If you are looking for something a little more unique to tell the time, you might like the Binary Burst Clock that Mike Szczys from Jumptuck has built. Each of the spires around the outside of the clock face represents a binary representation of the time in binary. Check out the video below to see Szczys explain how the Binary Burst Clock has been created and to accurately tell the time.
“The clock uses 3 LEDs on each spire to count up to 5 in binary. The hours are displayed by the middle LED in RED (It’s a Red/Blue bicolor, the others are just blue). Video, and links to the board and code repository are included in the post”
Understanding Binary Time Representation
Binary clocks are a fascinating way to represent time using the binary number system, which is the foundation of all modern computing. In a binary clock, each LED or segment represents a binary digit (bit), which can be either 0 or 1. The Binary Burst Clock takes this concept to a new level by using spires with LEDs to display the time. Each spire has three LEDs that can represent numbers from 0 to 5 in binary.
For example, if the LEDs on a spire are lit in the pattern 101, this represents the binary number 5. The middle LED on each spire is red to indicate the hours, while the other LEDs are blue to indicate minutes and seconds. This unique method of displaying time not only looks visually striking but also provides a fun challenge for those who enjoy decoding binary numbers.
Building Your Own Binary Burst Clock
For those interested in building their own Binary Burst Clock, Mike Szczys has provided detailed instructions, component lists, and plans on the JumpTuck website. The project requires some basic knowledge of electronics and soldering, but it is a rewarding endeavor for hobbyists and tech enthusiasts.
To get started, you will need a microcontroller to control the LEDs, a power supply, and the LEDs themselves. The microcontroller will be programmed to light up the LEDs in the correct pattern to represent the current time. Szczys has made the code and board designs available in a repository, making it easier for others to replicate his project.
Additionally, you can customize your Binary Burst Clock by choosing different colors for the LEDs or by adding more spires to display additional information, such as the date or temperature. The possibilities are endless, and the project can be tailored to fit your personal preferences and skills.
For full instructions on how to create your very own Binary Burst Clock, jump over to the JumpTuck website for details, component lists, and plans.
Source: Dangerous Prototypes : JumpTuck
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