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Ensure a safe and healthy environment with our High-Precision Electrochemical H₂S Gas Sensor Breakout. This advanced sensor module is specifically designed to detect hydrogen sulfide (H₂S) with exceptional accuracy, making it ideal for a range of applications, from industrial monitoring to environmental studies.

The breakout board works with both 3.3V and 5V power supplies. The EasyC connector provides a fast and easy connection with the microcontroller board. The board provides both analog and digital output with integrated ADC. The analog front end is fully programmable with I2C communication.

This breakout board is perfect for industrial safety, environmental monitoring, and research projects and provides a reliable foundation for precise gas detection solutions. Integrate this sensor into your systems to ensure timely alerts and maintain optimal safety standards.

Ensure a safe and healthy environment with our High-Precision Electrochemical NH₃ Gas Sensor Breakout. This advanced sensor module is specifically designed to detect ammonia (NH₃) with exceptional accuracy, making it ideal for a range of applications, from industrial monitoring to environmental studies.

The breakout board works with both 3.3V and 5V power supplies. The EasyC connector provides a fast and easy connection with the microcontroller board. The board provides both analog and digital output with integrated ADC. The analog front end is fully programmable with I2C communication.

This breakout board is perfect for industrial safety, environmental monitoring, and research projects and provides a reliable foundation for precise gas detection solutions. Integrate this sensor into your systems to ensure timely alerts and maintain optimal safety standards.

Ensure a safe and healthy environment with our High-Precision Electrochemical O₃ Gas Sensor Breakout. This advanced sensor module is specifically designed to detect ozone (O₃) with exceptional accuracy, making it ideal for various applications, from industrial monitoring to environmental studies.

The breakout board works with both 3.3V and 5V power supplies. The EasyC connector provides a fast and easy connection with the microcontroller board. The board provides both analog and digital output with integrated ADC. The analog front end is fully programmable with I2C communication.

This breakout board is perfect for industrial safety, environmental monitoring, and research projects and provides a reliable foundation for precise gas detection solutions. Integrate this sensor into your systems to ensure timely alerts and maintain optimal safety standards.

Ensure a safe and healthy environment with our High-Precision Electrochemical CO Gas Sensor Breakout. This advanced sensor module is specifically designed to detect carbon monoxide (CO) with exceptional accuracy, making it ideal for a range of applications, from industrial monitoring to residential safety systems.

The breakout board works with both 3.3V and 5V power supplies. The EasyC connector provides a fast and easy connection with the microcontroller board. The board provides both analog and digital output with integrated ADC. The analog front end is fully programmable with I2C communication.

This breakout board is perfect for industrial safety, environmental monitoring, and research projects and provides a reliable foundation for precise gas detection solutions. Integrate this sensor into your systems to ensure timely alerts and maintain optimal safety standards.

Ensure a safe and healthy environment with our High-Precision Electrochemical NO Gas Sensor Breakout. This advanced sensor module is specifically designed to detect nitric oxide (NO) with exceptional accuracy, making it ideal for a range of applications, from industrial monitoring to environmental studies.

The breakout board works with both 3.3V and 5V power supplies. The EasyC connector provides a fast and easy connection with the microcontroller board. The board provides both analog and digital output with integrated ADC. The analog front end is fully programmable with I2C communication.

This breakout board is perfect for industrial safety, environmental monitoring, and research projects and provides a reliable foundation for precise gas detection solutions. Integrate this sensor into your systems to ensure timely alerts and maintain optimal safety standards.

Ensure a safe and healthy environment with our High-Precision Electrochemical NO₂ Gas Sensor Breakout. This advanced sensor module detects nitrogen dioxide (NO₂) with exceptional accuracy, making it ideal for various applications, from industrial monitoring to environmental studies.

The breakout board works with both 3.3V and 5V power supplies. The EasyC connector provides a fast and easy connection with the microcontroller board. The board provides both analog and digital output with integrated ADC. The analog front end is fully programmable with I2C communication.

This breakout board is perfect for industrial safety, environmental monitoring, and research projects and provides a reliable foundation for precise gas detection solutions. Integrate this sensor into your systems to ensure timely alerts and maintain optimal safety standards.

Ensure a safe and healthy environment with our High-Precision Electrochemical SO₂ Gas Sensor Breakout. This advanced sensor module is specifically designed to detect sulfur dioxide (SO₂) with exceptional accuracy, making it ideal for a range of applications, from industrial monitoring to environmental studies.

The breakout board works with both 3.3V and 5V power supplies. The EasyC connector provides a fast and easy connection with the microcontroller board. The board provides both analog and digital output with integrated ADC. The analog front end is fully programmable with I2C communication.

This breakout board is perfect for industrial safety, environmental monitoring, and research projects and provides a reliable foundation for precise gas detection solutions. Integrate this sensor into your systems to ensure timely alerts and maintain optimal safety standards.

Expand your gas detection capabilities with our versatile High Precision Electrochemical Gas Sensor Breakout, designed to work with a variety of electrochemical sensors. This breakout board provides the necessary interface and support for integrating different types of gas sensors, allowing you to customize your gas detection solutions to meet specific needs.

The breakout board works with both 3.3V and 5V power supplies. The EasyC connector provides a fast and easy connection with the microcontroller board. The board provides both analog and digital output with integrated ADC. The analog front end is fully programmable with I2C communication.

Compatible sensors:

• Sulfur Dioxide (SO₂) SGX-4SO2 : Detection Range: 0-20 ppm
• Nitric Oxide (NO) SGX-4NO-250: Detection Range: 0-250 ppm
• Nitrogen Dioxide (NO₂) SGX-4NO2: Detection Range: 0-30 ppm
• Carbon Monoxide (CO) SGX-4CO: Detection Range: 0-2000 ppm
• Ozone (O₃) SGX-4O3-20: Detection Range: 0-20 ppm
• Ammonia (NH₃) SGX-4NH3-300: Detection Range: 0-300 ppm
• Hydrogen Sulfide (H₂S) SGX-4H2S-100: Detection Range: 0-100 ppm
• Chlorine (Cl₂) SGX-4CL2: Detection Range: 0-10 ppm

Ensure protection and aesthetics for your Inkplate 10 with our high-quality 3D printed case. Designed with precision and made from durable black filament, this case perfectly fits your device, providing additional protection against damage and dust.

The elegant black color gives your Inkplate a sophisticated look, while carefully placed openings allow easy access to all ports and controls.

IMPORTANT: This enclosure is not compatible with the Inkplate 10 e-radionica version. It is only compatible with the new Soldered Inkplate 10 version.

Ensure protection and aesthetics for your Inkplate 6COLOR with our high-quality 3D printed case. Designed with precision and made from durable black filament, this case perfectly fits your device, providing additional protection against damage and dust.

The elegant black color gives your Inkplate a sophisticated look, while carefully placed openings allow easy access to all ports and controls.

Ensure protection and aesthetics for your Inkplate 6 with our high-quality 3D printed case. Designed with precision and made from durable black filament, this case perfectly fits your device, providing additional protection against damage and dust.

The elegant black color gives your Inkplate a sophisticated look, while carefully placed openings allow easy access to all ports and controls.

Ensure protection and aesthetics for your Inkplate 2 with our high-quality 3D printed case. Designed with precision and made from durable black filament, this case perfectly fits your device, providing additional protection against damage and dust.

The elegant black color gives your Inkplate a sophisticated look, while carefully placed openings allow easy access to all ports and controls.

Electrical tape is well known to everyone – it provides insulation between various connections.

It is extremely easy to remove insulation and solder with this stranded copper wire. It will serve great in small projects and prototypes.

The wire comes in a 5m package and is available in red, black, and white.

Kapton is a special type of material that is resistant to high temperatures and does not conduct electricity. When it is thinly rolled out and adhesive tape is placed on it, we get a kapton tape. In electronics, it is often used to protect plastic components from damage during soldering and as an insulator.

Introducing the Inkplate 5 Gen2, a versatile board compatible with Arduino and MicroPython technologies, featuring a recycled 5.2″ E-Ink (e-paper) display with fast refresh times of just 0.22 seconds. This fully open, plug-and-play device, powered by the ESP32 microcontroller, is designed for effortless internet connectivity via WiFi or with other devices via Bluetooth.

Its energy-efficient design allows for ultra-low power consumption, enabling it to operate for months on a single charge of a Li-ion battery. The Inkplate 5 Gen2 is not only about power and connectivity; it’s also about convenience. The built-in microSD slot and real-time clock provide unlimited data storage possibilities and precise timekeeping. The device even features numerous GPIO pins, allowing easy expansion of your projects with almost any peripheral device.

The e-paper display of the Inkplate 5 Gen2 offers visual delight. It provides a beautiful, sharp image under all conditions, including direct sunlight, which is always on. The display resolution is 720×1280 pixels, in monochromatic mode, supporting black, white, and 6 shades of gray. The most interesting part? The E-Ink display requires no power between screen updates.

The Inkplate 5 Gen2 refreshes at a speed of 0.99s for a full refresh and 0.22s for a partial refresh.

Our device is a fantastic starting point for those wanting to experiment with E-Ink technology, all neatly packaged in a compact board.

Inkplate 5 Gen2 options:

1. With e-paper screen & casing: This version offers a sturdy and elegant casing for your device, made with precision from a 3D printer. Perfect for those who want an extra layer of protection without additional features.
2. With e-paper screen, casing, and battery: Upgrade to this version if you seek protection and mobility. This option includes a 3D-printed casing as well as an 1200 mAh integrated battery, ensuring your device stays powered even on the go.
3. Without e-paper screen: For those who prefer a simpler or alternative display solution, this version does not include an e-paper screen. Ideal for users who have their own display solutions or prefer to use the device without a visual interface.

Choose the one that best suits your needs and enhance your experience!

Inkplate 6 FLICK is a plug-and-play device featuring a 6.0″ e-paper display with a resolution of 1024×758 pixels. Its main advantage is the ease of use—simply plug in the USB-C cable, open the Arduino IDE, and within minutes, your content will be displayed! With numerous ready-made examples and comprehensive documentation, getting started is extremely easy, and developing more complex projects is also significantly simplified.

This board stands out from the rest of the Inkplate series because it comes with touchscreen functionality supporting two simultaneous touches and built-in lighting that can be controlled in 64 steps, making it ideal for interactive displays. With an exceptionally fast refresh rate of under one second, it also supports greyscale (displaying shades of grey, not just black and white) and “partial updates”—refreshing only part of the screen, which is faster and more visually appealing.

The board is based on the popular ESP32 microcontroller, providing sufficient processing power to manage the screen, as well as WiFi and Bluetooth connectivity. If you choose the version with a lithium battery, you can take advantage of its extremely low power consumption of just 23µA in deep sleep mode, allowing for months of use without recharging. The board also includes a Li-ion battery charger, a microSD card slot, a Real Time Clock, and numerous GPIO pins for connecting additional electronics and expanding the capabilities of the Inkplate.

Its environmental friendliness, combined with high build quality, makes it an ideal choice for those looking to create sustainable and innovative electronic projects. The Inkplate 6 FLICK uses screens recycled from old e-book readers, which is extremely eco-friendly. While minor imperfections like scratches may occur due to recycling, all screens with significant damage are not used in production, ensuring high quality.

On this module, there is a component, a phototransistor, which is capable of detecting infrared radiation. Since fire emits a large amount of infrared radiation, this sensor will detect it, but that is not its only application. Wherever there are IR (infrared) waves, this sensor will detect them, including from solar radiation.

The simple sensor has easyC connectors, which enables quick and easy connection with Dasduino microcontroller boards.

Introducing our MPPT Li-Ion CN3791 Charger Board, your solution for solar energy to power your electronics. Designed for hobbyists, makers, and professionals, this board simplifies efficient and reliable Li-Ion battery charging via solar panels.Simply connect one of our Li-Ion batteries and a solar panel and your project is now solar-powered! The battery acts as an accumulator and will continue powering your projects even when the sun isn’t shining, and when it is, your battery will be charging! Its compact form factor and user-friendly design make it ideal for integrating into a wide range of projects, from portable devices to off-grid sensor nodes, ensuring your creations stay powered sustainably.

At its core, the CN3791 chip delivers charging algorithms tailored for Li-Ion batteries, guaranteeing precise control, maximum efficiency, and safety. The board features quick-connect spring terminals for effortless solar panel and battery integration, alongside a JST connector compatible with our extensive range of Li-Ion batteries. This thoughtful design ensures seamless setup and performance, making it a great choice for demanding applications.

Designed and manufactured in the EU, our MPPT Li-Ion CN3791 charger board adheres to the highest quality and safety standards. Our open-source principles with detailed documentation and technical support empower your innovation. Whether you’re building an Arduino-powered weather station or a custom solar-powered robot, this board offers the reliability, performance, and community backing you need to bring your ideas to life.

This compact yet powerful breakout board brings your Arduino projects to life with its crystal-clear 2.4″ TFT display, allowing you to showcase your creativity in vivid detail. But that’s not all – with built-in touch sensitivity, navigating menus, selecting options, and interacting with your creations becomes as intuitive as a tap or swipe. Whether you’re designing a sleek user interface for your latest gadget or crafting an immersive gaming experience, this module offers the sensitivity and precision you need to captivate your audience.

Furthermore, integrating this breakout module into your Dasduino projects is very straightforward. Plus, with its SPI communication interface, you can easily exchange data between your Dasduino board and the display, unleashing your creativity without the hassle of complex wiring.

So whether you’re dreaming of a futuristic control panel, designing a personalized weather station, or building a portable gaming console, the TFT 2.4″ breakout module is your gateway to a world of captivating visuals and seamless interaction, all powered by Dasduino. Say hello to vibrant displays, touch-sensitive magic, and endless creativity – all in the palm of your hand.

Designed with practicality in mind, this small yet powerful breakout contains the W5500 Ethernet controller, enabling fast and reliable internet connection for your Dasduino projects. Whether you’re an experienced enthusiast or just a beginner, this module is your reliable ally for connecting your Dasduino CORE to the internet.

In addition to the mentioned controller, the board features an RJ-45 connector for Ethernet cable connection, and the connection to Dasduino is via the SPI protocol.

So, whether you want to build a smart home automation system, create an IoT device with web connectivity, or simply explore the world of networked electronics with your Dasduino, the W5500 breakout is here. Say goodbye to connection problems and welcome the world of endless possibilities – all with the help of this little marvel!

Screw terminal for a printed circuit board with a width of 3.81 mm with three contacts.

Inkplate 4 TEMPERA is an easy-to-use, all-in-one device that puts the power of e-paper technology in the palm of your hand. Behind its 3.8-inch, 600×600-pixel e-paper touchscreen, it packs the following features into one compact, elegant package: frontlighting, an abundance of sensors, Wi-Fi and Bluetooth connectivity, a built-in battery, and a low-power operating mode.

In this digital age, screens are the windows through which we interact with much of our world, and e-paper technology addresses many of the challenges posed by conventional screens. More specifically, they offer high contrast, daylight readability, and unparalleled energy efficiency. And there is one more thing that sets our screens apart: sustainability. Every Inkplate 4 TEMPERA gives new life to an ED038TH2 E Ink display that we’ve rescued from a tragic future as e-waste. We’d rather see these screens in your hands than in a landfill.

Inkplate 4 TEMPERA is powered by the ESP32 microcontroller, to which we’ve added all of the peripherals we thought you might find useful. Inside the enclosure is a 1200-mAh battery and power-management circuitry so you can charge it easily and determine its remaining charge accurately. Inkplate 4 TEMPERA’s real-time clock (RTC) allows for precise time measurements, and its microSD card slot allows you to to store and display images, among other applications. If you’re looking for sensors, you’ll find a gyroscope and an accelerometer, as well as temperature, humidity, air quality, and gesture sensors. Inkplate 4 TEMPERA also has a built-in, frequency-adjustable buzzer. And of course, it includes various GPIO pins that support peripheral connectivity through a GPIO expander or via the easyC ecosystem.

So, if you’re in the market for a nice-looking screen on which you can display whatever you want—wherever, at whatever time of day, and for however long you want—we invite you to check out Inkplate 4 TEMPERA. We think you’ll find it delightful!

Inkplate 4 TEMPERA options:

Without glass panel: This version is powered by an ESP32 microcontroller, with a 3.8-inch touchscreen e-paper display, built-in lighting, Li-Ion battery, housing, and various peripheral components.

With glass panel: This version is powered by an ESP32 microcontroller, with a 3.8-inch touchscreen e-paper display, built-in lighting, Li-Ion battery, housing, various peripheral components, and additionally protected by a glass panel.

The Nokia 5110 breakout is yet another in our series of modules that bring the classic Nokia 5110 LCD display to life in your modern projects. With its core being the TXB0104QPWRQ1 for efficient voltage-level conversion, this board bridges the gap between your microcontroller and the display, regardless of their voltage differences.

Whether you are an experienced engineer or just starting out, this breakout board is designed to inspire and enable your creativity. Its blend of advanced technology and user-friendly features makes integrating the Nokia 5110 display into your projects not just possible, but enjoyable. Dive into your next adventure with this board and let your imagination light up pixel by pixel!