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Image of Adafruit 1450 Servo motor 1 pc(s)
 

Adafruit 1450 Servo motor 1 pc(s)

These high-quality hobby servo motors in micro-size have a metal gear and a feedback signal, which is carried out on a fourth white cable. This signal can be evaluated by an analogue input to obtain the position of the servo. In robotics, this can increase...


 
Image of Adafruit 1463 Expansion board 1 pc(s)
 

Adafruit 1463 Expansion board 1 pc(s)

16 ultra-bright smart LED NeoPixels are arranged in a circle with 1.5" (44.5 mm) outer diameter. The rings can be concatenated. It is possible to control every single LED by only one microcontroller pin because each LED is addressable individually as...


 
Image of Adafruit 1463 NeoPixel Ring 16 Addressable RGB LEDs
 

Adafruit 1463 NeoPixel Ring 16 Addressable RGB LEDs

Adafruit NeoPixel Rings Addressable RGB LEDs - Adafruit 1463, The Adafruit 16 NeoPixel Ring lets you address every single one of the 16 LEDs and set its 24-bit RGB value. The result is 44.5mm (1.75in.) in diameter and is the height of bling. These seemingly...


 
Image of Adafruit 1487 Expansion board 1 pc(s)
 

Adafruit 1487 Expansion board 1 pc(s)

The NeoMatrix arranges pixels 8x8 and each pixel is addressable individually. Only one microcontroller pin is required to control all the 24 bit RGB color LEDs. So, wiring it up is easy. As each LED can draw up to 60 mA, 3.5 A per panel, a power supply...


 
Image of Adafruit 1487 NeoPixel 8x8 Addressable RGB LED Matrix
 

Adafruit 1487 NeoPixel 8x8 Addressable RGB LED Matrix

Adafruit-NeoPixel-8x8-Addressable-RGB-LED-Matrix-Adafruit-1487-P-The-Adafruit-8-x-8-NeoPixel-matrix-lets-you-address-every-single-one-of-the-64-LEDs-and-set-its-24-bit-RGB-value-Make-subtly-shaded-displays-or-light-up-the-room-at-full-power-the-choice-and-the-responsibility-is-yours-The-matrix-has-3-x-solder-pads-2-x-for-power-5V-DC-and-1-x-for-the-data-input-A-matching-set-of-pads-has-a-data-out-line-allowing-you-to-daisy-chain-the-panels-for-even-larger-displays-Since-the-data-prot


 
Image of Adafruit 1492 PCB (unequipped) 1 pc(s)
 

Adafruit 1492 PCB (unequipped) 1 pc(s)

Designed to quickly connect to 50pin 0.5mm pitch flex cables for testing, the adapter has a 50-pin long connector on top, and we have one very long unconnected pad. As the pad extends along the entire length any size up to 50 pins of 0.5mm pitch connector...


 
Image of Adafruit 1501 PCB design board Adafruit Trinket - Mini Microcontroller - 5V Logic AVR® ATtiny ATtiny85
 

Adafruit 1501 PCB design board Adafruit Trinket - Mini Microcontroller - 5V Logic AVR® ATtiny ATtiny85

Trinket is a tiny microcontroller board, built around the Atmel ATtiny85. We designed a microcontroller board that was small enough to fit into any project, and low cost enough to use without hesitation. It's our lowest-cost arduino-IDE programmable board!...


 
Image of Adafruit 1501 Trinket 5V ATtiny85 Arduino Compatible
 

Adafruit 1501 Trinket 5V ATtiny85 Arduino Compatible

Adafruit-Trinket-ATtiny85-Arduino-Compatible-Adafruit-1501-P-The-Adafruit-Trinket-5V-mini-microcontroller-is-a-tiny-27-x-15mm-Arduino-compatible-processor-board-which-is-programmable-via-its-micro-USB-socket-Its-ATtiny85-processor-has-8k-bytes-of-flash-programme-memory-512-bytes-of-SRAM-static-RAM-and-512-bytes-EEPROM-and-runs-at-up-to-16MHz-The-board-is-capable-of-outputting-150mA-and-has-an-ultra-low-drop-out-regulator-which-will-switch-between-USB-and-battery-supply-automatically


 
Image of Adafruit 1506 Expansion board 1 pc(s)
 

Adafruit 1506 Expansion board 1 pc(s)

This strip has a black mask, and an unbelievable 144 digitally-addressable LED pixels on an extra heavy flexible PCB. The LEDs are controlled by shift-registers that are chained up and down the strip so you can shorten or lengthen the strip. You can set...


 
Image of Adafruit 1551 PCB extension board 1 pc(s)
 

Adafruit 1551 PCB extension board 1 pc(s)

Any number of the DS2413 1-Wire controllers with two open-drain GPIO lines can be connected to a single I/O line, as each one is uniquely addressable. To power an LED, a remote power supply is needed. A basic Arduino sketch that uses the OneWire library...