ADAFRUIT DEBO LED NP8 - Developer boards - NeoPixel-Stick with 8 WS2812 RGB-LEDs
18.21 EUR
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"8 ultrabright LED Neopixels arranged in strips.
Delivery Cost: 9.95 EUR
Availability: in stock
Delivery Time: 4-5 business days
Condition: new
"8 ultrabright LED Neopixels arranged in strips.
- 8 individually addressable RGBs
- voltage range: 4 - 7 V
- Dimensions: 51 x 10 x 3.2 mm
Delivery Cost: 9.95 EUR
Availability: in stock
Delivery Time: 4-5 business days
Condition: new
Comparison of Similar Products
- 16 individually addressable RGBs
- voltage range: 4 - 7 V
- outside diameter: 36.8 mm
- inside diameter: 23.3 mm
- Digital output
- 50 Hz to 15 kHz
- I2S Interface
- • 1,6 ... 3,6 V Operating voltage
- SPH0645LM4H
- charging current: max. 1000 mA
- with low-battery detection
- 2 A internal switch
- Dimensions: 22 x 37 x 7 mm
- FT232H chip and one EEPROM for onboard configuration
- 20x GPIO
- Dimensions: 38 x 23 x 4 mm
- selectable I2C address: 0x70 to 0x77
- Dimensions: 30.6 x 17.6 x 2.7 mm
- 8-channel
- VCC isolation function: If one of the VCC inputs is on ground, all outputs are in high impedance status
- Low current consumption: max. 4 mA
- absolute orientation
- angular velocity vector
- acceleration vector
- magnetic field strength vector
- linear acceleration vector
- gravity vector
- temperature
- uses the I2C address 0x28 (default) or 0x29
- Dimensions: 20 x 4 x 27 mm
- Uses I2C address 0x44 or 0x45
- mitt relative humidity up to ±2%
- Accuracy: ±0.3°C
- 12.7 x 18 x 2.6 mm
Merkmale
• Grüne + Rote LED
• Wellenlänge: 571 nm + 644 nm
• Durchmesser der LEDs: 3 mm
• diffus klare Linse
• 150° Abstrahlwinkel
Elektrische Eigenschaften
• Spannung: 2,0 - 2,5 V
• Strom: 10 mA
Anschluss
1: Rote LED
2: Grüne LED
3. Masse
Instead of struggling with two multimeters, you can simply use the handy INA219B chip on this board to measure both voltage and DC current consumption via the I2C interface.
- Current measurement resistance: 0.1 Ohm / 1% / 2 W
- Target voltage: up to 26 V
- Current measurement: up to 3.2 A
- Resolution: 0.8 mA
- Dimensions: 20 x 23 mm
- 1 TOPS on-device AI performance for fast and efficient data processing
- Video encoding with 5 MP resolution at 30 FPS for high-quality image capture
- Programmable and customizable for a wide range of AI applications
- Modular hardware with expandable interfaces for maximum flexibility
- ideal for developers who want to build or experiment with vision AI systems
The combination of powerful on-device AI and flexible architecture makes reCamera an optimal choice for applications such as machine vision, object recognition and edge AI. Extensive customization options are available for developers to meet specific project requirements.
Technical specifications
- AI performance: 1 TOPS @ Int8
- SoC: SG2002
- CPU: Dual-Core C906 (1 GHz + 700 MHz)
- MCU: 8051 with 8 KB SRAM
- RAM: 256 MB
- Video encoding: 5 MP @ 30 FPS
- Camera sensor: OV5647
- eMMC: 8 GB
- Expansion: removable TF card (up to 2 TB, not included)
- Ethernet: 100 Mbps
- USB: USB Type-C (2.0)
- Buttons: 1 reset button, 1 boot button
- Status display: 1 power LED, 2 programmable IO LEDs
- Fill light: 0.3 W white light
- Microphone: onboard microphone
- Speaker: external speaker
- Power supply: 5 V @ 1 A
- Dimensions: 40 x 40 x 36.5 mm
In summary, reCamera is a powerful and versatile solution for modern vision AI projects that impresses with its open architecture and modular design.
External links
https://github.com/Seeed-Studio/OSHW-reCamera-Series
https://github.com/Seeed-Studio/reCamera-OS"
- 6 address selection pins
- adjustable frequency PWM up to approx. 1.6 kHz
- 12 bit resolution for each output
- configurable push-pull or open-drain output
- Dimensions: 54 x 70 x 3 mm
• fully assembled
• red illumination
• with 4-pin bar
• Digit size: 14 x 8 mm
• Dimensions: 27 x 50 x 14 mm
Solder your chip to either side and you can get started with any experiment system.
- simple use with Arduino or another microcontroller
- installed tilt / position detection
- Wide range of use from 2 to 8 g
- very precise with built-in 14-bit ADC
- Dimensions: 21 x 18 x 2 mm
- supply voltage: 2.7 - 5.5 V
- Frequency range: 20 Hz - 20 KHz
- automatic gain, selectable
- Dimensions: 26 x 14 mm
A PWM input also offers the user easy adjustment of the brightness.
Special features
- Operating voltage: 5 V DC
- Power consumption: 3 W
- Light output: 200 lm
- Colour temperature: 6000 K
- I2C controlled, extends 2 signal pins as 16 I/O pins
- I2C address configurable by short-circuiting the A0/A1/A2 bridges
- offers two connection options: PH2.0 Terminal and/or solder pads
- integrated voltage converter, compatible with 3.3 V / 5 V level
- Supplied with development resources and manual
Technical data- Operating voltage: 5 V / 3.3 V
- interface: I2C
- Interrupt pins: INTA, INTB, INTB
- Expansion I/Os: 16
- Mounting hole size: 2.0 mm
- Dimensions: 38 × 23 mm
Documentation and downloads can be found here:
www.waveshare.com/wiki/MCP23017_IO_Expansion_Board
Merkmale
• Grüne + Rote LED
• Wellenlänge: 571 nm + 625 nm
• Durchmesser der LEDs: 5 mm
• diffus klare Linse
Elektrische Eigenschaften
• Spannung für rote LED: 1,9 - 2,2 V
• Spannung für grüne LED: 2,3 - 2,6 V
• Strom: 20 mA
Anschluss
1: Rote LED
2: Grüne LED
3. Masse
Technical features
- Relay type: Omron 1565E G3MB-202P
- Output voltage 100 - 240 V AC
- switching thresholds: 0 - 2.5 V =OFF / 3 - 5 V = ON
- with zero crossing
- Isolation by phototriak
Connections
- DC+:Power supply ( 5 V DC)
- DC-: Ground connection
- IN1 ... IN8: Signal output, active at high level
Features• compatible with Arduino
• compatible with Raspberry Pi only in combination with part no. RPI ADC (see accessories)
• 100 - 1000 ppm measuring range
• high sensitivity (adjustable via potentiometer)
• fast response time
• evaluation of measured values from microcontroller (analog)
• threshold setting possible (digital)
• 24 V loop voltage
• 5 V heating voltage
• 29 Ohm heating resistor at room temperature
• <900 mW Heizleistung
• -10 - +50 °C Betriebstemperatur
measurable substances
• hydrogen (H2)
• various gases containing hydrogen
Connections
• VCC: power supply 5V
• GND: Ground connection
• AOUT: Analog Output
• DOUT: Digital Output
Dimensions
• L x W x H: 52 x 20 x 18 mm
Note900>Attention: The sensor gets warm during operation!
- the sensor detects hydrogen concentrations from 100 to 1000 ppm
- digital and analog outputs are available via through pins
- a threshold can be set using a potentiometer for the digital output
- the device requires a preheating time of 48 hours for optimal function
- the sensor has a long service life, which means that it rarely needs to be replaced
The MQ8 sensor is equipped with digital (DO) and analog (AO) outputs, which facilitate integration into existing systems. The digital output is activated by setting a threshold value using a potentiometer, while the analog output reflects the measured gas concentration. An LED indication informs about the detection status of the gas. In addition, two mounting holes facilitate the secure attachment of the board. It should be noted that the sensor requires a preheating time of 48 hours to reach its optimum operating temperature. Furthermore, the sensor should not be immersed in water or frozen, as this can lead to damage. Exposure to highly corrosive gases should also be avoided in order not to impair the service life of the sensor.
Technical data
- Operating voltage: 5 V
- Logic voltage level: 5 V
- Operating temperature: -10 ... 50 °C
- Gas detection: Hydrogen
- Gas detection range: 100 ... 1000 ppm
- Preheating time: 48 h
- Mounting holes: 2
- Dimensions: 22 x 38 mm
In summary, the MQ8 sensor offers a reliable solution for early detection of hydrogen leaks. Its compatibility with Arduino (or a similar board such as Dasduino) allows easy integration into existing systems. Its long lifetime and ease of use make it a valuable tool for the industry to ensure safety and efficiency.
External links
https://github.com/SolderedElectronics/Hydrogen-sensor-MQ8-breakout-hardware-design"
- detects hydrogen concentrations in the range from 100 to 1000 ppm
- provides digital and analog signals via easyC
- integrated LED as an indicator for gas detection
- four mounting holes for easy attachment
- three male headers for connection flexibility
The MQ8 breakout board serves as an essential tool for monitoring and safety in areas where hydrogen is used or stored. With its ability to detect hydrogen concentrations in the range of 100 to 1000 ppm, it provides critical early warning of potentially dangerous leaks. The use of the easyC system allows for easy integration into existing safety systems and the digital and analog output offers versatile connectivity options. Visual feedback through an integrated LED and convenient mounting through pre-drilled holes maximize ease of use and efficiency.
Technical data
- Detects: Hydrogen
- Voltage: 3.3 V
- Output: digital
- ATTiny404 microcontroller onboard
- easyC/Qwiic compatibility
- Dimensions: 54 x 22 mm
Conclusion: The use of the MQ8 breakout board for Arduino (or a compatible board such as Dasduino) is an effective measure for the early detection of hydrogen leaks. This technology contributes significantly to the minimization of risks and to safety in industry-related and other relevant areas.
easyC
easyC is a robust connection system that optimizes the connection of microcontrollers, sensors and actuators using JST-SH-compatible connectors (JST 4-pin). It offers solderless connections, serial connections of multiple devices (daisy-chaining), error-free design, parallel connection, universal compatibility and intermediate compatibility with Qwiic (Sparkfun connection system), simplifying prototype development. Further information on easyC can be found under ""Data sheets"".
External links
https://github.com/SolderedElectronics/Soldered-MQ-Gas-Sensor-Arduino-Library/tree/main
https://github.com/SolderedElectronics/Hydrogen-sensor-MQ8-breakout-with-easyC-hardware-design"
- Power off 4.5 - 14 V DC
- 20 mA Quiescent current
- maximum gain up to 29.5 dB
- 20 W stereo output (4 O)
- integrated click and pop noise suppression
- short circuit cut-off and overload protection
Specifications
• driver chip ST7735S
• resolution 128 x 160
• SPI interface"
- exceeds the EMI limit unfiltered with up to 30 cm of speaker cable
- supply voltage: 2.7 - 5.5 V
- selectable amplification via 5 pins
- Dimensions: 28 x 24 x 3 mm
- six boards
Der AC- und DC-Eingang dieses Moduls kann durch einen Jumper ausgewählt werden und er kann Spannungen von 3,5 V bis 12 V verarbeiten.
• Chip: KA2284
• Versorgungsspannung: 3,5 V - 12 V
• Einstellbarer Leistungspegelbereich
• AC/DC - Eingang wird durch einen Jumper geregelt
• Maße PCB: 29 x21 mm
Technical data
• Operating voltage: 3 ... 5 V DC
• chipset: QMC5883L / DB5883
• Communication: IIC
• Measuring range: +/- 1.3-8 Gauss
• dimensions: approx. 13.4 x 13.3 mm
Features• Operating voltage:1.71 ... 3.6 V DC
• Operating temperature: -40 ... +85 °C
• Dimensions (LxW): 31 x 20 mm
2 matching pin headers included in the scope of delivery
- Charging with a 5-6 VDC, USB or 6 V solar panel
- automatic charge current detection for highly efficient use of solar panels with any wattage
- three color signal lamps-LEDs
- Battery warning display with LED output
- Set for maximum charging rates of 500 mA
- temperature monitoring
Technical data
• Supply voltage: 5 / 12 V DC
• 4 relays: 250 V AC / 30 VDC, 3A
• Contact configuration: 1 NO+ 1 NC
• Dimensions: 77 x 55 x 17 mm
Technical properties• Input voltage: 4.75 ... 23 V DC
• Output voltage: 1 ... 17 V DC (adjustable)
• Max. output current (permanent): 1.8 A
• Max. output current (short time): 3 A
• Conversion efficiency max. 96
• switching frequency 340 KHz
• Operating temperature: -40 ... +85 °C
• Dimensions (LxWxH): 18 x 12 x 4.5 mm
Features
- Input voltage: 4.5 - 28 V
- Output voltage: 0.8 - 20 V DC
- Output current: up to 3 A (cooled only)
- Switching frequency: 1 MHz
- Efficiency: up to 96
- Dimensions: 22 x 17 x 4 mm
Technical Data• chipset: A4988
• operating voltage: 8 - 35 V
• output current up to 1 A per phase
(cooled up to 2 A)
• full step, half step..1/16 step
Special features• direction selection
• 5 step resolutions
• adjustable current
• intelligent chopping control
• undervoltage, overtemperature protection
Merkmale
• 5 V Betriebsspannung
• Chipsatz: LM393
• Indikator LED
• Maße: 32 x 11 x 20 mm
The sensitivity can be adjusted via a potentiometer.
Technical data
- Operating voltage: 3.3 ... 5 V DC
- Potentiometer to adjust the sensitivity
- Connections: VCC (3.3 ... 5 V DC), GND, High / Low Output
- 2 LEDs (power and output)
- Mounting hole: 2.5 mm
- dimensions: 42 x 14 x 7,5 mm
- uses the MAX7219 LED driver for control
- enables the display of letters, symbols and text
- modules can be easily connected to each other
- offers the option of controlling several matrices simultaneously
- uses 0402 LEDs for fine and effective light displays
The LED matrix 8×8 is characterized by high adaptability and easy expandability. Users can seamlessly connect several of these modules together, making it possible to create larger and more complex display systems. The use of very small 0402 LEDs provides an aesthetic visual effect that is particularly striking in darker environments. The modules are designed to have a uniform appearance when placed side by side, as if they were made from one piece. This supports a clean and professional design in applications.
Technical data
- Voltage: 4.0 ... 5,5 V
- Driver: MAX7219
- Color: green
- Dimensions: 54 x 22 mm
In conclusion, the LED matrix 8×8 enables a versatile and visually appealing implementation in digital display projects thanks to its technological features and modular design. It is ideal for users who want to enrich their environments with dynamic and customizable lighting effects.
External links
https://soldered.com/productdata/2022/03/8x8-LED-matrix-Purple-MAX7219-board.webp
https://github.com/SolderedElectronics/Soldered-8x8-MAX7219-LED-Matrix-Arduino-Library
https://github.com/SolderedElectronics/8x8-LED-matrix-Purple-MAX7219-board-hardware-design"
- voltage range: 2 - 5.5 V
- Dimensions: 17 x 28 x 3 mm
