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Arduino Pro Opta Ext D1608S expands the real-time control, monitoring and predictive maintenance applications of your Arduino Opta with 16 programmable voltage inputs and 8 24-VDC 2-A solid state relays. By simply plugging in the module, you can flexibly and quickly expand your system's capabilities and seamlessly manage new I/Os from the Opta base unit. Take advantage of the open and well-known Arduino ecosystem or the PLC IDE IEC 61131-3 programming environment.

Arduino Pro Opta Ext D1608E expands the real-time control, monitoring and predictive maintenance applications of your Arduino Opta with 16 programmable voltage inputs and 8 250-VAC 6-A electromechanical relays to operate your machines.By simply plugging in the module, you can flexibly and quickly expand your system's capabilities and seamlessly manage the new I/Os from the Opta base unit, taking advantage of the open and well-known Arduino ecosystem or the PLC IDE IEC 61131-3 programming environment.

The automotive interface is now on your Arduino MKR too! In the automotive sector, the CAN bus enables intelligent or autonomous vehicles and drones to be networked with various industrial sensors and motors.Controller: Microchip MCP2515Transceiver: NXP TJA1049Compatible with all MKR boardsInput voltage either 5 V via the header connector or 7 to 24 V via threaded terminal ends.

The Arduino MKR1010 is a powerful board and the affordable entry point for the development of IoT projects. Communicate via WLAN with the router or via Bluetooth with your smartphone, this board makes your projects flexible and accessible!Connections• 21 digital I/O - interfaces (13 of them with PWM)• 7 analog inputs• 1 analog output• micro USB portTechnical data• SAMD21 Cortex-M0+ 32bit low power ARM MCU• Operating voltage: 3.3 V• Input voltage: 5 V• 48 MHz - crystal oscillator• DC 7 mA (I/O)• Flash Memory: 256 KByte• SRAM : 32 KByte• integrated Li-Po charging circuit• SAMD21 Cortex-M0+ 32bit Low-Power-ARM-MCU• NINA-W10 series from U-BLOX, Low Power 2.4 GHz IEEE® 802.11b/g/n WLAN, Bluetooth v4.2 BLE/EDR• ECC508 Crypto-Authentication

Very sensitive module with 2 outputs.AO - analog input, real-time output voltage signal of the microphone.DO - digital output depends on the volume and the set limit.Specifications• voltage: 3.3 to 5 VDC• outputs: 1x analog + 1x digital• mounting: 1 mounting hole (3 mm)• 2 LEDs: 1x power supply LED + 1x comparator output LED• frequency range: 50 Hz ... 20 KHz• Impedance: 2.2 KOhm• Sensitivity: 48 - 66 dB• Operating temperature: -40 ... +85 °C• Dimensions (L x W x H): 44 x 15 x 10 mm

The Embedded Pi can act as a bridge between the Raspberry Pi and the Arduino™ Shields, but can also be used as a Cortex-M3 evaluation board in stand-alone operation.• 3-way platform for Raspberry Pi, Arduino and the 32-bit Arm Cortex microcontroller• Helps get the maximum from all 3 platformsIncluded:• Embedded Pi board• 4 plastic spacers• 26- and 10-pin flat ribbon cable

The sound detector is based on a microphone and a power amplifier and can be used to detect the sound level in the environment. The sensor receives the signal through both a digital and an analog output. The sensitivity can be adjusted with the potentiometer and the LEDs mounted on the PCB indicate the power and the compressor output.

Large microphone moduleThis is a highly sensitive sound detection module with two output signal pins. D0: When it detects a sound up to a certain threshold, it can output a high or low level.A0: It can output the output voltage signal of the microphone in real time.

Small microphone module for Arduino, analogueSpecification• power supply: 5 V / 3.3 V• analog output• high sensitivity microphone• power indicator light• frequency response range: 50 Hz - 20 KHz• impedance: 2.2 kOhm• Sensitivity: 48 - 66 dB• Polar pattern: universal• Operating temperature: -40 ... +85 C• Operating humidity: 30 - 90%.• Hole for mounting screw 3 mm.• dimensions (L x W x H): 40 x 15 x 10 mm

Arduino Pro Opta Ext A0602 expands the real-time control, monitoring and predictive maintenance applications of your Arduino Opta with six programmable inputs, two programmable outputs and four PWM outputs. By simply plugging in the module, you can flexibly and quickly expand your system's capabilities and seamlessly manage the new I/Os from the Opta base unit, taking advantage of the open and well-known Arduino ecosystem or the PLC IDE IEC 61131-3 programming environment.

Main featuresProvides general knowledge about PLCsInitial introduction to the Arduino PLC IDEIntroduction to the IEC 61131-3 standard languagesLectures on Modbus RS485 communicationCan be integrated with industrial simulated systemsThe kit containsArduino Opta WiFi: Easy-to-use micro PLC with industrial IoT functions,24 V operating voltageArduino DIN Simul8:Digital input simulator configured according to customer requirementsBoard with eight switches and powercontroller.Arduino DIN Celsius: The output simulator has been developed to meet customer requirementsCircuit board with resistance field andtemperature sensor.Cabling1-m USB-C cable, DC 24 V 1 A PSU, 25+ jumper cable

Real-time clocks (RTCs) are, as the name suggests, clock devices. The DS1307 real-time clock IC is an 8-pin device with an I2C interface, a low-power calendar with 56 bytes of battery-backed SRAM. The clock/calendar provides seconds, minutes, hours, day, date, month and year. The end date of each month is automatically adjusted, especially for months with less than 31 days.The main advantage of RTCs is that they have battery backup, which keeps the clock/calendar running even in the event of a power failure. An exceptionally small amount of power is required to keep the RTC running. Technical featuresDS1307 RTCI²C interfacefor LIR2032 (not included)less than 500 nA in backup mode

Arduino™ 9 Axes Motion ShieldThe Arduino™ 9 Axes Motion Shield has been developed with Bosch using their BN0055 absolute orientation sensor as an on-board key feature. With the shield, designers can start to introduce motion sensing to projects, connecting to TinkerKit modules and Arduino™ boards such as Uno, Yun, Leonardo, Ethernet, Mega, Due and Zero Pro.The shield is powered only when connected to an Arduino™ board.Features• BN0055 absolute orientation sensor• 5 V operating voltage• 50 mW power consumption

Arduino UNO WiFi Rev2With the Arduino Uno WiFi you make your devices WLAN-enabled. This is an Arduino Uno Rev3 with more power: It has a brand new 8-bit microprocessor from Microchip and an integrated IMU (Inertial Measurement Unit). The new ECC608 cryptochip accelerator ensures a secure WLAN connection.14 digital input/output pins (6 of which can be used as PWM outputs)6 analog inputs16 MHz ceramic resonatorUSB portICSP connectorreset buttondimensions: 68 x 53 mm

Arduino UNO mini is a 27 x 34 mm microcontroller board with an ATmega328P microcontroller.This board has• 14 digital I/O - interfaces (6 of them can be used as PWM output)• 6 analog inputs• 16 MHz - crystal oscillator• USB-C connector• resetTechnical databulletpoint# ATMega 328P• Operating voltage: 5 V• Input voltage: 7 ... 12 V• input voltage ( limit ): 6 ... 20 V• digital inputs/outputs: 14• analog inputs: 6• I DC 40 mA (I/O) / 50 mA (3.3 V)• flash memory: 32 KBytebulletpoint# SRAM : 2 KBytebulletpoint# EEPROM: 1 KByte• Clock: 16 MHz Software can be found athttps://www.arduino.cc/en/Main/Software

Joystick extension v1.0This joystick/gamepad shield is based on Nokia 5110 LCD\RF24L01 interface. You can easily develop joystick games and communicate wirelessly. The shield turns your Arduino into a simple controller with 7 buttons ( (4 x big buttons, 2 x small buttons + joystick select button ) and a two-axis thumb joystick.Specifications• nRF24L01 RF interface• Nokia 5110 LCD interface• Bluetooth interface• I2C interface• PS2 joystick• Operating voltage: 3,3V or 5V e.g. STM32• X,Y-axis with push button• 6-button operation• dimensions (L x W x H): 87 × 54 × 18 mm

A robotics and MicroPython learning adventure+With Arduino Alvik, students, educators and innovators at any level can enter the world of programming and robotics and embark on a personalized, creative journey of robotic exploration.Inspired by the Arduino philosophy of simplifying complex technology, Alvik is a cross-disciplinary tool that bridges the gap between education and the future world of robotics.Flexible pocket-sized designDesigned for teaching and development on the go, the Arduino Alvik has a compact, square design that is ideal for flexible and diverse learning environments - whether in the classroom, lab or at home. It's your personal robot companion, suitable for hands-on tinkering, effortless programming or exciting robotics competitions.Alvik has been developed using materials that ensure durability and reliability. The high-quality components and assembly guarantee optimal performance in various educational activities.From block-based programming to MicroPythonArduino Alvik covers a spectrum of programming languages such as block-based programming1, MicroPython and Arduino C2 and is designed for primary school students to advanced learners. The intuitive user interface and curriculum content make programming a fun experience that encourages creativity - from interactive game design to ground-breaking IoT and AI projects, in line with future thinking. Seamlessly integrated into the Arduino ecosystem, it enriches the learning journey for users of all skill levels.Essential sensors, extended possibilitiesPowered by the Arduino Nano ESP32, the Alvik robot monitors and interacts with the real world via high-quality, integrated sensors. These include line tracking sensors, a time-of-flight distance sensor, a 6-axis accelerometer and gyroscope as well as proximity and color sensors. Two micro servo motors can also be connected. Alvik is versatile and precise and offers a world of possibilities and applications.Personalize Alvik without limitsThe Arduino Alvik has connectors for LEGO® Technic™ and M3 screws and is also compatible with 3D printing and laser cutting. This robot is not limited to a specific shape - it's a canvas for your imagination!Spark creativity with a ''tick''Easily add external sensors to the Grove and QWIIC plug-and-play connectors with no soldering or complex wiring required, enabling prototyping and experimentation in minutes. Students can personalize and expand their robots for special tasks or unique creations.

The Nano is a particularly small Arduino™, which was developed especially for working with plug-in boards. The pins, which are led out via pin headers and the practical size fit on almost all common connector systems. This makes it even easier to try out new ideas and projects.Despite its compact design, the Nano's range of functions almost corresponds to that of a Arduino™ Uno. This is mainly due to the powerful microcontroller of type ATmega328, which has already proven itself on several Arduino™ boards. Via the mini-USB socket you can supply power to the board and circuitry as well as transfer new programs to the controller. Arduino™ Nano 3.xTechnical data:Microcontroller: ATmega328Flash memory: 32 KB SRAM: 2 KBEEPROM: 1 KB Clock rate: 16 MHz I/O pins: 14-of which PWM: 6 -of which analog inputs: 8Connection: Mini-USB LEDs: RXD, TXD, Power, Pin 13, Size: approx. 1.85 cm x 4.3 cmOperating voltage: 5 VRecommended input voltage: 7-12 VMaximum input voltage: 20 VMaximum current per I/O pin: 40 mALoad capacity of the 3.3 V output: 50 mA

The Nano Motor Carrier is the perfect add-on for the Nano 33 IoT board as it extends and powers its functionality.The Nano Motor Carrier is designed to simplify motor control. It takes care of the electronics needed to control the motors, allowing students to focus on prototyping and developing their projects. A series of 3-pin headers can also be used to connect other actuators and sensors. The board has a 9-axis accelerometer, gyroscope, and magnetometer on the board. It also includes a battery charger for single-cell Li-ion batteries.To use the Carrier, simply connect it to a Nano 33 board and connect the motors you need for your project. Once it's connected, plug the USB cable into the Nano 33 IoT. Download the Arduino Motor Carrier library from the library manager and you're ready to start programming and controlling your motors using the motor drivers.NoteIf you are working with motors, you will need an external power source to power the motor drivers and run the motors. Battery connection possible or use an external power source.

Arduino™ Ethernet Shield 2 without PoEThe Arduino™ Ethernet Shield 2 allows an Arduino™ board to connect to the Internet as well as read and write on a microSD card.The shield is simply mounted on an Arduino™ board, for example on the Arduino™ Uno or since this version also on the Arduino™ Mega. Other shields can be stacked right on top of the Ethernet shield, allowing for optimum functionality integration in designs.Connect the shield to your computer or a network hub/router via a standard Ethernet cable.Features:• W5500 Ethernet chip• Slot for microSD card/card reader• Reset controller• RJ45 Ethernet jack• 5 status LEDs• Dimensions: 6.86 x 5.33 cm