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A buzzer is a small speaker (actually a piezo). We all know what a speaker does, so no further explanation is needed. Here, we are talking about a passive buzzer which requires an AC signal to produce sound. It’s like an electromagnetic speaker, where a variable input signal produces sound, instead of automatically producing a tone.

If you’re looking for a simple way to start soldering or just want to make your own Dasduino, this soldering set is a great opportunity. “Make your own Dasduino CORE” is an educational set for learning the skill of soldering, with which you end up with a functional microcontroller board. As with the other SMD versions of the Dasduino CORE boards we offer, the possibilities are endless.

It is based on the ATmega328P microcontroller, and all SMD components are already soldered on the board. The set also includes a THT socket for the microcontroller, which simplifies the replacement of the microcontroller should it ever become necessary.

The set consists of:

• PCB
• 7 capacitors of 100nF
• 4 capacitors of 2.2uF
• 2 capacitors of 22pF
• 5 resistors of 2.2kOhm
• 5 resistors of 10kOhm
• 3 resistors of 1kOhm
• 1 resistor of 100kOhm
• 1 resistor of 100Ohm
• 1 JST battery connector
• 1 purple LED
• 1 white LED
• 1 blue LED
• 1 red LED
• 1 orange LED
• 1 socket for ATmega328P
• 1 ATmega328P microcontroller

Global Navigation Satellite Signal Systems (GNSS), or as we all like to call it “GPS”, enable precise location determination on Earth. Thanks to this module, you can use GNSS for your project and use the device for asset tracking or create a wearable device. The module is small, energy-efficient, high-performing, and easy to use thanks to the built-in antenna.

L86-M33 is a GNSS receiver, which means it can receive signals from GPS, GLONASS, and Galileo constellations. Equipped with EASY (Embedded Assist System for self-generated orbit prediction) and AlwaysLocate technologies, L86-M33 ensures fast and accurate positioning even in challenging environments. Its advanced internal logger LOCUS allows you to store your routes and location data.

Our breakout board, in addition to the previously mentioned L86-M33 module which has an integrated antenna, also has a connector for a CR1220 battery which is used as a backup for timekeeping and GPS data. The module can operate without the battery, but every time it will have to fetch data from satellites afresh (cold start). If the integrated antenna is insufficient, there is an IPX connector on the board for adding an external, stronger antenna. To easily access the module pins, the pins are extended on the board for accessibility. There is also a switch on the board to change the I2C address.

RFID is a type of communication in which information is transmitted wirelessly (Wikipedia article). Today, it is becoming increasingly popular and can be found in numerous and various cards: driving licenses, access control to buildings, public transportation, etc.

RFID readers come in many forms and variants. This reader, from our production, enables easy connection to a microcontroller, thereby opening up possibilities for developing various projects based on RFID technology. The breakout comes in two versions, and depending on the version, it is programmed and ready for communication via pins on the board. It has a switch for changing the data transfer speed (baud rate) as well as a connector for connecting the antenna that comes with the breakout.

Simple breakout that allows access to standard 2.4 mm pins of a DC connector.

Discover the magic of motion tracking with our all-in-one Accelerometer, Gyroscope & Magnetometer LSM9DS1TR Breakout! This mini but mighty module bundles together a 3D accelerometer, a 3D gyroscope, and a 3D magnetometer. It lets you monitor not only linear and rotational movements but also the magnetic field surrounding your projects. Despite its pocket-size, it offers high-accuracy measurements — ±16 g for the accelerometer, ±2000 dps for the gyroscope, and ±16 Gauss for the magnetometer.

It has an embedded temperature sensor, FIFO buffer for data management, and interrupt features to signal your microcontroller when data is ready or when a certain event occurs. Plus, with I2C interface, it can easily connect with a variety of microcontrollers.

Our LSM9DS1TR breakout merges high-end capabilities with a user-friendly approach. It operates within a supply voltage range of 2.4V to 3.6V, making it compatible with both 3.3V and 5V systems. Its low-power and power-down modes optimize performance without draining too much energy.

This breakout board comes with 2 easyC connectors which will simplify connection with microcontrollers. By using the easyC module connection system, forget about incorrectly connected or, in the worst case, damaged modules.

Step into the world of motion sensing with our nifty Accelerometer & Gyroscope LSM6DSO breakout! Small but mighty, this breakout board combines a 3D accelerometer and a 3D gyroscope on one tiny platform, letting you track both static and dynamic motions of your projects with ease. Its compact size doesn’t mean a compromise on performance – in fact, it offers high-resolution measurements of up to ±16 g and ±2000 dps respectively. So whether you’re building a drone, a VR game, or an IoT gadget, our LSM6DSO breakout will be your perfect companion for precise and efficient motion tracking.

Our LSM6DSO breakout is all about combining high-performance capabilities with user-friendly design. It operates on a supply voltage range of 1.71V to 3.6V, making it compatible with both 3.3V and 5V systems. Its power-saving features ensure that your projects keep running smoothly without draining too much energy. So, why wait? Add a dash of engineering magic to your projects with our Accelerometer & Gyroscope LSM6DSO breakout! With I2C interface, it’s a breeze to connect with various microcontrollers.

This breakout board comes with 2 easyC connectors which will simplify connection with microcontrollers. By using the easyC module connection system, forget about incorrectly connected or, in the worst case, damaged modules.

Embrace the fascinating world of motion tracking with our Accelerometer & Gyroscope LSM6DS3 Breakout! This handy little board integrates a 3D accelerometer and a 3D gyroscope, allowing you to monitor both linear acceleration and rotational motion in your projects. Despite its compact form, it packs a punch with high-resolution measurements of up to ±16 g and ±2000 dps respectively. Whether you’re building a gesture-controlled robot, a fitness tracker, or a drone, our LSM6DS3 breakout is here to ensure precision and reliability in every motion tracking task.

But it’s not just about tracking movement. Our LSM6DS3 breakout comes with an array of impressive features to add extra layers of sophistication to your projects. It features an embedded temperature sensor, providing crucial temperature data in environments where accurate motion tracking is a must. Additionally, it boasts a FIFO (First In, First Out) buffer that allows you to store and manage data efficiently, offering you greater control over your motion tracking applications. The board uses I2C interface, providing compatibility with a multitude of microcontrollers.

Our LSM6DS3 breakout is a seamless blend of high performance and user-centric design. Operating on a supply voltage range of 2.5V to 3.6V, it is compatible with both 3.3V and 5V systems. Its low-power operating modes ensure optimal performance without significant energy consumption. Start your journey towards motion mastery with our Accelerometer & Gyroscope LSM6DS3 Breakout and add that unique engineering touch to your projects!

This breakout board comes with 2 easyC connectors which will simplify connection with microcontrollers. By using the easyC module connection system, forget about incorrectly connected or, in the worst case, damaged modules.

Unleash the potential of digital control with our Rotary Encoder breakout board. Compact and powerful, this module makes working with rotary encoders easy. Rotary encoders are versatile input devices that convert angular position or button movement into digital signals. With the ability to detect direction and distance of rotation, they are perfect for controlling a variety of equipment such as volume knobs on audio devices, motors in robotics, or navigation controls in user interfaces.

Our breakout board simplifies the use of rotary encoders by utilizing easyC technology, making it easily connectable with microcontrollers or other circuits. It accepts input from a rotary encoder and translates it into signals that your microcontroller can interpret. In addition to the aforementioned rotary encoder module, the board also features a small ATTiny404 microcontroller, as well as a switch for selecting the I2C address. This breakout board comes with 2 easyC connectors for easy plug-and-play into the easyC system. If you don’t want to use easyC, the module can also be used via standard headers.

The LSM6DSO32 sensor breakout is a compact and versatile sensor module designed to provide precise motion sensing capabilities for various applications. It is based on the LSM6DSO32, a high-performance 6-axis Inertial Measurement Unit (IMU) manufactured by STMicroelectronics.

The breakout board features a tiny yet powerful chip that combines a 3-axis accelerometer and a 3-axis gyroscope, allowing it to measure linear acceleration and angular rate in three dimensions. This makes it an ideal choice for projects that require motion tracking, orientation detection, gesture recognition, and activity monitoring.

One of the key advantages of the LSM6DSO32 sensor breakout is its low power consumption, making it suitable for battery-powered applications, such as wearables, IoT devices, and remote sensing systems. Additionally, the breakout board offers flexibility and ease of use with its I2C and SPI communication interfaces, allowing seamless integration with a wide range of microcontrollers and development platforms.

This breakout board comes with 2 easyC connectors which will simplify connection with microcontrollers. By using the easyC module connection system, forget about incorrectly connected or, in the worst case, damaged modules.

A PIR (passive infrared) motion sensor is a device that detects physical movement within its field of vision by sensing changes in infrared radiation. This sensor works on the principle of detecting thermal thermal signals emitted by objects, mostly warm-blooded creatures like humans. The “passive” in the name refers to the fact that the sensor itself does not emit or radiate any energy for detection.

When it detects motion, the sensor sends a digital signal to the microcontroller. The angle that the sensor “sees” is 100 degrees and reaches up to 5 meters. It is often used in a variety of applications, including home security systems, automatic lighting, and energy management, among others.

Our breakout board simplifies the use of the PIR sensor by using easyC technology, making it easily connectable with microcontrollers or other circuits. It accepts input from the PIR sensor and translates it into signals that your microcontroller can interpret. In addition to the aforementioned PIR sensor, the board also contains a small ATTiny404 microcontroller, as well as a switch for selecting the I2C address. This breakout board comes with 2 easyC connectors for easy integration into the easyC system. If you do not wish to use easyC, the module can also be used via standard headers.

Global Navigation Satellite Systems (GNSS), or as we all like to call it “GPS,” enable precise location determination on Earth. Thanks to this module, you can use GNSS for your project and employ the device for asset tracking or create a wearable device. The module is small, energy-efficient, highly effective, and easy to use thanks to its built-in antenna.

L86-M33 is a GNSS receiver, meaning it can receive signals from GPS, GLONASS, and Galileo constellations. Equipped with EASY (Embedded Assist System for self-generated orbit prediction) and AlwaysLocate technologies, the L86-M33 ensures fast and accurate positioning even in challenging environments. Its advanced internal logger, LOCUS, allows you to store your routes and location data.

In addition to the aforementioned L86-M33 module, which has an integrated antenna, our breakout board also has a connector for a CR1220 battery that is used as a backup for timekeeping and GPS data. The module can operate without a battery, but each time it will have to pull data from the satellites anew (cold start). If the integrated antenna is not sufficient, there is an IPX connector on the board for adding an external, stronger antenna. To easily access the pins of the module, the pins are exposed on the board for easy access.

If you have a device you want to connect to a WiFi network, by using an IPX connector, all you need is this antenna. Use the IPX connector to establish connection with your device and it is ready to connect to a 2.4GHz WiFi network.

If you’ve ever wanted to make something with a stepper motor, this is a great place to start. A stepper motor is a type of motor that can control its revolutions very precisely, so it is used for precise control and positioning.

This set comes with a small stepper motor and a driver for it. Namely, the stepper motor needs to be controlled in an exact way in order to get what you want from it (which is a precise turn), so the driver helps us with that. Also, the driver provides enough current to turn the motor.

This stepper motor driver enables the control of a stepper motor that does not need more than 800mA of current and operates at a voltage of up to 14V. In addition to the driver, it also has built-in LEDs that indicate which phase of the motor is currently active.

This lithium-ion battery is small, light and durable. Through standard JST 2mm female connector, it will yield 3.7V which will supply your projects for a whole day (and night!). Furthermore, the battery has an implemented protection system, which prevents high voltages ( prevents over-charging), undervoltage and short circuit. That way it protects the battery, increases its lifetime and protects you from possible accidents!

DISCLAIMER: This battery has to be charged with a special charged that uses CC/CV principle. Li-ion batteries are dangerous! Read our tutorial (link in the top right corner) before use.

This lithium-ion battery is small, light and durable. Through standard JST 2mm female connector, it will yield 3.7V which will supply your projects for a whole day (and night!). Furthermore, the battery has an implemented protection system, which prevents high voltages ( prevents over-charging), undervoltage and short circuit. That way it protects the battery, increases its lifetime and protects you from possible accidents!

DISCLAIMER: This battery has to be charged with a special charged that uses CC/CV principle. Li-ion batteries are dangerous! Read our tutorial (link in the top right corner) before use.

This lithium-ion battery is small, light and durable. Through standard JST 2mm female connector, it will yield 3.7V which will supply your projects for a whole day (and night!). Furthermore, the battery has an implemented protection system, which prevents high voltages ( prevents over-charging), undervoltage and short circuit. That way it protects the battery, increases its lifetime and protects you from possible accidents!

DISCLAIMER: This battery has to be charged with a special charged that uses CC/CV principle. Li-ion batteries are dangerous! Read our tutorial (link in the top right corner) before use.

This lithium-ion battery is small, light and durable. Through standard JST 2mm female connector, it will yield 3.7V which will supply your projects with power for a whole day (and night!). Furthermore, the battery has an implemented protection system, which prevents high voltages ( prevents over-charging), undervoltage and short circuit. That way it protects the battery, increases its lifetime and protects you from possible accidents!

DISCLAIMER: This battery has to be charged with a special charger that uses CC/CV principle. Li-ion batteries are dangerous! Read our tutorial (link in the top right corner) before use.

Transform your large-scale IoT projects with the Inkplate 10, the 9.7-inch e-paper display that delivers professional dashboard capabilities with months of battery life. This is a large-format display solution that combines ESP32 WiFi power with the ultra-low energy consumption of e-paper technology. Whether you’re building industrial monitoring systems, smart building dashboards, or large information displays, this board provides the expansive screen real estate and reliable operation that applications require.

To name a few features, Inkplate 10 has a stunning 9.7″ inch e-paper display with refresh rate of 1.61s, greyscale mode, and partial updates support. Powered by ESP32, you will have a strong microcontroller with WiFi and Bluetooth at your disposal. It’s super-low-power (22uA) so you can use it for days, weeks, or months out of a single battery charge. There’s Li-ion battery charger, Real Time Clock (RTC), additional GPIO pins, and more. Using our Arduino library (100% compatible with Adafruit GFX), it’s 5 minute work to get the board running for you. The Micropython module is available as well. It’s 100% open-source for both software and hardware. What is especially interesting is that Inkplate uses recycled screens taken from old e-book readers, which is very environmentally friendly, but you have to keep in mind that some screens may have small scratches because of this. All screens with large scratches and damages are not used at all.

Inkplate 10 options:

With e-paper display & enclosure: This version offers a sturdy and sleek enclosure for your device, made with precision from a 3D printer. It’s perfect for those who want an extra layer of protection without any added features.

With e-paper display, enclosure, and battery: Upgrade to this version if you’re looking for both protection and mobility. This option includes a 3D-printed enclosure as well as an integrated battery, ensuring your device stays powered even on the go.

Without e-paper display: For those who prefer a simpler or alternative display solution, this version does not include the e-paper display. It’s ideal for users who have their own display solutions or prefer to use the device without a visual interface.

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

If you’re like us, you thought: “If only I could use a screen like this in my project”, first time you saw an e-book reader. Thanks to the exceptional sharpness and contrast, the ability to display in sunlight and truly unprecedented efficiency in terms of energy (it consumes energy only when changing the content on the screen), electronic paper is the ideal choice for many applications. Inkplate 6COLOR, continuing the tradition of the now well-known Inkplate series, continues to offer variations of e-paper accessible to hobbyists and everyone else in a way that we have made plug-and-play hardware, really easy to use and compatible with Arduino and micropython. Inkplate 6COLOR brings a unique innovation – the ability to display colors on the screen.

If we want to list only a few features, Epaper Inkplate 6COLOR has a 5.85-inch folded e-paper that displays a total of 7 different colors (Black, White, Red, Yellow, Blue, Green, and Orange). Considering the built-in dithering capability, the results you can get on the screen are really impressive. Powered by ESP32, you will have strong microcontroller with WiFi and Bluetooth on your disposal. It’s super-low-power (18uA) so you can use it for days, weeks, or months out of a single battery charge, and there is on-board Li-ion charger and RTC. Using our Arduino library (100% compatible with Adafruit GFX), it’s 5 minute work to get the board running for you. The Micropython module is available as well.  It’s 100% open-source for both software and hardware.

If you’re like us, the first time you saw an e-reader, you thought to yourself, “I could do something with that.” Thanks to clean lines, high contrast, daylight readability, and the remarkable level of energy efficiency that comes from drawing power only when changing the contents of the screen, e-paper is uniquely suited to many applications. With Inkplate 6, our goal is to make e-paper accessible to hobbyists and DIY product designers by offering a plug-and-play hardware platform that is super-easy to use and compatible with Arduino.

To name a few features, Inkplate 6 has stunning 6 inch e-paper display with refresh rate of 1.26s, with partial update 264ms, greyscale mode and partial updates support. Powered by ESP32, you will have strong microcontroller with WiFi and Bluetooth on your disposal. It’s super-low-power (22uA) so you can use it for days, weeks, or months out of a single battery charge. Using our Arduino library (100% compatible with Adafruit GFX), it’s 5 minute work to get the board running for you. The Micropython module is available as well.  It’s 100% open-source for both software and hardware. What is especially interesting is that Inkplate uses recycled screens taken from old e-book readers, which is very environmentally friendly, but you have to keep in mind that some screens may have small scratches because of this. All screens with large scratches and damages are not used at all.

Inkplate 6 options:

With e-paper display & enclosure: This version offers a sturdy and sleek enclosure for your device, made with precision from a 3D printer. It’s perfect for those who want an extra layer of protection without any added features.

With e-paper display, enclosure, and battery: Upgrade to this version if you’re looking for both protection and mobility. This option includes a 3D-printed enclosure as well as an integrated battery, ensuring your device stays powered even on the go.

Without e-paper display: For those who prefer a simpler or alternative display solution, this version does not include the e-paper display. It’s ideal for users who have their own display solutions or prefer to use the device without a visual interface.

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