Official Raspberry Pi power supply with 27W output and fixed voltage, featuring a single USB-C plug and compatible with Raspberry Pi development kits.
Official Raspberry Pi power supply with 27W output and fixed voltage, featuring a single USB-C plug and compatible with Raspberry Pi development kits.
Official Raspberry Pi power supply with 27W output and fixed voltage, featuring a single USB-C plug and compatible with Raspberry Pi development kits.
2x 2 cm and a low height of only 1.4 cm for - This, the assembly is very easy - 'On the underside of the cooler you will find a special adhesive layer'
2x 2 cm and a low height of only 1.4 cm for - This, the assembly is very easy - 'On the underside of the cooler you will find a special adhesive layer'
2x 2 cm and a low height of only 1.4 cm for - This, the assembly is very easy - 'On the underside of the cooler you will find a special adhesive layer'
2x 2 cm and a low height of only 1.4 cm for - This, the assembly is very easy - 'On the underside of the cooler you will find a special adhesive layer'
2x 2 cm and a low height of only 1.4 cm for - This, the assembly is very easy - 'On the underside of the cooler you will find a special adhesive layer'
2x 2 cm and a low height of only 1.4 cm for - This, the assembly is very easy - 'On the underside of the cooler you will find a special adhesive layer'
The M5Stack Core2 ESP32 IoT Development Board Kit offers a compact, touch‑enabled display and integrated Wi‑Fi/Bluetooth connectivity for rapid prototyping of smart devices. Its robust GPIO layout supports sensors, motors, and custom modules, while the built‑in power management simplifies battery operation. Ideal for makers, educators, and developers seeking an all‑in‑one solution to build connected applications with minimal setup.
The M5Stack Core2 ESP32 IoT Development Board Kit offers a compact, touch‑enabled display and integrated Wi‑Fi/Bluetooth connectivity for rapid prototyping of smart devices. Its robust GPIO layout supports sensors, motors, and custom modules, while the built‑in power management simplifies battery operation. Ideal for makers, educators, and developers seeking an all‑in‑one solution to build connected applications with minimal setup.
Compact and versatile, the Iduino SE024 sensor module plugs directly into any Arduino development kit, offering precise environmental readings with low power consumption and a robust analog output for seamless data logging.
A compact, high‑precision potentiometer designed for Arduino projects, featuring a robust metal shaft and smooth 0–10 kΩ range, ideal for controlling analog inputs in DIY circuits.
The Iduino SE033 sensor module offers a compact, Arduino‑compatible interface with multiple input types and easy pin mapping for rapid prototyping. Its low‑power design supports real‑time data acquisition in small projects.
A compact 2.13″ TFT LCD with an E‑Link interface, offering 320 × 240 pixels and 65,000 colors. It includes a built‑in backlight, capacitive touch support, and is fully compatible with Arduino development kits for quick UI prototyping.
The Iduino ME606 4‑channel relay driver shield mounts straight on an Arduino, delivering isolated 5 V logic to 12 V relays with opto‑isolated outputs and built‑in flyback diodes for safe motor or lamp control.
Compact and versatile, the M5Stack K043 microcontroller board offers a powerful processor, integrated Wi‑Fi, Bluetooth, and multiple GPIOs, ideal for rapid prototyping and IoT projects.
A compact current sensor module with a Hall‑effect core, offering precise measurement up to 30 A and analog output proportional to flow, ideal for real‑time monitoring in Arduino projects.
A compact, low‑power sensor module featuring a high‑resolution temperature and humidity sensor with digital output, ideal for precise environmental monitoring in Arduino projects.
A compact sensor module designed for Arduino projects, featuring a versatile analog input and digital output that can be easily integrated into development boards or kits, enabling quick prototyping of environmental monitoring or control systems.
A compact, low‑profile vibration motor designed for Arduino projects, featuring a 3.7 V DC supply and a 5 mm diameter shaft that fits standard mounting holes, delivering smooth haptic feedback in tight spaces.
A compact 433 MHz RF sensor module compatible with Arduino, featuring low‑power operation and robust signal integrity for long‑range data transmission in DIY projects. It offers easy integration via standard headers and a stable antenna connection.
Compact and versatile, this sensor module offers a reliable interface for Arduino projects, featuring precise analog output, easy-to-use pins, and robust construction that withstands frequent handling while delivering accurate readings in any development environment.
The Iduino ME707 Moisture Sensor Kit offers a compact development board paired with a precision moisture sensor, ideal for soil monitoring and smart irrigation projects. It features analog output, low power consumption, and easy integration into Arduino or ESP32 systems for real‑time humidity tracking and automated control.
