤍 si les gusto el video no olviden darle LIKE y SUSCRIBIRSE también cualquier consejo que tengan lo pueden dejar en la caja de comentarios
Install Driver Holtek USB To UART Bridge LGT8F328P LQFP32 Pengganti Arduino Nano V3.0 WA: +6281-555-955-711 Playlist Channel : 🤍 About Channel : 🤍
website: 🤍 สอนใช้งาน Arduino Pro mini Atmega328P LGT8F328P เริ่มต้นใช้งาน ติดตั้งโปรแกรม Arduino IDE โค้ดเพิ่มเติม : 🤍
Link sản phẩm Arduino nano LGT8F328P: 🤍 Link sản phẩm Chip LGT8F328P: 🤍 Thư viện hardware: 🤍 - ★ - Liên Hệ: Công ty cổ phần điện tử 360 D/c: Số 62, ngõ 61, Phạm Tuấn Tài, Hà Nội Website: 🤍 Fanpage: 🤍 Email: dientu360🤍gmail.com Hotline: 0868.306.306
*Yes, it is not a pro micro, its a pro mini* spring loaded pins: 🤍 VersaSlider 2: 🤍
Agency: DDB Production House: Such Films Director: Christopher Ling Producer : Himberly Chan DOP: Chan Siu Ming Editor: Ball Lai Color Grading: Choi Gor Online: Alan Chan
Agency: DDB Production House: Such Films Director: Christopher Ling Producer : Himberly Chan DOP: Chan Siu Ming Editor: Ball Lai Color Grading: Choi Gor Online: Fung Chu
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