Actuators

A solenoid is a special type of electromagnet on which it is possible to control the position of the shaft using currents.

LCD screen with HD44780 controller is able to display text, symbols, values or anything else coming from Dasduino/Arduino. It is capable of displaying 16 characters in 2 lines and is useful in many projects that need to send clearly visible and legible output information.

LCD screen with HD44780 controller enables you to display text, symbols, values or anything else coming from Croduino/Arduino. It is capable of displaying 16 characters in 4 lines and is useful in many projects that need to send clearly visible and legible output information.

Introducing the TPS613222A boost converter, the ideal solution for your power management needs! This compact and efficient boost converter is designed to provide a stable power supply for your low-voltage devices, ensuring they run smoothly and reliably. Whether you’re a hobbyist working on DIY electronics projects or a professional developing advanced applications, the TPS613222A boost converter offers the perfect blend of performance and simplicity.

The TPS613222A is a high-efficiency, synchronous boost converter that steps up input voltages from as low as 0.9V to output voltages up to 5.5V. This makes it perfect for battery-powered devices, including portable gadgets, wearables, and other low-power electronics. Its ultra-low quiescent current helps to extend battery life, making your devices more efficient and eco-friendly. There are quick terminals with springs on the board for even simpler and faster connection within the system.

LCD display with HD44780 controller enables showing text, symbols, value or anything else that comes from Croduino/Arduino. It is capable of showing 16 symbols in two lines and therefore can be used in many projects that need to send clearly visible and legible output information. An I2C LCD adapter is soldered to this LCD screen, which enables characters to be displayed on the LCD screen via the I2C bus. It also has an easyC connector for a really simple connection.

The Dual Motor H-Bridge DRV8424P is a high-performance motor driver module that provides efficient and reliable control for two DC motors or a bipolar stepper motor. It is widely used in robotics, automation, and mechatronics projects where precise motor control is required.

This motor driver module is based on the DRV8424P integrated circuit, which features advanced protection and control capabilities. It supports a wide range of motor voltages, typically from 8V to 45V, and can deliver a continuous output current of up to 2.5A per motor channel. With a peak current of up to 4A, it can handle high-demand applications.

The LED matrix 8×8 is a system of 64 interconnected LEDs that, with the help of the MAX7219 LED driver, light up as programmed, and all of this is located on one board and is truly easy to use. You can use them to show letters or symbols, display text, and the like. It is possible to connect several modules with just a few wires and control several matrices at once.

The design of the modules is such that they will look like they are from one piece, even if you stack several of them one after the other. The LEDs on the board are beautiful 0402 very small LEDs and give a very nice effect when lit.

This driver for stepper motor enables control over a stepper motor that does not require more than 800mA of current and works at up to 14V voltage. Except for the driver, it has built-in LED lights that indicate which phase of the motor is currently active. Connecting with microcontroller is easy, and control is directly through the library.

The USB Type-A connection is still prevalent. If it’s in the electronic devices everywhere around us, it is only natural that we’d want it in our electronic projects. Adding a USB Type-A connection to your circuit is as easy as pie with this breakout board.

The breakout board breaks the GND, D+, D-, and VUSB pins out to the plated through-holes.

Product usage tips:

Male headers for the pads are added and need to be soldered. The breakout board has two mounting holes for placing it on different surfaces.

The USB Type-A connection is still prevalent. If it’s in the electronic devices everywhere around us, it is only natural that we’d want it in our electronic projects. Adding a USB Type-A connection to your circuit is as easy as pie with this breakout board.

The breakout board breaks the GND, D+, D-, and VUSB pins out to the plated through-holes.

Dimensions: 22 mm x 22 mm
Connectors: USB Type-A (female)
Mounting holes: 2

WS2812B is an extremely interesting LED that can emit light in red, green or blue – or any combination of these three colors, able to show a total of approximately 16 million different colors. On this board diodes are arranged in a circle. They are controlled by a single pin with only few lines of code from Arduino IDE. That’s possible thanks to the integrated controller inside the LED itself!

A digital potentiometer is a device identical to a potentiometer, except that instead of a physical rotating part that adjusts the resistance, it uses digital communication. Namely, the resistance of the digital potentiometer is adjusted via I2C communication.

Our module is based on the MCP4018 IC which has a total of 128 steps between 0 and 100k resistance values. This would mean that it is capable of doing resistance steps of approximately 781 ohms. It is controlled via I2C which makes it extremely easy to use.

A digital potentiometer is a device identical to a potentiometer, except that instead of a physical rotating part that adjusts the resistance, it uses digital communication. Namely, the resistance of the digital potentiometer is adjusted via I2C communication.

Our module is based on the MCP4018 IC which has a total of 128 steps between 0 and 50k resistance values. This would mean that it is capable of doing resistance steps of approximately 390ohms. It is controlled via I2C which makes it extremely easy to use.

A digital potentiometer is a device identical to a potentiometer, except that instead of a physical rotating part that adjusts the resistance, it uses digital communication. Namely, the resistance of the digital potentiometer is adjusted via I2C communication.

Our module is based on the MCP4018 IC which has a total of 128 steps between 0 and 10k resistance values. This would mean that it is capable of doing resistance steps of approximately 78ohms. It is controlled via I2C which makes it extremely easy to use.

If you are working with audio and need easy access to all the pins of the 3.5mm connector, this breakout makes it possible. It accepts a male 3.5mm connector, in a 4-pin version, and allows access to all connector pins on the header.

Dimensions: 22 mm x 22 mm
Board connector: 3.5mm female, accepts 3.5mm male
Connections: ground, speaker right, speaker left, microphone
Mounting holes: 2

WS2812B is an extremely interesting LED that can emit light in red, green or blue – or any combination of these three colors, able to show a total of approximately 16 million different colors. On this board diodes are arranged in a circle. They are controlled by a single pin with only few lines of code from Arduino IDE. That’s possible thanks to the integrated controller inside the LED itself!

WS2812B is an extremely interesting LED that can emit light in red, green or blue – or any combination of these three colors, able to show a total of approximately 16 million different colors. On this board, diodes are arranged in a line of 10. You can even connect these sticks in a line. They are controlled by a single pin with only a few lines of code from Arduino IDE. That’s possible thanks to the integrated controller inside the LED itself!

• Number of LEDs: 10
• Voltage: 5V
• LED type: WS2812B
• Current: max 60mA per LED
• Dimensions: 80 x 10 mm

WS2812B is an extremely interesting LED that can emit light in red, green or blue – or any combination of these three colors, able to show a total of approximately 16 million different colors. On this board, diodes are arranged in a circle. They are controlled by a single pin with only a few lines of code from Arduino IDE. That’s possible thanks to the integrated controller inside the LED itself!

These small LEDs are not just ordinary lights – each is unique because it has a built-in small integrated circuit (IC) that is able to turn on the LED light in 16 million different colors. IC is WS2812 and it uses a single wire that can control thousands of these LEDs. With a little imagination by putting these pixels, you get superior effects with a minimum effort. These lamps are easy to control with Dasduino.

Looking to add visuals to your Arduino projects? The I2C OLED breakout board is perfect for that. Because of its high contrast, you will be in awe of its crispness! The display is made from hundreds of LEDs, each representing one pixel in a 128×64 grid. Thus, it doesn’t need any backlight, and it needs less power than the classic LCD screens. That’s 8192 pixels all individually lit at your fingertips!

The design is 5V ready with an onboard regulator, so is compatible with any 3.3V board. The breakout board uses only about 20 mA, depending on active pixels. It is easy to control over the I2C interface. It is even easier to connect with the easyC system – no soldering required!

Display OLED I2C 0.96″ SSD1306 options:

The color of the OLED screen on the product can be:

– White
– Blue

This device uses MCP47A1 which is a single channel, 6-bit digital to analog converter with I2C compatible serial interface. There’s no integrated EEPROM memory which would allow DAC register and configuration bit values to be saved at powered off.

A digital potentiometer is a device identical to a potentiometer, except that instead of a physical rotating part that adjusts the resistance, it uses digital communication. Namely, the resistance of the digital potentiometer is adjusted via I2C communication.

Our module is based on the MCP4018 IC which has a total of 128 steps between 0 and 5k resistance values. This would mean that it is capable of doing resistance steps of approximately 39ohms. It is controlled via I2C which makes it extremely easy to use.

Did you ever wanted to turn on and off a device that needs large current or voltage? Whether operating on DC or AC, a relay is what you need. A relay is actually an electronic switch that is activated by a signal we send from a Dasduino or Arduino. This module further simplifies the whole process because it contains everything you need for the relay to work, and you just have to connect it to the microcontroller and power supply. You don’t have to think about voltages and currents, insulation between high and low voltage or grounding, everything is already taken care of on the board.

This board has easyC connector. Thanks to easyC ecosystem, this board can be connected using off-the-shelf cables, without soldering. Controlling the is as simple as it gets, too.

Did you ever want to turn on and off a device that needs large current or voltage? Whether operating on DC or AC, a relay is what you need. A relay is an electronic switch that is activated by a signal we send from a Dasduino or Arduino. This module further simplifies the whole process, because it contains everything you need for the relay to work, and you just have to connect it to the microcontroller and power supply. You don’t even have to think about voltages and currents, insulation between high and low voltage or grounding, everything is already taken care of on the board.