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Welcome 👍

Glad I could help!

Glad you liked it

sure, please share your code with us at support@maisonup.in

Here are a few tips to fix your Nano issue: 1) Check USB Cable: Use a data-capable USB cable. 2) Install Drivers: Ensure you have the correct drivers for both Windows and Linux. For Linux, add your user to the dialout group:sudo usermod -aG dialout $USER 3) Select Correct Board/Port: In the Arduino IDE, choose "Arduino Nano" and the right processor under Tools. Also, select the correct port. 4) Reset the Nano: Press the reset button before uploading. 5) Try Different USB Port: Switch USB ports on your computer. 6) Make sure Programmer is Not Selected

Hi! Sorry about the broken link. Please email us at nidhi@maisonup.in for assistance. We're here to help!

Hi! Yes, you can use a PWM signal with an amplitude of 5V as an input for the XL6009. However, it's important to ensure that the PWM frequency and duty cycle are appropriate for your application to achieve the desired output voltage and current. If you have any specific questions or need further assistance, feel free to reach out to us at nidhi@maisonup.in.

Hello, it’s is programmed to move the motor specifically a certain level every 60 seconds, time is sync with the help of gears attached to motors :)

With practice, it gets easier!

Sorry to hear that 🙂

Yes it can easily handle 19.1 Volts at 1.2 AMP

Here are a few tips to fix your Nano issue: 1) Check USB Cable: Use a data-capable USB cable. 2) Install Drivers: Ensure you have the correct CH340 drivers 3) Select Correct Board/Port: In the Arduino IDE, choose "Arduino Nano" and the right processor under Tools. Also, select the correct port. 4) Reset the Nano: Press the reset button before uploading. 5) Try Different USB Port: Switch USB ports on your computer. 6) Make sure Programmer is Not Selected

You can upload bare minimum code from examples 😊

sorry for my english. well at first time i didnt do it too, but changing the OLED_RESET to 4 and the SCREEN_ADDRESS to 0x3C it works, and another problem is the arduinos nanos version, go to "tools"'--->"Processor"-->Atmega328P (Old Bootloader).i just said to you what worked for me, sorry if this dont work for you

Thanks a ton for your appreciation :)

same here with my Mac M1, I can only connect via type-c to micro usb cable, others didn't work.

Thanks a ton for your appreciation :)

Hello, you can use any surface ensuring keep in the header pins straight and aligned. Breadboard is just for stability and ease.

Hi, module does have inbuilt capacitors to tackle voltage fluctuations. Output should be steady as long as there are no major variations.

Thanks for listening

you can try the following troubleshooting: Check Connections, Confirm that the OLED display is receiving the correct voltage, Confirm that the I2C address in your code, Check if the display initialization in your code matches the specifications, Examine the OLED display for any physical damage

@@maisonupstore the screen looks okay, because I was finally able to run another code. It’s weird, but I will analyse the successful code and find out the issue for yours. Thanks for reply.

I found you the issue. My screen is SH1106 model! I was using the wrong driver.

are you able to upload the code ? if yes you have ensured proper wiring ? if yes most likely you are not selecting the correct screen address it's typically 0x3C or 0x3D. Pls try changing it

My screen is not working even after that 😢😢😢 What should I do now.

​@@maisonupstoreMy screen is not working even after that 😢😢😢 What should I do now.

​@@maisonupstoredoes the colour of the screen also matters??

@@abhayraj6802 if your wiring are ok, following things will matter, Library Used, Screen Address. Please share your code at saurabh@maisonup.in will help you

Glad you like it!

Thank You

I follow the recommendation, so my case is equal like you (using GMT-6), the line code change for this one: timeClient.setTimeOffset(-21600); //ofset -6 x 3600, and after 1 min is sync

Glad we could help :)

Thank You

Assuming You are Trying to COnnect with NanoBoard, do the following connections: VCC: Connect this pin to 3.3V or 5V on the Arduino Nano (Check your OLED specifications to make sure which voltage it supports). GND: Connect this pin to one of the GND pins on the Arduino Nano. SCL: Connect this pin to A5 on the Arduino Nano. SDA: Connect this pin to A4 on the Arduino Nano. RES: Connect this pin to a digital pin (e.g., D4) on the Arduino Nano. DC: Connect this pin to another digital pin (e.g., D3) on the Arduino Nano. CS: Connect this pin to yet another digital pin (e.g., D2) on the Arduino Nano. And upload the following sample code: "#include <Adafruit_GFX.h> #include <Adafruit_SSD1351.h> #define sclk A5 #define mosi A4 #define cs D2 #define dc D3 #define rst D4 Adafruit_SSD1351 display = Adafruit_SSD1351(128, 128, sclk, mosi, cs, dc, rst); void setup() { display.begin(); display.fillScreen(0xFFFF); display.setTextColor(0x0000); display.setCursor(0, 0); display.print(F("Hello, world!")); } void loop() { // Your loop code here } "

@@maisonupstore thank you very much friend. Much appreciated. You are a star.💫🙏

Glad it helped

Absolutely, SCK or SCL is the same thing and stands for Clock while SDA stands for Data. If you are using it with a Nano Board connect SCK with A5 of NANO and SDA to A4 of Nano

@@maisonupstore I did as you said. No problems with encoding. But the screen still does not turn on. I tried to test it with another screen. But the problem is still the same. I think I'm using a different screen. I will find a screen with scl and test it.

@@Elshan_Mammadov_ could you share picture of the display front and back ?

Not really, but you must ensure match connections to microcontroller are correct, if you are using a Nano Board then VCC to 3.3 V, GND to GND, SCL TO A5 and SDA TO A4

Thanks a lot for showing your appreciation, you can easily buy this OLED on Amazon or any other Electronics Components Store. Look for “0.96 OLED DISPLAY FOR ARDUINO”

Glad it was helpful!

Thanks for your video I made it, and it worked very well it now sits by my bedside table, I just got to set up the alarm function, but do wish it was a bit larger the display is so small, thanks Bob @@maisonupstore

If you are able to upload the code still see nothing on display please check for screen address according to display. If you need more help we will be happy to assist.

If you want to set a time zone that is 2 hours ahead of UTC, you'll need to adjust the UTC offset accordingly in the code. Since you're ahead of UTC, you subtract the offset. 2 hours would be equivalent to 7200 seconds (2 * 3600 seconds). Here's the line of code with the UTC offset adjusted for a time zone that is 2 hours ahead of UTC: Replace the existing line: timeClient.setTimeOffset(19800); // UTC offset in seconds (19800 seconds = UTC+5:30) with timeClient.setTimeOffset(-7200); // UTC offset in seconds (2 hours ahead of UTC) Feel free to reach out for further questions..

Fantastic code, thaks a lot for sharing, maybe in the near future you can weather also, but at this moment is a great job from yours, mery christmas @@maisonupstore

the screen would be too small for the purpose however you can try, you would need to connect additional sensors for e.g. for parking a visualization a HC-SR04 or alike and a mechanism to detect reverse etc.

Hello! Indeed, you can use two OLED screens with a single microcontroller as long as you have enough available pins. To accomplish this, you'll need to ensure that each OLED display has a unique I2C address. Below code sets up two OLED screens with different addresses and alternates displaying voltage information from different sources on them. Each source's voltage is displayed for 5 seconds before moving on to the next source. If you need further assistance, don't hesitate to ask!" " #define SCREEN1_ADDRESS 0x3C #define SCREEN2_ADDRESS 0x3C Adafruit_SSD1306 display1(SCREEN1_ADDRESS); Adafruit_SSD1306 display2(SCREEN2_ADDRESS); void setup() { Wire.begin(); display1.begin(SSD1306_SWITCHCAPVCC, SCREEN1_ADDRESS); display2.begin(SSD1306_SWITCHCAPVCC, SCREEN2_ADDRESS); // Other setup code here } void loop() { // Display voltage of the first source display1.clearDisplay(); display1.setTextSize(1); display1.setTextColor(SSD1306_WHITE); display1.setCursor(0, 0); display1.print("Voltage Source 1:"); // Add voltage reading for the first source display1.display(); delay(5000); // Display for 5 seconds // Clear display for the second source display1.clearDisplay(); display1.display(); // Display voltage of the second source display2.clearDisplay(); display2.setTextSize(1); display2.setTextColor(SSD1306_WHITE); display2.setCursor(0, 0); display2.print("Voltage Source 2:"); // Add voltage reading for the second source display2.display(); delay(5000); // Display for 5 seconds // Clear display for the next cycle display2.clearDisplay(); display2.display();