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  • About
    • Importance of STEM and Robotics Education
    • Comparing Education Robotics
    • Why EZ-Robot?
    • Why littleBits?
    • Why Cubelets?
    • Why RoboGarden?
    • Our Team
    • Clients
    • Testimonials
  • Store
  • Training/Curriculum
    • Free Webinars
    • Training >
      • Free STEM PD Sessions
    • Curriculum >
      • Introduction to EZ-Robot Curriculum
      • EZ-Robot After School Curriculum
  • Programs
    • Free Robotics Presentations
    • In-School Field Trips
    • STEM & Robotics Residencies
    • After School Robotics Programs >
      • Alberta
      • Ontario
      • Utah
      • Virginia >
        • Manassas Park Robotics Programs
    • Evening & Weekend Robotics Programs >
      • Burlington, ON
      • Milton, ON
    • Robotics Summer Camps >
      • Utah Robotics Programs
    • Robotics for Home Schoolers
    • Start a Robotics Program in Your City
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  • LittleBits Electronics
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  • littleBits Number

littleBits Number

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The number Bit displays information that it receives from the Bits before it. It's a great way to measure the input from sensors or count things, like the score in a game.

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This updated number Bit has 2 main modes and 2 settings under each mode. Use the 4-position switch to choose between the modes. Click the arrow to the right to learn more about each mode!

COUNT MODE:
Count mode has 2 settings: up (from 00-99) and down (from 99-00). A step to the next number happens on input low-to-high transitions. The voltage on the output bitSnap is a filtered PWM value that is proportional to the number on display. For example, if the displayed number is 50, then the output voltage is 50% of 5V, or 2.5V.
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READ MODE:
Read mode has 2 settings: values and volts. The number Bit reads the voltage on the input bitSnap, then calculates and displays either a value between 00-99, or a voltage between 0.0 - 5.0. The voltage on the output bitSnap is a filtered PWM value that equals the voltage on the input bitSnap.

The RESET bitSnap can be used in this mode to reset the number on display. In the "up" setting, the display resets to "00". In the "down" setting, the display resets to "99". The RESET bitSnap resets the number on low-to-high transitions.

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