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Raspberry Pi Pico is a low-cost, high-performance microcontroller board with flexible digital interfaces. The most important features are: RP2040 microcontroller chip, developed by Raspberry Pi in the UK Dual-core ARM Cortex M0+ processor, flexible clock up to 133 MHz 264KB SRAM and 2MB on-board flash memory Module enables direct soldering on carrier boards USB 1.1 host and device support Power-saving sleep and dormant mode Drag & drop programming with mass storage via USB 26x multifunctional GPIO pins 2x SPI, 2x I2C, 2x UART, 3x 12-bit ADC, 16x controllable PWM channels Precise clock and timer on-chip Temperature sensor Accelerated floating point libraries on the chip 8x programmable I/O state machines (PIO) for customised peripheral support For more information on the Raspberry Pi Pico and how to get started, visit https://www.raspberrypi.org/documentation/pico/getting-started/.

Solar panel (6V 5W) Enter the solar age with the solar panel (6V 5W) and get your DIY projects up and running with sustainable energy! This robust panel, equipped with high-performance monocrystalline cells, optimises the energy yield and ensures maximum efficiency. With a stable operating voltage and 5W output, it is perfect for microcontroller projects, including Raspberry Pi applications, in combination with a solar power manager. The panel is also robustly constructed, with an anodised aluminium alloy frame and tempered glass to protect it from external influences. Ideal for anyone who wants to make their projects environmentally friendly and independent. Features at a glance High efficiency: Monocrystalline cells for optimum energy yield. Robust construction: Tempered glass and aluminium alloy frame. Compact dimensions: Easy to install and ideal for versatile use. Technical specifications Type of solar cell: 156 monocrystalline cells Surface: Tempered glass Frame material: Aluminium alloy with anodic oxidation Back sheet material: 0.25mm PET Power: 5.0W ± 5% Operating voltage: 6.0V ± 5% Operating current: 833mA ± 5% (max) Open circuit voltage: 7.2V ± 5% Short circuit current: 916mA ± 5% Connection: Hollow plug 3.5 x 1.35mm (+ inside / - outside) Dimensions: 230 mm x 195 mm x 17 mm Weight: 538g Compatibility: Solar power manager Other data Test conditions: 1000W/m² radiation intensity, 25℃, AM1.5 air quality Scope of delivery 1x solar panel (6V 5W) Please note The solar power manager is not included in the scope of delivery.

Arduino Nano 33 IoT: Easy and affordable entry into IoT and pico network applications The Arduino Nano 33 IoT is the easiest and most affordable entry point to expand existing devices for the IoT and create pico network applications. Whether you want to connect a sensor network to your office or home router or create a Bluetooth® Low Energy device that sends data to a mobile phone, the Nano 33 IoT offers you the ideal solution for many basic IoT application scenarios. Features at a glance Enables the development of sensor and IoT networks Connected to the office or home router Creation of Bluetooth® low energy devices Ideal for many basic IoT applications Technical specifications Microcontroller: SAMD21 Cortex®-M0+ 32bit Radio module: u-blox NINA-W102 Safety element: ATECC608A Operating voltage: 3.3V Limit input voltage: 21V DC current per I/O pin: 7 mA Clock frequency: 48MHz CPU flash memory: 256KB SRAM: 32KB Digital I/O pins: 14 PWM pins: 11 UART: 1 SPI: 1 I2C: 1 Analogue input pins: 8 Analogue output pins: 1 External interrupts: All digital pins LED_BUILTIN: 13 USB: Native in SAMD21 processor IMU: LSM6DS3 Length: 45 mm Width: 18 mm Weight: 5 g (with headers) Scope of delivery 1x Arduino Nano 33 IoT microcontroller board Links to To the BerryBase blog

Intelligent robots have always been the favourite project of electronics enthusiasts. Waveshare already has several robots based on the Raspberry Pi Zero W, 3B+ and 4B in its programme. Here comes the Pico version: PicoGo! Note: Pico not included! 2 x 14500 Li-Ion batteries not included! The PicoGo is an intelligent mobile robot based on the Raspberry Pi Pico. It has an ultrasonic module, an LCD module, a Bluetooth module, a line tracking module and an obstacle avoidance module, with all these functions highly integrated to enable IR obstacle avoidance, automatic line tracking, Bluetooth/IR remote control and more. With its many advanced features, it helps you to quickly start designing and developing intelligent robots. PicoGo, the intelligent mobile robot, has the following features: Standard Raspberry Pi Pico connector, supports the Raspberry Pi Pico series Battery protection circuit: overcharge/discharge protection, overcurrent protection, short circuit protection, reverse polarity protection, stable and safe operation Charging/discharging circuit, enables simultaneous programming/debugging while charging 5-channel infrared sensor, analogue output, combined with PID algorithm, stable line tracking Multiple intelligent robot sensors on board, such as line tracking, obstacle avoidance, no more cumbersome wiring Colourful 1.14-inch IPS LCD display, 240 x135 pixels, 65K colours Integrated Bluetooth module, enables teleoperation such as robot movement, RGB LED display colour, buzzer, etc. via a mobile phone APP N20 micro gear motors, with metal gears, low noise, high accuracy Colourful RGB LED, pretty cool! Raspberry Pi Pico controller board features: RP2040 microcontroller chip, developed by Raspberry Pi in the UK Dual-core Arm Cortex M0+ processor, flexible clock up to 133 MHz 264KB SRAM and 2MB integrated flash memory USB 1.1 with device and host support Power-saving sleep and hibernation mode Drag-and-drop programming with mass storage via USB Documents/Downloads Wiki: http://www.waveshare.com/wiki/PicoGo

Digital RGB LED strip with individually controllable LEDs This digital RGB LED strip enables each individual LED to be controlled individually, as a separate WS2801 IC is integrated for each LED. This feature enables precise control of the lighting, allowing a wide range of lighting effects to be realised. The Stripe has been successfully tested with software such as Boblight and Hyperion under Raspbmc and OpenElec and supports these systems directly. This makes it possible, for example, to create dynamic TV backlighting. The product is coated with a layer of silicone, making it splash-proof and suitable for outdoor use. There is a self-adhesive 3M adhesive layer on the back of the strip, which ensures simple and secure installation. The LED strip can also be split so that it can be flexibly adapted to individual projects. Possibleapplications Indoor and outdoor lighting projects Customised decorative lighting Dynamic TV backlighting DIY projects and creative lighting installations Modular lighting systems thanks to divisible segments Features at a glance Individually controllable LEDs thanks to IC type WS2801 RGB LEDs in 5050 housing Water and splash-proof in accordance with IP65 Flexible use thanks to silicone coating and divisible segments Easy installation with 3M adhesive coating Compatibility Compatible with Boblight Compatible with Hyperion Supports Raspbmc and OpenElec Technical specifications IC type: WS2801 LED type: RGB LED housing: 5050 Number of LEDs: 32 per metre Number of ICs: 32 per metre Operating voltage: 5V DC Current consumption: 2A per metre Output: 10W per metre IP code: IP65 (moulded and splash-proof) Operating temperature: -20 to +50 °C Conductor colour: White Self-adhesive: Yes, with 3M adhesive layer Divisible: Yes, every 3cm Width: 14mm Height: approx. 4mm Other data Suitable for TV backlighting and other lighting projects Scope of delivery Roll with 5m LED strip

For the easiest way to measure turns, turn to this STEMMA potentiometer breakout. This plug-and-play potentiometer comes with a JST PH 2mm connector and a matching JST PH 3-pin to male header cable, so wiring is a breeze. Simply plug in the cable and connect the black wire to ground, the white wire to the input/signal pin and the red wire to the power pin. The voltage of the power pin should match the maximum voltage of your analogue input. So if you are using a 5V Arduino or compatible, connect the red wire to 5V. If you are using a 3V Feather board, connect red to 3V.

These NeoPixel strips have 144 digitally addressable pixel mini LEDs per metre and are very affordable. They are only 7.5 mm wide - 5 mm if you remove the strip from the housing. This is the strip with white flex PCB, it's identical to the black 144 LED/meter strip except it has a different solder resist on the flex strip There are a few things to watch out for: These LEDs consume a maximum of about 9.5 watts (~2 amps at 5V) per metre. The maximum rated power assumes that all LEDs are completely white. Normally the actual current for coloured designs is about 1/3 to 1/2 of the maximum current. A good power supply is crucial! Secondly, to achieve high density, the controller chip is inside the LED, which is kind of cool, but also means that the chip only uses a single pin for input and a single pin for output. The protocol used is very very timing specific and can only be controlled by microcontrollers with a highly repeatable timing accuracy of 100nS. We have example code for use with the Arduino Uno/Mega microcontroller at 8MHz and 16MHz, and with a little effort you can use it with the Raspberry Pi, or Beagle Bone Black, but it will not work with the Basic Stamp, NETduino, any other interpreted/virtual machine microprocessor or any processor slower than 8MHz. Due to the way the pixels are controlled by an Arduino, the entire strip needs to be buffered in memory, and we have found that many Arduino UNO projects only have about 1500 bytes of RAM available after all the extras have been built in - enough for about 500 LED pixels. If you want to control the whole strip and include some other libraries, you may need a Mega. There are 144 RGB LEDs per metre, and you can control each LED individually! Yes, that's right, this is the digitally addressable type of LED strip. You can set the colour of the red, green and blue component of each LED with 8-bit PWM precision (i.e. 24-bit colour per pixel). The LEDs are controlled by shift registers that are linked upwards on the strip, so that you can shorten or lengthen the strip. Only 1 digital output pin is required to send data downwards. The PWM is built into each LED chip so that, after a colour has been set, it will modulate it accordingly, even if it is no longer being controlled. The strip is made of flexible PCB material and comes with a weatherproof sheath. You can cut it stuff quite easily with a wire cutter, there are cut lines every 7 mm (1 LED each). Solder to the 0.1" copper pads and you're ready to go. Of course, you can also connect the strips together to make them longer. Just make sure you know how much power you need! You must use a 5V DC power supply to power these strips, do not use more than 6V or you may destroy the entire strip! Our detailed NeoPixel Uberguide contains everything you need to use NeoPixels of any shape and size. Includes ready-to-use library & sample code for the Arduino UNO/Duemilanove/Diecimila, Flora/Micro/Leonardo, Trinket/Gemma, Arduino Due & Arduino Mega/ADK (all versions)

M5GO BOTTOM is the lower part of the M5GO, which is an upgrade of the base bottoms, with a larger battery (500mAh), an analogue microphone, an LED strip, two more HY2.0 PORTs (PORT B/PORT C) and more. The back is compatible with the Lego holes, and the pogo pin can be used to connect to supported I2C devices (such as BALA) or magnetic charging stations. Features Compatible with M5Core Integrated microphone/LED strip/HY2.0 interface Supports UIFlow directly Compatible with Lego bricks Configurable magnetic charging station Scope of delivery 1x M5GO BOTTOM 2x M3x16 screws Specifications The resources Parameters Net weight 31g Gross weight 49g Product size 54*54*8mm Package size 60*57*17mm Documents / Downloads M5Stack Docs

Arduino MKR WiFi 1010 The Arduino MKR WiFi 1010 is the easiest introduction to basic IoT and pico network application development. It offers WiFi and Bluetooth connectivity through the u-blox NINA-W10 module and secure communication through the Microchip ECC508 Crypto Chip. The main processor is a low power Arm Cortex-M0 32-bit SAMD21, like other boards in the Arduino MKR family. Features at a glance Low Power Arm Cortex-M0 32-bit SAMD21 WiFi and Bluetooth connectivity with u-blox NINA-W10 module Microchip ECC508 crypto chip for secure communication On-board battery charger and RGB LED Technical specifications Microcontroller: SAMD21 Cortex-M0+ 32bit low power ARM MCU Radio module: u-blox NINA-W102 Operating voltage: 5V (USB/VIN) Safety element: ATECC508 Supported battery: Li-Po single cell, 3.7V, 1024mAh minimum Operating voltage of the circuit: 3.3V Digital I/O pins: 8 PWM pins: 13 UART: 1 SPI: 1 I2C: 1 Analogue inputs: 7 Analogue outputs: 1 External interrupts: 10 DC current per I/O pin: 7 mA CPU flash memory: 256 KB SRAM: 32 KB Clock frequency: 32.768 kHz (RTC), 48 MHz LED_BUILTIN: 6 USB: Full-speed USB device and embedded host Length: 61.5 mm Width: 25 mm Weight: 32 g Other data Can be used as an access point Scope of delivery 1x Arduino MKR WiFi 1010 Links to Circuit diagram PDF To the BerryBase blog

The eTape liquid level sensor is a solid-state sensor with a resistance output that changes with the liquid level. It eliminates the need for bulky mechanical floats and can be easily connected to electronic control systems. The envelope of the eTape sensor is compressed by the hydrostatic pressure of the liquid in which it is immersed. This leads to a change in resistance that corresponds to the distance between the top of the sensor and the surface of the liquid. The output resistance of the sensor is inversely proportional to the height of the liquid: the lower the liquid level, the higher the output resistance; the higher the liquid level, the lower the output resistance. This is a very unique sensor. We have yet to see anything else that is affordable and accurate for measuring liquid levels. This sensor seems like a handy addition to a hydroponic, aquarium, fountain or pool controller, or perhaps for measuring a rain pipe. This particular sensor is the 5" version, and it includes a 4-pin connector and a 560Ω 5% resistor. The connector is such that you don't have to solder directly to the sensitive pins. Instead, you simply solder to the connector and plug it onto the sensor. Since the sensor has a resistor, it is easy to read it with an ADC pin of the microcontroller. On the Tutorials tab you will find a quick start guide! Please note: This product only comes with the 5" bare tape liquid level sensor.

Arduino UNO WiFi Rev.2 The Arduino UNO WiFi Rev.2 is the easiest entry into basic IoT with the standard form factor of the UNO family. It offers the ability to connect a device to a WiFi network thanks to the secure ECC608 Crypto Chip Accelerator. The board features the new ATmega4809 8-bit microcontroller from Microchip and an integrated LSM6DS3TR IMU (Inertial Measurement Unit). Features at a glance ATmega4809 8-bit microcontroller WiFi and Bluetooth Low Energy support 14 digital I/O pins, 6 analogue inputs USB port and power supply socket Built-in IMU LSM6DS3TR Technical specifications Microcontroller: ATmega4809 Operating voltage: 5V Input voltage (recommended): 6-20V Digital I/O pins: 14 (5 PWM) Analogue inputs: 6 DC current per I/O pin: 20 mA DC current for 3.3V pin: 50 mA Flash memory: 48 KB SRAM: 6144 bytes EEPROM: 256 bytes Clock frequency: 16 MHz Radio module: u-blox NINA-W102 Safety element: ATECC608A IMU: LSM6DS3TR LED_BUILTIN: 25 Dimensions: 68.6 mm x 53.4 mm Weight: 25 g Other data WiFi module is a stand-alone SoC with integrated TCP/IP stack Scope of delivery 1x Arduino UNO WiFi Rev.2 Links to To the BerryBase Blog

Elecrow RGB Angel Eye light for model cars or DIY projects This model lamp is available in two versions: one without channel control (standard) and one with channel control. Both models have an outer light ring (rainbow colours) and an inner light ring (white colour). In the normal model, the outer illuminated ring is always lit, while the inner ring can be controlled with a switch and the cable length is 50 mm in total. Compared to the ordinary model lamp, the model with channel control offers several modes, such as switching on only the outer or inner ring, switching on both, flashing or switching off both. Features at a glance Easy to operate Works without channel control Technical data Colour of the outer ring: Rainbow Colour of the inner ring: White Total cable length: 50mm Diameter of the outer illuminated ring: 10mm Diameter of the inner illuminated ring: 5mm Other data Suitable for modelling and DIY projects Scope of delivery 1x Elecrow RGB Angel Eye light

Arduino Mega 2560: Powerful microcontroller board The Arduino Mega 2560 is a microcontroller board based on the ATmega2560. It has 54 digital input/output pins (15 of which can be used as PWM outputs), 16 analogue inputs, 4 UARTs (hardware serial ports), a 16 MHz crystal oscillator, a USB connection, a power socket, an ICSP header and a reset button. The board is compatible with most shields developed for the Uno and the earlier Duemilanove or Diecimila boards. It contains everything needed to support the microcontroller; simply connect it to a computer with a USB cable or power it with an AC-DC adapter or battery. Features at a glance 54 digital input/output pins and 16 analogue inputs. 4 UARTs for hardware serial ports. Compatible with most shields for Uno and older boards. Technical specifications Microcontroller: ATmega2560 Operating voltage: 5V Recommended input voltage: 7-12V Maximum input voltage: 6-20V Digital I/O pins: 54 (15 of which with PWM output) Analogue input pins: 16 DC current per I/O pin: 20 mA DC current for 3.3V pin: 50 mA Flash memory: 256 KB (of which 8 KB used by bootloader) SRAM: 8 KB EEPROM: 4 KB Clock frequency: 16 MHz Length: 101.52 mm Width: 53.3 mm Weight: 37 g Scope of delivery 1x Arduino Mega 2560 Board To the BerryBase Blog

With this Power over Ethernet (PoE) expansion board for Raspberry Pi 3 Model 4B and 3B+, the Raspberry Pi can be supplied with power via an Ethernet cable, a separate power supply unit is not required. This is an ideal solution for embedded and IoT projects. An 802.3af-compliant PoE injector, switch or router is required for operation (not included). The HAT has an OLED display (128 × 32 pixels) that shows the IP address, CPU temperature and status of the fan Features Compliant with Power over Ethernet 802.3af Class 2 device Fully isolated switch mode power supply (SMPS) Input voltage: 37-57V Output voltage: 5V Provides up to 2.5A Fan control Plug-and-play compatibility with Raspberry Pi 4B & Raspberry Pi 3 Model B+ Documentation / Downloads http://www.waveshare.com/wiki/PoE_HAT_(B)

Arduino MKR IoT Carrier Rev2 This carrier enables the rapid development of IoT projects in combination with any board of the MKR family without the need for additional components. It contains all the necessary sensors and actuators to realise networked projects. Features at a glance Fast implementation of IoT projects Environmental monitoring with sensors for temperature, humidity, air pressure and air quality GUI IoT interface with OLED colour display, LEDs and buzzer Control of external devices up to 24 volts with two relays Technical specifications Humidity, temperature, barometer and VOC sensor: BME688 IMU: LSM6DSOX Ambient light, proximity, colour and gesture sensor: APDS-9960 Capacitive buttons: 5 (Qtouch Pad) Actuators: Buzzer, 5 RGB LEDs 24V relay: 2 (V23079) Display: KD013QVFMD002-01 Grove connections: 2 connected to analogue pins (A0/A6), 1 connected to I2C Micro SD card slot: Micro SD card not included Battery holder: 18650 Li-Ion rechargeable battery (battery not included) Scope of delivery 1x Arduino MKR IoT Carrier Rev2 Link to Circuit diagram PDF To the BerryBase Blog

Adafruit CharliePlex LED Matrix Bonnet - 8x16 Green LEDs You won't be able to take your eyes off the mesmerising patterns created by this Adafruit CharliePlex LED Matrix Display Bonnet. This 16x8 LED display can be placed on any Raspberry Pi computer with a 2x20 connector for a beautiful, bright grid of 128 Charlieplex LEDs. It even comes with an inbuilt Charlieplex driver that is powered via I2C. What's particularly nice about this board is that the I2C LED driver chip has the ability to PWM each individual LED in a 16x8 grid. This allows you to achieve beautiful LED lighting effects without a lot of pin-switching. Just tell the chip which LED in the grid to light up and at what brightness, and it will do everything for you. You get 8-bit (256 levels) dimming for each individual LED. The IS31FL3731 is a nice little chip - and it runs happily on 3.3V power. There's enough RAM inside for 8 separate frames of display memory, so you can set up multiple frames of an animation and flip them to display with a single command. As it uses I2C, it only occupies the SDA/SCL pins on your Pi and can share these pins with other I2C devices and sensors. Comes fully assembled, no soldering required, so you can plug it in straight away. To program it, use the CircuitPython library, which works with Linux computers like the Raspberry Pi. After a Pip installation, run some of the examples to display simple graphics or text. Works with any Raspberry Pi computer, including the original Pi 1, B+, Pi 2, Pi 3, Pi 4 and Pi Zero. Features at a glance 16x8 LED display with 128 Charlieplex LEDs Integrated Charlieplex driver, operated via I2C 8-bit (256 levels) dimming per LED Enough RAM for 8 separate frames Fully assembled, no soldering required Compatibility Compatible with all Raspberry Pi computers Technical data Product dimensions: 65.0mm x 30.0mm x 6.8mm / 2.6" x 1.2" x 0.3" Product weight: 8.2g / 0.3oz Other data Requires CircuitPython library for programming Scope of delivery Adafruit CharliePlex LED Matrix Bonnet Link to CircuitPython library Examples to display simple graphics or text .

The MicroMod Qwiic Carrier Board can be used for rapid prototyping with other Qwiic devices. The MicroMod M.2 socket gives users the freedom to experiment with any processor card in the MicroMod ecosystem. This board also features two Qwiic connectors and four 4-40 screw inserts for connecting and mounting Qwiic devices. This version of the SparkFun MicroMod Qwiic Carrier Board features a single connector for our standard 1in. x 1in. Qwiic breakouts. However, you are not required to connect just one Qwiic breakout, as you can stack the boards on top of each other, allowing you to connect a full circuit of Qwiic sensors and accessories to take full advantage of your next project! Includes: 1x MicroMod Qwiic Carrier Board - Single 1x Phillips #0 M2.5x3mm screw Features: M.2 MicroMod connector USB-C connector 3.3V 1A voltage regulator Qwiic connectors Boot/reset buttons Charging circuit Four 4-40 inserts Documents: Hardware Documentation: Get Started With the MicroMod Qwiic Carrier Board Guide Circuit Diagram Eagle files Board Dimensions Connection Guide Qwiic Info Page GitHub Hardware Repo MicroMod Documentation: Getting started with MicroMod Designing with MicroMod MicroMod Info Page MicroMod Forums

Arduino Due, without header- An advanced 32-bit ARM Cortex-M3 microcontroller board The Arduino Due is the first board in the Arduino product range to offer a 32-bit ARM Cortex-M3 microcontroller, which provides a significant increase in performance over previous models. This board is specially designed for developers who want to realise complex projects with increased computing power and memory requirements. With 54 digital input/output pins, 12 analogue inputs, four UARTs and two DAC outputs, the Due enables a wide range of applications from robotics to IoT devices. The clock speed of 84 MHz together with extensive communication interfaces such as USB OTG, SPI and JTAG opens up new possibilities for advanced projects and applications. Features at a glance Versatile interfaces: Provides 54 I/O pins, 12 PWM channels, 4 UARTs and more for complex projects. High processing speed: Powered by an 84 MHz clock, the Due offers fast processing times. Advanced connectivity: USB OTG, SPI and JTAG headers extend the possible uses. Technical data Microcontroller: AT91SAM3X8E Operating voltage: 3.3V Recommended input voltage: 7-12V Voltage limits: 6-16V Digital I/O pins: 54 (12 of which for PWM output) Analogue input pins: 12 Analogue output pins: 2 (DAC) Total DC output current on all I/O lines: 130 mA DC current for 3.3V pin: 800 mA DC current for 5V pin: 800 mA Flash memory: 512 KB, fully usable for applications SRAM: 96 KB (two banks: 64KB and 32KB) Clock rate: 84 MHz Dimensions: Length: 101.52 mm, Width: 53.3 mm, Weight: 36 g Other data Compatibility: Compatible with all 3.3V compliant Arduino shields according to the 1.0 Arduino pinout. Warnings: Runs on 3.3V. Voltages higher than 3.3V on the I/O pins can damage the board. Scope of delivery Arduino Due board without pre-installed headers Links to Circuit diagram of the Arduino Due To the BerryBase Blog

Aqara Kamera Gateway CH-C01 Weiß Das Aqara Kamera Gateway CH-C01 bietet eine zuverlässige Heimsicherheit durch Integration mit Apple HomeKit Secure Video, Alexa, Google Home und IFTTT. Es schützt Ihre Privatsphäre und verhindert Datenmissbrauch. Mit Gesichts- und Paketerkennung werden Benachrichtigungen lokal verarbeitet, und das Zwei-Wege-Audio ermöglicht die Kommunikation mit der Familie sowie die Überwachung in Echtzeit. Merkmale im Überblick Überwachungskamera mit integriertem Zigbee-Hub Verbindung von bis zu 128 Aqara-Sensoren und -Controllern möglich Zwei-Wege-Audio für Kommunikation und Überwachung Technische Daten Betriebstemperatur: -10° bis +40 °C Videokompression: H.264 Auflösung: 1080p Blickwinkel: 146° (diagonal) Cloud-Integration: Apple HomeKit, Alexa, Google Home, IFTTT Übertragungsstandard: ZigBee, Wi-Fi Verwendung: Indoor Stromversorgung: USB Lieferumfang Aqara G2H Kamera-Hub Schrauben und Befestigungsplatte Micro-USB auf USB-A Kabel Klebepad Bedienungsanleitung Hilfestellungen zur Einrichtung und Ideen für Hausautomationen findest Du in unserem Blog.

Träumst du von stimmungsvoller Beleuchtung für dein Zimmer, legst aber Wert auf eine originelle Lösung? Yeelight bietet dir genau das! Die Lichtpanels, die du frei auf einer speziellen Basis platzieren kannst, ermöglichen es dir, eine wunderschöne und atmosphärische Stimmung je nach Situation zu kreieren. Sie kommen in 3 verschiedenen Formen - in diesem Angebot findest du ein Smart Cube Light Matrix Gaming-Panel, das dem Ganzen einen erstaunlichen Charakter verleiht. HINWEIS: Es funktioniert nur in Kombination mit einer speziellen Basis, die separat erhältlich ist. Zusammen mit Yeelight regst du deine Vorstellungskraft an, denn es ist mehr als nur Beleuchtung! Perfekte Beleuchtung für deinen Arbeitsplatz Eines der Yeelight-Panels ist das Smart Cube Light Matrix. Es ist mit 25 LED-Perlen ausgestattet. Mit ihnen kannst du die Panelmatrix nach deinen Vorlieben und Stimmungen anpassen, da sie endlose Möglichkeiten bieten! In einer speziellen App für dein Telefon wirst du in der Lage sein, Bilder zu zeichnen, ihre Farbe anzupassen und sogar eine Uhr zu erstellen! Außerdem erleichtert die Steuerungstaste am Würfel die Verwaltung der Beleuchtung und das matte Finish verleiht ihm Eleganz. Viele Möglichkeiten Die Yeelight-Panels lassen deiner Fantasie freien Lauf, da du mit ihnen viele verschiedene Lichtkombinationen erstellen kannst. Wenn sie mit Razer Chroma und Overwolf integriert sind, können sie sich in Echtzeit der Stimmung und Aktivität auf dem Bildschirm anpassen, was für das perfekte Ambiente beim Spielen sorgt. Zusätzlich wird der ARGB-Würfel die Farben des Monitors dynamisch reflektieren, sodass er die Highlights über den Bildschirm hinausbringt. Mit den Yeelight-Panels wirst du deine Lieblingssongs in atemberaubende Lichtshows verwandeln, da sie sich im Rhythmus der Musik bewegen! Regt deine Vorstellungskraft an Mit Yeelight regst du deine Vorstellungskraft an! Du kannst die Panels frei miteinander kombinieren, um vielseitige Sets zu erstellen. Du kannst bis zu 6 davon auf einer einzigen Basis platzieren, sodass der Spaß mit der Beleuchtung nie endet! Mehr noch, mit der Möglichkeit, das Smart Cube Light Matrix anzupassen, regst du deine Vorstellungskraft noch weiter an! Yeelights sind mehr als nur Lichter - du kannst dein Zimmer mit ihnen personalisieren! Einfache Kontrolle Yeelight-Panels sind mit dem Komfort des Benutzers im Sinn konzipiert, sodass sie unabhängig vom System funktionieren - sie eignen sich gleichermaßen für Android und iOS. Sie zeigen auch Kompatibilität mit Matter. Du kannst sie leicht mit Apps wie Apple HomeKit, Google Assistant, Amazon Alexa, Yandex Alice oder Samsung SmartThings verbinden. Mit Yeelight kannst du Konnektivitätsprobleme vergessen! Ab heute kannst du die Beleuchtung genießen, die mit allen Smart-Plattformen kompatibel ist. Zusätzlich wird dir die Yeelight Statio PC-App helfen, dich in dynamischen, sanften Farben zu vertiefen und Unterhaltung auf höchstem Niveau zu genießen!Technische Daten Hersteller Yeelight Modell YLFWD-0007 Nennleistung 100-240V~50/60Hz, 0.17A Abmessungen 75 × 75 × 75 mm Kompatible Systeme Android 7.0 und iOS 16.2 und höher Maximale Anzahl verbundener Würfel 6 Drahtlose Verbindung Wi-Fi IEEE 802.11 b/g/n 2.4 GHz, Bluetooth 5.0

Binocular Camera Base für Raspberry Pi Compute Module 4, (Interface Expander & FFC nicht enthalten) Diese Binocular Camera Base ist für das Raspberry Pi Compute Module 4 (CM4) entwickelt und eignet sich sowohl zur Evaluierung als auch zur Integration in Endprodukte. Sie unterstützt alle CM4-Varianten, einschließlich Lite und eMMC-Versionen, und bietet duale Kameras mit umfangreichen Schnittstellen. Merkmale im Überblick Interface Expander & FFC nicht enthalten  Unterstützt alle CM4-Varianten Dual-Kamerasensoren: 8MP IMX219 Stabile Spannung für drahtloses Streaming Gigabit Ethernet, HDMI, USB 2.0 Auslaufsichere Batterie Technische Daten CM4-Sockel: geeignet für alle Varianten des Compute Module 4 USB: USB 2.0 × 1 FFC-Anschluss: HDMI & PCIe & USB FFC connector × 1 GPIO FFC connector × 1 Duale Kamera: 8MP IMX219 Auflösung: 3280 × 2464 (pro Kanal) CMOS-Größe: 1/4 inch Blende: F2.4 Brennweite: 2.6mm Sichtfeld (FOV): 83/73/50 Grad (diagonal/horizontal/vertikal) Verzerrung: < 1% Basislinienlänge: 60mm Video: HDMI × 1, unterstützt 4K 30fps Ausgabe Speicher: MicroSD-Kartensteckplatz für Compute Module 4 Lite (ohne eMMC) Stromeingang: 5V/2.5A Abmessungen: 85.0 × 51.5mm Sonstige Daten Geeignet für AI-Anwendungen wie Vision Robots, Depth Vision Projects, Stereo Vision Projects Intelligenter Verkehr: Erkennung und Erkennung von Fahrzeugen, Fußgängern, Verkehrsschildern, Verkehrssituationen Intelligentes Fahren: Erkennung und Reichweitenbestimmung von Fahrzeugen und Straßenzuständen, Fahrerzustandserkennung Mathewettbewerbe: geeignet für Lehrwettbewerbe wie Robotersehen, OpenCV, AI IoT-Projekte, Python-Programmierung Robotik: Einsatz in der industriellen Robotik, ermöglicht Funktionen wie Zielidentifikation, Positionierung, Größenmessung, binokulares Tiefenkartieren, Navigation Lieferumfang 1x Dual camera base  1x Screws pack  Link Produktanleitung

Dieser Combo-Konverter ermöglicht die Verbindung einer M.2 PCIe NVMe SSD oder einer M.2 SATA SSD über USB an einen Computer oder ein Notebook. Der Konverter ist mit den SSD-Formaten 2280, 2260, 2242 und 2230 kompatibel und unterstützt sowohl M.2 SSDs mit PCIe (NVMe) als auch SATA-Schnittstelle. Mit dem USB 3.2 Gen 2-Anschluss sind Datentransferraten von bis zu 10 Gbps möglich. Er eignet sich hervorragend als Testequipment durch den direkten Einbau der SSD und die Plug & Play-Funktionalität. Merkmale im Überblick Kompatibel mit M.2 PCIe NVMe und SATA SSDs Unterstützt Datentransferraten von bis zu 10 Gbps Plug & Play, kein zusätzliches Gehäuse notwendig Technische Daten 1 x SuperSpeed USB 10 Gbps (USB 3.2 Gen 2) Typ-A Stecker 1 x 67-Pin M.2 Key M Slot Chipsatz: Realtek RTL9210B Unterstützte Formate: 2280, 2260, 2242, 2230 mit Key M oder Key B+M Datentransferrate: bis zu 10 Gbps Abmessungen (LxBxH): ca. 110 x 22 x 6 mm Systemvoraussetzungen Android 11.0 oder neuer, Chrome OS, Linux Kernel 5.13 oder neuer, Mac OS 12.3.1 oder neuer, Windows 8.1/8.1-64/10/10-64/11 PC oder Notebook mit einem freien USB Typ-A Port Lieferumfang 1x M.2 Konverter 1x Befestigungsmaterial 1x Schraubendreher

The THERMAL HAT is an M5StickC compatible infrared thermal imaging device for humans. Built-in MLX90640 thermal sensor that measures the surface temperature of an object and generates a thermal image through a temperature gradient formed by the surface temperature. The resolution is 32 x 24) MLX90640 infrared (IR) sensor arrays offer high resolution and the ability to operate reliably in harsh environments. Compared to expensive high-end thermal imaging cameras, Hat-Thermal is a cost-effective alternative. The advantage of this relatively generic microbolometer is that it does not need to be recalibrated frequently, ensuring continuity of detection and reducing system maintenance costs. The field of view offers a wide-angle version (110 ° × 75 °). The I2C address is 0x33. (GOIO 0/26) Product features Operating voltage: 3V ~ 3.6V Power consumption: 23mA Field of view: 110°x75° Measuring range: -40°C ~ 300°C Resolution: ±1.5°C Refresh rate: 0.5Hz-64Hz Operating temperature: -40°C ~ 85°C Scope of delivery 1x THERMAL CAMERA HAT Application examples High-precision non-contact temperature measurements Intrusion/movement detection Visual IR thermometers Application Specifications Resources Parameters Communication Protocol I2C?0x33 Net weight 8g Gross weight 13g Product size 25*24*14m Product size 40*42*30mm Documents/Downloads DOCUMENTS

SANlight EVO 3-60 1.5, Indoor Grow-Lampen Set für 60x60 Zelte, inkl. Hangers, Netzkabel, M-Dimmer, 940 µmol/m²/s, 200W Starte mit dem SANlight EVO 3-60 1.5 Set, das alles bietet, was du für eine erfolgreiche Pflanzenzucht benötigst. Dieses Set beinhaltet die kompakte und leistungsstarke EVO 3-60 1.5 Lampe, ein Netzkabel, zwei robuste SANlight Hangers mit einer Tragkraft von jeweils 34 kg und einen praktischen M-Dimmer zur präzisen Steuerung der Lichtintensität. Die EVO 3-60 1.5 wurde speziell für Anbauflächen von 60x60 cm entwickelt und erreicht mit einer durchschnittlichen PPFDe von 940 µmol/m²/s bei nur 200 W eine herausragende Lichtintensität. Dies macht das Set besonders geeignet für kleinere Indoor-Gärten, wo Effizienz und kompakte Bauweise entscheidend sind. Dank des Dimmers kannst du die Beleuchtungsstärke genau an die Bedürfnisse junger oder empfindlicher Pflanzen anpassen, was das Pflanzenwachstum verbessert und Energie spart. Die modulare Bauweise und die asymmetrische Sekundäroptik sorgen für eine gleichmäßige Lichtverteilung über die gesamte Anbaufläche, was zu gleichmäßigen Wachstumsbedingungen führt. Mit einer Effizienz von mehr als 3 µmol/J und der robusten IP65-Schutzklasse ist dieses System eine Investition, die sich durch dauerhafte Leistung und Zuverlässigkeit auszahlt. Merkmale im Überblick Kompaktes Design: Speziell für 60x60 cm Flächen entwickelt, liefert sie eine durchschnittliche PPFDe von 940 µmol/m²/s bei nur 200 W. Flexible Anpassung: Mit dem enthaltenen Dimmer lässt sich die Lichtintensität ideal für verschiedene Wachstumsphasen und Pflanzentypen einstellen. Hohe Effizienz: Effizienz über 3 µmol/J gewährleistet eine optimale Lichtausbeute bei minimalem Energieverbrauch. Robuste Bauweise: IP65 Schutzklasse sichert die Lampe gegen Wasser und Staub, ideal für raue Umgebungen. Modular und vielseitig: Die modulare Bauweise und asymmetrische Optik ermöglichen eine flexible Installation und gleichmäßige Lichtverteilung. Komplettes Set: Inklusive aller notwendigen Komponenten wie Lampe, Netzkabel, Hangers und Dimmer für einen sofortigen Start. Langlebigkeit: WICOP Technologie LEDs konzipiert für eine lange Lebensdauer mit über 90.000 Stunden bei 90% Lichtoutput WICOP-Technologie Um eine hohe Effizienz und Langlebigkeit zu gewährleisten, verwendet SANlight die patentierte WICOP-Technologie des LED-Herstellers Seoul Semiconductor in Kombination mit der bewährten Osram UX3-Technologie. WICOP steht für „Wafer Level Integrated Chip On PCB“ und ist eine Technologie, bei der LEDs direkt auf der Leiterplatte montiert werden, was eine hohe Lichtausbeute und einen reduzierten Energieverbrauch ermöglicht. UX3-Technologie Die Osram UX3-Technologie zeichnet sich durch ihre hohe Effizienz und Lichtstabilität aus, die insbesondere bei der Beleuchtung von Pflanzen von Vorteil ist. SANlight bleibt damit seinem hohen Qualitätsanspruch treu und erreicht eine herausragende Langlebigkeit: Über eine Betriebsdauer von 90.000 Stunden sinkt die Lichtleistung nur um etwa 10%. Dies bedeutet, dass die LEDs auch nach vielen Jahren intensiver Nutzung nahezu die volle Leuchtkraft beibehalten. Abdeckung Ein weiterer wichtiger Bestandteil der SANlight-Produkte ist die schützende Sekundäroptik. Diese transparente Abdeckung sorgt dafür, dass die LEDs vor chemischen Einflüssen und Verschmutzungen geschützt sind, was den Lichtverlust minimiert. Zudem ist sie einfach zu reinigen, wodurch die Wartung vereinfacht wird und die Effizienz der LEDs langfristig erhalten bleibt. Technische Daten Leistungsaufnahme: 200 W Photonenflussdichte: 545 µmol/s Eingangsspannungsbereich: 100 – 240/277 V, 50/60 Hz Leistungsfaktor: > 0,95 Schutzklasse: IP65 Emissionswellenbereich: 400 – 780 nm Maße (LxBxH): 468 x 291 x 112 mm Gewicht: 3,5 kg Die gleichmäßige Lichtverteilung des EVO 3-60 Sets wird durch fortschrittliche Technologien sichergestellt, die eine stabile Lichtintensität über die gesamte Anbaufläche hinweg garantieren. Dies bedeutet, dass alle Pflanzen gleichmäßige Wachstumsbedingungen erhalten und optimal versorgt werden, was das Wachstum verbessert. Erweiterte Lichtspektren: Die EVO 3-60 nutzt ein Spektrum, das den klassischen PAR-Bereich (380-780 nm) abdeckt und somit alle wichtigen Lichtwellenlängen für das Pflanzenwachstum bietet. Diese umfassende Abdeckung sorgt für gesunde Pflanzenentwicklung und optimale Erträge. PPFDe-Plots und Messmethoden: Die Lichtverteilung und Leistung der Lampe werden mittels genauer PPFDe-Messungen überprüft, um realitätsnahe Werte zu liefern. Diese Visualisierungen zeigen die Effektivität der Lampe über die gesamte Anbaufläche und erleichtern eine fundierte Entscheidungsfindung beim Anbau. CO2-angereicherte Setups: Auch in CO2-angereicherten Umgebungen zeigt die EVO 3-60 eine beeindruckende Lichtausbeute, wodurch die gesteigerte Lichtaufnahme der Pflanzen unterstützt und die Ertragsmenge erhöht wird. Empfehlung: Das SANlight EVO 3-60 Set ist eine ideale Wahl für langfristige Anbauprojekte. Dank der stabilen Leistung bleibt die Effizienz der LEDs über viele Anbauzyklen hinweg erhalten, wodurch ein frühzeitiger Austausch nicht erforderlich ist. Kombiniert mit einer Homebox Ambient Q60+ bietet dieses Set eine homogene Beleuchtung und hohe Effizienz für optimale Ergebnisse. Lieferumfang 1x EVO 3-60 1x Netzkabel 2x SANlight Hangers 1x SANlight M-Dimmer Links PAR und PPFD Messungen 1.5 Datenblatt EVO-Serie 1.5 Anleitung Härtetest

Arduino Nicla Sense ME The Nicla Sense ME is a tiny, low-power tool that sets new standards for smart sensor solutions. With the ease of integration and scalability of the Arduino ecosystem, the board combines four state-of-the-art sensors from Bosch Sensortec: the BHI260AP motion sensor system with integrated AI, the BMM150 magnetometer, the BMP390 pressure sensor and the BME688 4-in-1 gas sensor with AI and integrated highly linear and highly accurate pressure, humidity and temperature sensors. It measures rotation, acceleration, pressure, humidity, temperature, air quality and CO2 levels by bringing completely new Bosch Sensortec sensors to the market. Features at a glance Small size, packed with features Low power consumption Adds sensing capabilities to existing projects Can be used as a stand-alone battery-powered board Powerful processor capable of processing intelligence at the edge Measures motion and environmental parameters Robust hardware, including industrial sensors with embedded AI BLE connectivity maximises compatibility with professional and consumer equipment 24/7 sensor data processing with extremely low power consumption Technical specifications Microcontroller: 64 MHz Arm Cortex M4 (nRF52832) Sensors: BHI260AP, BMP390, BMM150, BME688 I/O: 1x I2C, 1x serial, 1x SPI, 2x ADC, programmable I/O voltage from 1.8-3.3V Connectivity: Bluetooth 4.2 Power supply: Micro USB, pin header, 3.7V Li-po battery with integrated charger Memory: 512KB Flash / 64KB RAM, 2MB SPI Flash for memory, 2MB QSPI for BHI260AP Interface: USB with debug function Dimensions: 22.86 mm x 22.86 mm Weight: 2 g Compatibility Compatible with the Arduino MKR and Portenta series Scope of delivery 1x Nicla Sense ME Links to To the BerryBase Blog

The PoE/ETH/USB HUB HAT is a PoE (Power over Ethernet) USB HUB HAT for the Raspberry Pi Zero. By using this small HAT and some 802.3af compatible power supplies, it is possible to provide both a network connection and a power supply for your Raspberry Pi with just one Ethernet cable, along with 3x extended USB ports. Designed for Raspberry Pi Zero, compatible with Zero series boards Includes RTL8152B Ethernet chip, with 10M / 100M auto-negotiation RJ45 port PoE (Power over Ethernet) function, 802.3af compatible Fully isolated SMPS (Switch Mode Power Supply) 3x extended USB ports, compatible with USB 2.0 / 1.1 Power specifications PoE power input 37V ~ 57V DC in Power output 5V 2.5A DC out Network standard IEEE 802.3af compliant PoE Dimensions 23.10 × 65.00 mm

9-axis motion shield for Arduino The Arduino 9-axis motion shield is based on the BNO055 absolute orientation sensor from Bosch Sensortec GmbH. It integrates a 14-bit triaxial accelerometer, a 16-bit triaxial gyroscope with a range of ±2000 degrees per second and a triaxial geomagnetic sensor with a 32-bit microcontroller running BSX3.0 FusionLib software. The sensor provides data on three-dimensional acceleration, yaw rate and magnetic field strength in three perpendicular axes. Features at a glance Based on the BNO055 absolute alignment sensor from Bosch Sensortec GmbH Integrates triaxial 14-bit accelerometer, triaxial 16-bit gyroscope and triaxial geomagnetic sensor Provides data on three-dimensional acceleration, yaw rate and magnetic field strength With 32-bit microcontroller running BSX3.0 FusionLib software Technical data Triaxial 14-bit acceleration sensor Triaxial 16-bit gyroscope with a range of ±2000 degrees per second Triaxial geomagnetic sensor 32-bit microcontroller with BSX3.0 FusionLib software Scope of delivery 1x Arduino 9-axis motion shield Links to To the BerryBase Blog

This is an NFC development kit based on the ST25R3911B, with an AT32F413RBT7 controller, OLED display, user buttons and general user interfaces. It is the ideal choice for learning and developing NFC applications. The kit supports multiple NFC protocols, has an output power of up to 1.4 W and a capacitive wake-up function with low power consumption. It is suitable for applications that require high RF performance, flexibility and low power consumption, such as access control, ticketing, industrial, medical treatment, consumer goods and so on. Features Supports multiple protocols: ISO18092, ISO14443A, ISO14443B , ISO15693, FeliCa™ Differential antenna design, output power up to 1.4 W, larger detection range Embedded capacitive sensor with low power consumption, enables sensing and capacitive wake-up, recognising the nearby card without activating the reader's magnetic field STM32F103RBT6 controller, easy to learn, evaluate or integrate directly, requires no additional external controller 1.3" OLED display, enables visual operation Onboard SRAM, additional space to the internal RAM Micro SD slot, supports external TF card for storing data transmitted via NFC 4x buttons, 2x user displays, convenient for debugging Onboard programming interface, UART debugging interface, breakout of all unused IO pins for connecting other user peripherals Customised acrylic housing, protective and dustproof Detailed development resources and manual in the Waveshare Wiki Specifications NFC chip: ST25R3911B Operating frequency: 13.56MHz Output power: 1.4 W (max) Communication interface: SPI Power supply voltage: 5V Operating voltage: 3.3V Protocol support: ISO18092 (NFCIP-1) active P2P ISO14443A, ISO14443B, and FeliCa™ ISO15693 Other customised protocols (such as MIFARE™ Classic) Scope of delivery ST25R3911B NFC board x1 Micro SD card 16GB x1 Micro SD Card Reader x1 USB-A to Micro-B cable x1 Wiki: www.waveshare.com/wiki/ST25R3911B_NFC_Board

Arduino MKR ZERO: Powerful 32-bit ARM® Cortex® M0+ development board The MKR ZERO combines the power of a Zero in the smaller format of the MKR form factor. Designed as an excellent educational tool for 32-bit application development, it features an SD card connector with dedicated SPI interfaces (SPI1) to play music files without additional hardware. The board is powered by Atmel's SAMD21 MCU with a 32-bit ARM® Cortex® M0+ core. Features at a glance 32-bit ARM® Cortex® M0+ core with SAMD21 MCU Built-in SD card connector with SPI1 interfaces for music files Works with 3.3V, maximum voltage tolerance of the I/O pins is 3.3V Easy connection to the computer via micro USB or power via LiPo battery Battery voltage can be monitored as there is a connection between the battery and the analogue converter Technical specifications Microcontroller: SAMD21 Cortex-M0+ 32bit low power ARM® MCU Board power supply (USB/VIN): 5V Supported battery: Li-Po single cell, 3.7V, 700mAh min. DC current for 3.3V pin: 600mA DC current for 5V pin: 600mA Circuit Operating Voltage: 3.3V Digital I/O pins: 22 PWM Pins: 12 UART, SPI, I2C: 1 each Analogue input pins: 7 (ADC 8/10/12 bit) Analogue output pins: 1 (DAC 10 bit) External interrupts: 10 Flash memory: 256 KB Flash memory for bootloader: 8 KB SRAM: 32 KB Clock Speed: 32.768 kHz (RTC), 48 MHz Scope of delivery 1x Arduino MKR ZERO Board Links to To the BerryBase Blog

RGB pixels are digitally controllable lights that you can set to any colour or animate. Each round 'pixel cluster' contains 3 RGB LEDs and a controller chip soldered onto a circuit board. The pixel is then encased in a clear white 'dot' to make it weatherproof. These are quite large pixels, but they are easy to assemble, with two plastic flanges. They are typically used to make outdoor signs. Compared to our other LED dots, these are much larger and much brighter, good for larger installations. The pixels are connected via a 4-core cable. +12VDC, ground, data and clock. The data is shifted down from one pixel to the next, so you can easily cut the strand or add more to the end. Each dot is digitally controlled, with an internal 8-bit PWM LED driver (24-bit colour for 16 million different hues). The pixels need to be clocked by a microcontroller, we have linked a sample code below that works on an Arduino, it should be easy to adapt to any other microcontroller. The pixels use 3 x 5050 RGB LEDs, and the dot has a full 180 degree colour spread due to the translucent nature. All LEDs are controlled at once, so you cannot have one pixel with the three LEDs of different colours. (Colour control is per single point 3-LED pixel only) The total maximum brightness of all LEDs is about 4000mcd. (Please note: mcd ratings of LEDs are notoriously inflated by most LED sellers, so be extra-skeptical when checking LED ratings) Sold by the strand, each strand has 20 pixels in series! Each strand has two JST SM 3-pin connectors, so you can connect multiple strands in a row, as many as you want, just make sure you know how much power you want. The two power leads are brought out separately to make wiring easier, a 2.1mm terminal block adaptor is handy here to connect a DC power supply. We have a 12V/5A supply which should be able to run 2 or more strings (depending on power consumption). The LEDs are run at constant current so you'll have consistent colours across the string as long as you have a stable 12V supply You can control these with an Arduino using any two microcontroller digital pins, check out this library which also includes example code to demonstrate the strings and be sure to read our very detailed tutorial on how to use them! As these are almost identical in functionality to the 36mm pixels, this guide will make you shine.

Das Avatto WT50 Smart Thermostat steuert Warmwasserboiler und ermöglicht es dir, deren Stromversorgung direkt ein- und auszuschalten, um Warmwasser für die Raumheizung bereitzustellen. Er ist mit einem 10K B3950 NTC-Sensor ausgestattet, der für eine Temperaturgenauigkeit von bis zu 1°C verantwortlich ist. Er lässt sich über die Tuya und Smart Life Apps mit einem Smartphone/Tablet verbinden und funktioniert mit Sprachassistenten. Anpassen der Bedienung an deine Bedürfnisse Über die Tuya oder Smart Life App kannst du den Betrieb des Thermostats programmieren. Das Gerät unterstützt verschiedene Temperatureinstellungen für einen Zeitraum von 5+1+1 / 5+2 / 7 Tagen mit jeweils 6 Zeitmodi pro Tag. Du kannst auch den manuellen, automatischen oder abwesenden Modus verwenden. Komfortable Steuerung Du kannst das Avatto WT50 Smart Thermostat auf 3 verschiedene Arten steuern. Das Produkt funktioniert mit der Tuya oder Smart Life App, die du auf dein Smartphone oder Tablet mit Android- und iOS-Betriebssystemen herunterlädst. So kannst du den Betrieb des Produkts anpassen, egal wo du bist. Es ist auch möglich, den WT50 über Sprachbefehle zu steuern - der Thermostat ist mit Amazon Alexa, Google Home, Yandex Alice usw. kompatibel. Du kannst auch die Tasten am Gerät benutzen. Zugang zu den wichtigsten Informationen Ein weiterer Vorteil des Avatto WT50 ist das LCD-Display. Auf ihm erfährst du die eingestellte Betriebsart, die Verbindung zum Netzwerk, die eingestellte Temperatur oder die Sicherheitssperre. Außerdem zeigt das Thermostat die aktuelle Uhrzeit an. Du kannst auch die Helligkeit des Bildschirms einstellen oder ihn ganz ausschalten. Auf diese Weise hast du alle wichtigen Informationen immer griffbereit - ein Blick genügt! Zusätzliche Funktionen Das Avatto WT50 Smart Thermostat ist mit einer speziellen Kindersicherung ausgestattet, die die Benutzung der Tasten verhindert. Dadurch wird verhindert, dass du eine unerwünschte Funktion ein- oder ausschaltest. Außerdem werden im Falle eines Notfalls oder eines vorübergehenden Stromausfalls die zuletzt verwendeten Einstellungen wiederhergestellt. Lieferumfang Thermostat Gebrauchsanweisung Schrauben x2 Spezifikation: Hersteller Avatto Modell WT50-BH-3A Farbe Grau Material PC V0 Spannung 95-230V AC,50/60HZ Maximale Belastung 3A Sensor NTC 10K B3950 Anzeige LCD Genauigkeit 1°C Temperaturbereich 5°C - 60°C Abmessungen 86 x 86 x 40 mm Anwendung Tuya, Smart Life Sprachsteuerung Amazon Alexa, Google Home, Yandex Alice, etc. Kabellose Konnektivität 2,4 GHz Wi-Fi

Turn your projects green this summer with our special USB/solar lithium-ion polymer charger! This charger is a very unique design, perfect for outdoor projects or DIY iPod chargers. We spent over a year testing and tinkering with this charger to find a plug-and-play solution for charging batteries with the sun, and we're really happy with what we ended up with. Easy to use! Take a 3.7V/4.2V LiIon battery and a 6V solar panel. Plug the battery into the BATT connector with a 2-pin JST cable and the solar panel into the DC socket with a 2.1mm adapter cable. Place the solar panel outside (and keep the battery out of the sun, it must be kept cool! You can simultaneously power another project such as a Mintyboost by connecting it to the LAST output Our carefully designed charger has been specifically developed for solar charging and automatically draws the maximum possible current from the panel in all light conditions! Even though it is not a 'true' MPPT (Max Power Point Tracker), it has almost identical performance without the added cost of a step-down converter. Our detailed guide to using this charger includes a design document that explains how everything works. For use with Adafruit Lipoly/LiIon batteries only! Other batteries may have a different voltage, chemistry, polarity or pinout. This product is only suitable for use with solar panels sold in the Adafruit Store. We cannot guarantee that it will work with solar panels purchased elsewhere. Please purchase this kit and panels from Adafruit to ensure optimal functionality! Using larger panels, either with higher voltage or current output, could also damage the charger. A 2.1 mm adapter cable is also required to connect a solar panel to the DC power socket. Included is a populated charging board, a 2-pin JST cable that fits into either the BATT or LOAD port, and a large stabilising capacitor that must be installed in your finished project. Not included is a Lipoly battery or solar panel Lithium-ion or lithium-polymer battery with 3.7V/4.2V Charging with 5-6V DC, USB or 6V solar panel! Too dark outside? Use a USB mini-B cable or a 5V DC adapter Automatic charging current tracking for highly efficient use of a solar panel with any wattage Use any 6V solar panel Three coloured indicator LEDs - Power good, Charging and Done Low battery indicator (fixed at 3.1V) with LED output Set for 500mA maximum charge rate, can be adjusted from 50mA up to 1A by soldering in a resistor Always draws the maximum possible current from a solar cell - up to the maximum charging rate! Smart load balancing automatically utilises input power when available to protect the battery from constant charging/discharging Temperature monitoring of the battery by soldering in a 10K NTC thermistor (not included) - recommended for outdoor projects where the battery can get hot (50°C) or cold (0°C).

Hinweise zum Artikel Es handelt sich um einen Versandrückläufer bei dem die Originalverpackung bereits geöffnet wurde. Die Verpackung kann leicht beschädigt sein oder der Artikel nachverpackt sein. Das Produkt selbst weißt keine oder nur minimale Gebrauchsspuren wie z.B. Fingerabdrücke oder Putzschlieren auf. Um Ihnen technisch eine einwandfreie Funktion zu gewährleisten, wurde das Produkt von unseren Technikern einer gründlichen Prüfung unterzogen. ACHTUNG: ES HANDELT SICH UM EINZELSTÜCKE Auf diesen Artikel erhalten Sie 2 Jahre Gewährleistung. Der Artikel ist nicht für eine Cashback Aktion o.ä. qualifiziert. Produktbeschreibung Jabra Elite 85t titan Schwarz Kopfhörer inklusive Charging PadVerbindung mit bis zu 8 Endgeräten, gleichzeitige Verbindung mit bis zu 2 EndgerätenIndividuell einstellbarer ANCAutomatisches Anhalten der MusikwiedergabeBis zu 25 Stunden Akkulaufzeit in Verbindung mit dem Ladeetui (bei aktivierter ANC)Bis zu 60 Minuten Akkulaufzeit bei 15 Minuten Ladezeit im LadeetuiMit Qi-fähigen Wireless-Charging-Pads kompatibel (Wireless-Charging nicht enthalten)Tastenfunktionen kann in derJabra Sound+ App über MyControls konfiguriert werden Eigenschaften ProdukttypenBluetooth-Kopfhörer, ANC-Kopfhörer, EarbudsTypenGeschlossen, DynamischAnkopplung an das Ohrim Ohr sitzendFunktionÜbertragungsartkabellosgeeignet fürSmartphoneFunktionenkabelloses Aufladen mit Lade-Transport-BoxAusstattungMikrofonHeadsets kompatibel mitAndroid, iOSHersteller-BesonderheitenActive Noise CancellingSoundmodusStereoSoundfunktionTransparenz ModusBluetooth EigenschaftenBluetooth-VersionBluetooth 5.0Bluetooth CodecsSBC, AACAkkuAkkulaufzeit7 hAkkulaufzeit (mit Noise-Canceling)5 hAufladen der Kopfhörer per Ladebox3 malMikrofonMikrofon Positionim Kopfhörer

Die dimmbare smarte Glühbirne Yeelight GU10 sorgt nicht nur für fantastisches Licht in deinen Räumen, sondern ermöglicht es dir auch, die Helligkeit nach Belieben einzustellen. Sie ist supereinfach zu installieren und dank Fernsteuerung und Gruppierungsfunktion leicht und komfortabel zu bedienen. Zudem ist die Leuchte energieeffizient. im Standby-Modus verbraucht sie nur 0,23W. Mit ihr brauchst du dir keine Sorgen um hohe Stromrechnungen zu machen. Helligkeit individuell einstellen Eine der wichtigsten Funktionen der Birne ist die Anpassung ihrer Lichtstärke. Nutze diese Möglichkeit, um das Licht ganz nach deinen Wünschen, Bedürfnissen oder für besondere Anlässe zu gestalten. Brauchst du volle Konzentration - zum Beispiel für Arbeit oder Lernen - stelle ein sehr helles Licht ein. Möchtest du entspannen und zur Ruhe kommen? Dann wähle ein weiches Leuchten, das für eine beruhigende Atmosphäre sorgt. Lichtsteuerung aus der Ferne Füge die Glühbirne zur Yeelight-App hinzu und gewinne dadurch Fernsteuerung. So kannst du das Licht mit deinem Smartphone ein- und ausschalten, die Helligkeit justieren, Zeitpläne festlegen oder Szenen kreieren. Das Produkt ist zudem kompatibel mit Google Assistant, Amazon Alexa und Samsung SmartThings, sodass deine smarten Assistenten dir bei der Bedienung helfen können. Birnen gruppieren für noch bequemere Kontrolle Wusstest du, dass du nicht jede Birne einzeln steuern musst? Nutze die Möglichkeit, mehrere Geräte zu gruppieren und beliebig viele gleichzeitig zu bedienen. Mit einem Abstrahlwinkel von 36° ist es zum Beispiel empfehlenswert, mehrere im Wohn- oder Schlafzimmer zu installieren und sie dann zu gruppieren, um ihre Funktion je nach Anlass anzupassen. So erleuchtest du deine Räume genau nach deinem Geschmack. Du wirst sie problemlos installieren Trotz ihrer großen Fähigkeiten ist die Bedienung der Glühbirne extrem einfach. Auch die Installation bereitet keine Probleme. Einfach einschrauben, mit dem WLAN verbinden und in wenigen Schritten konfigurieren ? die Yeelight-App führt dich durch den gesamten Vorgang. In nur wenigen Momenten genießt du die Bequemlichkeit deiner smarten Beleuchtung. Spare Strom und Geld Die energieeffiziente dimmbare GU10-Birne ist umweltfreundlich und kostengünstig im Betrieb. Im Standby-Modus verbraucht sie kaum Strom, und ihre maximale Leistung beträgt nur 4,8W. Das bedeutet, dass du dir um hohe Rechnungen keine Sorgen machen musst. GU10 dimmbar liefert dir nicht nur die Traumbeleuchtung, sondern spart auch Strom und Geld! Technische Daten Hersteller Yeelight Name Yeelight Smart LED Birne GU10 (dimmbar) Modell YLDP004 Abmessungen Ø50x54 mm Gewicht 52,5 g Helligkeit 350 lm Farbtemperatur 2700 K Spannung 220-240 V ~ 50/60 Hz Nennleistung 4,8 W Arbeitstemperatur -10°C - 40°C Betriebsfeuchtigkeit 0-85% rF CRI Ra 80 IP IP20 Leistungsaufnahme im Standby-Modus ≤0,5 W Leistungsfaktor 0,5 Drahtlose Verbindung WLAN IEEE 802.11 b/g/n 2,4GHz Energieeffizienz G Lebensdauer 15 000 h Unterstützte Betriebssysteme Android 4.4 (oder neuere Version) & IOS 9.0 (oder neuere Version) Lichtverteilungswinkel 36° Anzahl der Einheiten pro Paket 4

RGB pixels are digitally controllable lights that you can set to any colour or animate. Each round 'pixel cluster' contains 3 RGB LEDs and a controller chip soldered onto a circuit board. The pixel is then encased in a clear white 'dot' to make it weatherproof. These are quite large pixels, but they are easy to assemble, with two plastic flanges. They are typically used to make outdoor signs. Compared to our other LED dots, these are much larger and much brighter, good for larger installations. The pixels are connected via a 4-core cable. +12VDC, ground, data and clock. The data is shifted down from one pixel to the next, so you can easily cut the strand or add more to the end. Each dot is digitally controlled, with an internal 8-bit PWM LED driver (24-bit colour for 16 million different hues). The pixels need to be clocked by a microcontroller, we have linked an example code below that works on an Arduino, it should be easy to adapt to any other microcontroller. The pixels use 3 x 5050 RGB LEDs, and the dot has a full 180 degree colour spread due to the translucent nature. All LEDs are controlled at once, so you cannot have one pixel with the three LEDs of different colours. (Colour control is per single point 3-LED pixel only) The total maximum brightness of all LEDs is about 4000mcd. (Please note: mcd ratings of LEDs are notoriously inflated by most LED sellers, so be extra-skeptical when checking LED ratings) Sold by the strand, each strand has 20 pixels in series! Each strand has two JST SM 3-pin connectors, so you can connect multiple strands in a row, as many as you want, just make sure you know how much power you want. The two power leads are brought out separately to make wiring easier, a 2.1mm terminal block adaptor is handy here to connect a DC power supply. We have a 12V/5A supply which should be able to run 2 or more strings (depending on power consumption). The LEDs are run at constant current so you'll have consistent colours across the string as long as you have a stable 12V supply You can control these with an Arduino using any two microcontroller digital pins, check out this library which also includes example code to demonstrate the strings and be sure to read our very detailed tutorial on how to use them! As these are almost identical in functionality to the 36mm pixels, this guide will make you shine.