Half-size breadboard
PRODUCT ID: 64
$5.00
| QTY | DISCOUNT |
| 1-9 | $5.00 |
| 10-99 | $4.50 |
| 100+ | $4.00 |
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Description
Description-
This is a cute half size breadboard, good for small projects. It's 2.2" x 3.4" (5.5 cm x 8.5 cm) with a standard double-strip in the middle and two power rails on both sides. You can pull the power rails off easily to make the breadboard as thin as 1.4" (3.5cm) and stick it onto an Arduino protoshield. You can also cut these in half with a saw to create 2 tiny breadboards, or "snap" these breadboards together either way to make longer and/or wider breadboards.
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Technical Details
Technical Details+
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Learn
Learn+
Snap, Snap!
CdS Cells, Photoresistors, & Light Dependent Resistors (LDR)
Reading temperatures to 0.1 degree precision!
Securely hold your Arduino next to a breadboard
Convert analog inputs to digital and control audio volume
Save and Graph Analog Temperature Data
One GPS to rule them all and in the darkness find them!
128x160 pixels in 18 bit color with a microSD
320x240 pixels in 18 bit color with a microSD breakout
Keep time at all times with a real time clock
Learn Arduino, Lesson 3. RGB LEDs
Learn Arduino, Lesson 4. Eight LEDs and a Shift Register
Learn Arduino, Lesson 2. LEDs
Learn Arduino, Lesson 5. The Serial Monitor
Learn Arduino, Lesson 6. Digital Inputs
Learn Arduino, Lesson 7. Make an RGB LED Fader
Learn Arduino, Lesson 8. Analog Inputs
Learn Arduino, Lesson 9. Sensing Light
Learn Arduino, Lesson 10. Making Sounds
Learn Arduino, Lesson 14. Servo Motors
Learn Arduino, Lesson 13. DC Motors
Learn Arduino, Lesson 11. LCD Displays - Part 1
Learn Arduino, Lesson 12. LCD Displays - Part 2
Learn Arduino, Lesson 15. DC Motor Reversing
Learn Arduino, Lesson 16. Stepper Motors
Maximum blinkenlights, minimum effort!
320x240 pixels in 16 bit color with a touchscreen
Waterproof, Crushproof Pack & Hack for Arduino
A guide to using our small Nokia 5110/3310 LCD w/backlight
Write a Python program to control a servo motor with a Raspberry Pi
Drive a DC motor forward and in reverse with variable speed
Control a stepper motor with a L293D or ULN2803
Measure temperature with your Raspberry Pi using the DS18B20
Sense movement and doors opening with your Raspberry Pi
Control 110V devices from your Raspberry Pi
Use an Arduino to send an email, whenever movement is detected with a PIR sensor.
A very low dropout adjustable power supply
Solderless Breadboard Arduino Clone
Build a large LED Thermometer / Clock using a Raspberry Pi
Make an LED Blink using Python on a BeagleBone Black
Using a TMP36 temperature sensor with BeagleBone Black
Use a photoresistor to measure light with a BeagleBone Black
Learn how to control the color of an RGB LED
Use a BeagleBone Black and Python to set the position of a servo
Learn how to use a push switch with the BeagleBone Black
How to use MATLAB and Simulink to communicate with your Arduino
Big, bright colorful OLED
What position is your servo in?
I got rhythm! I got music!
Get your Trinket or Gemma moving
Make a WiFi-connected weather station using Arduino & the CC3000 WiFi chip!
Make music with tiny microcontrollers and varying light levels
Use a Trinket or Gemma to determine the IR codes from your remote and use the codes in your own program to trigger events
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Measure distances with the Maxbotix series ultrasonic range finders and the Trinket
Connect sensors to Xively with Arduino & the CC3000 WiFi chip!
Old School analog meters are used to create modern art timekeeping.
Monitor your Halloween candy bowl remotely over a WiFi network!
Reconfigure Bluefruit as a remote!
Teach this arm to move with your own hands
Kitchen thermometer that logs data to the cloud directly over a WiFi network!
Receive an SMS text message when your pet food dish is empty!Here is how to use an Adafruit monochrome OLED display with your Raspberry Pi. What can I say? Good things come in small packages!
Connect your garden to the Internet of Things!
Create a box that only opens when the right person looks at it!
Yes, Trinket can interface with several larger parts
Use everyday objects as inputs on your Raspberry Pi.
Build a wireless temperature & humidity sensor using the BlueFruit module!
Send weather measurements data to the cloud using the power of the Arduino Yun!
Stop reinventing the wheel and control your Arduino board using RESTful calls!
Build it for testing, build it for keeping.
Build a WiFi power switch to control your home appliances!
What's in the box? Open it and find out! AHHHHhhhh!!!
Learn about the electronic one-way valve!Shake-activated FX
Use Pro Trinket as a combination keyboard and mouse device
Remotely access temperature and humidity levels (plus camera shots) around your house!
Learn how to use your iOS device to control and communicate with Bluefruit LE.
Cafe White Noise Machine
Sometimes you need warm white, and sometimes you need cool white, so why not have both?
Visualise data measurements inside an online Adafruit IO dashboardReach out and touch Adafruit IO!
Using the ESP8266 as a microcontroller as well as a low cost wifi server.
Build a small meter to display voltage, current, and power usage.Use the BNO055 absolute orientation sensor with a small board Linux computer.
Build a simple home automation system & control it from anywhere!
Set up one Huzzah to control another, anywhere on Earth!
Build a geofencing project that will send alerts when it goes out of the perimeter!
Create festive holiday lights powered by Adafruit's feather boards!
Build a dashboard to visualize data on LED displays and automotive gauges!Diagrams, tips and tricks to take you from beginner to brilliant
Learn how to talk to I2C devices with MicroPython!
Find the ideal conditions for a good nights rest
Lights, music, and sound effects prop circuit design
Explore reading analog signals with the Circuit Playground.
Bluetooth controlled, temperature sensing Formula E racer!
This terrifying illuminated bowl will give trick-or-treaters quite a scare when they reach for candy and trip the distance sensor!
Upgrade a vintage analog synthesizer with a new digital brain.
The next step in learning CircuitPython.
How to use a rotary encoder in your CircuitPython projects!
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