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Search result for: WA 0859 3970 0884 Biaya Bikin Gerbang Otomatis Menggunakan Arduino Murah Tawangsari Sukoharjo
| # | Post Title | Result Info | Date | User | Forum |
| Answer to: Suggest some good Arduino books? | 1 Relevance | 1 year ago | Deboojit | Arduino | |
| The best WAy to begin is by using a starter kit. These kits typically include an Arduino UNO, a selection of sensors, electronic components, and a detailed workbook or online resources with example projects to guide you step-by-step. For me, the book "Getting Started with Arduino" by Massimo Banzi and Michael Shiloh works best. | |||||
| Suggest some good Arduino books? | 1 Relevance | 1 year ago | Alfred Alonso | Arduino | |
| Hello everyone, I’m interested in learning robotics, and I’d like to start by getting a solid foundation in Arduino. Could anyone recommend books that cover Arduino programming with a focus on robotics applications? Practical project examples and guidance on controlling motors, sensors, or basic robotic systems would be especially helpful. | |||||
| Answer to: Why hasn't Arduino added a USB-C port to the UNO R3? | 2 Relevance | 2 years ago | Tech Geek | Hardware/Schematic | |
| ... Additionally, USB-C connectors and cables are generally more expensive than USB Type-B, especially in large quantities. This could increase the production costs of Arduino boards, potentially making them less affordable for hobbyists and students. When the Uno R3 WAs released, USB-C WAs either just emerging or not widely adopted, so using it wouldn't have been practical at the time. However, it's worth noting that the latest Arduino Uno R4 does include a USB-C port, showing that Arduino is gradually moving towards newer standards where it makes sense. | |||||
| Can I connect a camera to Arduino UNO? | 2 Relevance | 2 years ago | Mehjabeen | Hardware/Schematic | |
| Hello everyone, I'm currently working on my college project that involves capturing images or video. I'm considering using an Arduino UNO for this purpose and would like to know if it's possible to connect a camera directly to the Arduino UNO. If so, could you please provide guidance on which camera modules are compatible and how to interface them with the Arduino UNO? Additionally, I would appreciate any tips on libraries or example code that could help me get started with capturing and processing images using the camera module connected to the Arduino UNO.Thank you | |||||
| Difference between 180° vs 360° servo motors and how to control them with Arduino | 2 Relevance | 2 years ago | Yvette | Hardware/Schematic | |
| Hi everyone, I'm working on a project that involves servo motors and I need some clarification on a few points. Specifically, I'm trying to understand the differences between 180-degree and 360-degree servo motors, and how to control each type using an Arduino. Here are my questions: What are the key differences between 180-degree and 360-degree servo motors? I know 180-degree servos rotate within a 180-degree range, but how does a 360-degree servo differ in terms of functionality and applications?How do I control a 180-degree servo with an Arduino? I would appreciate a simple example code and explanation on how to connect and control a 180-degree servo motor using an Arduino.How do I control a 360-degree servo with an Arduino? Is there a different method or code required for controlling a 360-degree servo compared to a 180-degree servo? If so, could you provide an example? | |||||
| RE: Is Arduino still relevant in 2024? | 2 Relevance | 2 years ago | Jeffmon | Arduino | |
| Hi guys "Not cost effective " is a relative term. Yes the Arduino units are bulky and relatively expensive but in some (many) cases they are the only WAy to go. Using a single chip to do what an Arduino unit can do first requires a PCB to be designed and often several will need to be done before the design is ready. Prototypes then need to be made and again many, then components need to be purchased along with the inevitable out of stock lines sometimes requiring a redesign all blow out to often quite large production costs. I know I did this many times. T ... | |||||
| Answer to: What are your opinions about Teensy boards? | 2 Relevance | 1 year ago | Admin | Arduino | |
| Teensy boards are incredible, especially for projects that need more power or advanced features. Here’s how they compare to Arduino: Performance: Teensy boards (like Teensy 4.1) have significantly more processing power. For example, Teensy 4.1 runs at 600 MHz, compared to Arduino Uno’s 16 MHz. They’re great for applications like real-time audio processing, high-speed data acquisition, or complex robotics. Features: Teensy supports USB HID devices out of the box, so you can create custom keyboards, MIDI controllers, or gamepads. It has more RAM, Flash memory, and better peripherals compared to most Arduino boards. Ease of Use: Teensy integrates well with the Arduino IDE via the Teensyduino plugin, so transitioning from Arduino is pretty seamless. However, it does require a slightly steeper learning curve if you’re using its advanced features. If you’re working on high-performance or resource-heavy projects, Teensy is absolutely worth it | |||||
| Good Arduino IoT projects for a beginner? | 1 Relevance | 2 years ago | cooper | Arduino | |
| I'm currently studying electronics engineering and have been assigned a project based on Arduino IoT. Since we haven't been taught much in this field, I'm looking for simple yet educational project ideas suitable for a student-level Arduino IoT project. Projects involving sensors, microcontrollers, or cloud integration would be ideal. | |||||
| What is EEPROM in Arduino and how to use it? | 1 Relevance | 2 years ago | techy ishan | Hardware/Schematic | |
| Hi everyone, I’m new to Arduino and would like to understand how EEPROM works. Can someone explain what EEPROM is and how it differs from other types of memory on the Arduino? I’d appreciate some guidance on how to store and retrieve data using EEPROM, especially to ensure the data remains after powering off the board. I’ve also read that EEPROM can only be programmed a limited number of times. Is that true? If so, could you explain a bit more about it? Thank you | |||||
| Pull-Up and Pull-Down Resistors in Arduino | 1 Relevance | 2 years ago | Neeraj Dev | Hardware/Schematic | |
| Hi everyone, I'm trying to understand the purpose and usage of pull-up and pull-down resistors in Arduino circuits. I’ve seen these terms mentioned in various tutorials, but I’m still unclear on when and why to use them. Could someone explain what these resistors are, how they function with Arduino inputs, and when it’s appropriate to use a pull-up resistor versus a pull-down resistor? Thank you! | |||||
| Answer to: How can I interface an AI camera module with Arduino? | 2 Relevance | 5 months ago | cooper | Hardware/Schematic | |
| Arduino Uno and Nano primarily function as control interfaces rather than image processors when working with AI camera modules. These boards have extremely limited resources (2KB RAM on Uno, 32KB flash memory) which makes it impossible to store even a single 320x240 pixel image, let alone process it. Instead, AI modules like HuskyLens, OpenMV, or ESP32-CAM contain dedicated processors (like STM32H7 in OpenMV or ESP32 in ESP32-CAM) that handle all the computationally intensive tasks internally. These modules run neural networks, perform image processing, and extract features, then send only the interpreted results to Arduino - such as "face ID:1 detected at position (150, 120)" or "red line detected at angle 45°". The Arduino then uses these simplified data packets to make decisions, like turning a servo to track the face or adjusting motor speed to follow a line. | |||||
| How can I interface an AI camera module with Arduino? | 2 Relevance | 7 months ago | DIY Electronica | Hardware/Schematic | |
| I’ve seen AI camera modules (like ESP32-CAM, HuskyLens, and OpenMV) that can perform tasks such as face recognition, object tracking, and color detection. I’m curious about how these modules can be interfaced with an Arduino board. Can Arduino Uno or Nano handle direct data processing from these AI modules, or do they just act as a controller? What’s the best WAy to connect them—UART, I2C, or SPI? Are there any limitations when using AI modules with Arduino compared to ESP32 or Raspberry Pi? | |||||
| Answer to: How does Arduino handle floating-point operations? | 2 Relevance | 9 months ago | Admin | Programming | |
| Yes Arduino can do floating-point operations, but there’s a few things to keep in mind. 1. On boards like the Uno or Nano (which use the ATmega328P), it supports float and double, but the funny thing is—they’re actually the same thing. Both are 32-bit IEEE 754 floating point numbers. So don’t expect extra precision with double, it's just a float behind the scenes. 2. It can handle basic operations like addition, subtraction, multiplication, and division just fine. But it’s not super fast at it, since the 8-bit microcontrollers don’t have a floating point unit (FPU). That means it does all floating-point math in software, which can slow things down if you’re doing a lot of calculations in your loop. 3. Also, things like sin(), cos(), sqrt() and pow() work, but again, they’re kinda heavy on processing time. So if you’re working with sensors and need to process stuff quickly, it’s sometimes better to stick with integers where possible, or scale up the values and work in "fixed point" math if you can. 4. One more thing—printing floats with Serial.print() only shows two decimal places by default. You can control that though: float pi = 3.14159; Serial.print(pi); // prints 3.14 Serial.println(pi, 4); // prints 3.1416 So yeah, Arduino can handle floats, but it’s not optimized for heavy-duty number crunching. If you're doing more advanced math or need higher precision, better to move to something like a Teensy or a 32-bit board like the Arduino Due or even ESP32. But for basic stuff, it’s totally usable. | |||||
| Answer to: Difference Between delay() and millis() in Arduino? | 2 Relevance | 1 year ago | Sebastian | Programming | |
| ... simple tasks, like blinking an LED. millis(), on the other hand, doesn’t stop the program. It simply returns the number of milliseconds that have passed since the Arduino WAs powered on or reset. You can use it to keep track of time without pausing the rest of your code. When to use each: Use delay() if your program only has one task and you don’t mind it pausing everything else (e.g., blinking an LED with nothing else happening). Use millis() when you need your code to be non-blocking. This is essential for projects that involve multiple tasks happening ... | |||||
| RE: Is Arduino still relevant in 2024? | 1 Relevance | 2 years ago | Jeffmon | Arduino | |
| Hi guys The popularity and ease of use of the IDE dose make it a very good learning tool. There are however several other platforms that are just as versatile. For instance the Microchip family do have excellent IDE and a big plus is the simulator/debugger. This alone makes the Microchip platform a brilliant piece of free software. Back to the Arduino, it will be around for a long while to come. I am not yet fluent in Arduino and the C language but I am working to change that. Happy coding. It is the WAy of the future Jeff Monegal | |||||
