News Item: LED Infinity Mirror Controller, 32 LEDs, Multiple Patterns
(Category: PIC projects)
Posted by coolmirza143
Thu Jun 23 2011, 02:36 pm
This circuit uses 12F675 to controls a high-power shift register, which in turn controls up to 48 LEDs at 20ma per, (~120mA per channel) in 8 channels(groups),Software controlled patterns create seamless effects from group to group. With 4-state greyscale ( 4 states of LED of brightness ) a vast amount of patterns/effects are possible.
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A single momentary-pushbutton cycles through the programmed patterns. Comes loaded with 5 patterns, and the ability to add more through re-writing the firmware.
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R1 is a 10kohm (Brown, Black, Orange), 1/4w, it is the pull-up for the push-button switch
R2 - R9 are the resistors for the LEDs.The values of R2-R9 vary depending on the Color of the LEDs and the amount per channel.
Things you need for this
- programmed 12F675
- 8 pin socket
- PCB Buy One
- 8 Position Screw-Down Terminal, with 0.1" (DIP) spacing
- TPIC6C596, high power shift register
- 0.1uf Capacitor
- 16 pin socket
- 10k 1/4w resistor (Brown, Black, Orange)
- 8 resistors, value depends on LED Color Approx: 20 - 40 ohm
- 32 LEDs, choice of colors
- board mount momentary push-button
- scrap of perfboard
- Dual-Strand wire, 22 ga
- ~2" of solid strand for jumping
- 5 volt, 600ma+ PSU Optional: with barrel Jack Buy One
Complete Design:
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for more info see this LINK
This news item is from Rickey's World of Microcontrollers & Microprocessors
( http://www.8051projects.net/news.php?extend.175 )
(Category: PIC projects)
Posted by coolmirza143
Thu Jun 23 2011, 02:36 pm
This circuit uses 12F675 to controls a high-power shift register, which in turn controls up to 48 LEDs at 20ma per, (~120mA per channel) in 8 channels(groups),Software controlled patterns create seamless effects from group to group. With 4-state greyscale ( 4 states of LED of brightness ) a vast amount of patterns/effects are possible.
A single momentary-pushbutton cycles through the programmed patterns. Comes loaded with 5 patterns, and the ability to add more through re-writing the firmware.
R1 is a 10kohm (Brown, Black, Orange), 1/4w, it is the pull-up for the push-button switch
R2 - R9 are the resistors for the LEDs.The values of R2-R9 vary depending on the Color of the LEDs and the amount per channel.
Things you need for this
- programmed 12F675
- 8 pin socket
- PCB Buy One
- 8 Position Screw-Down Terminal, with 0.1" (DIP) spacing
- TPIC6C596, high power shift register
- 0.1uf Capacitor
- 16 pin socket
- 10k 1/4w resistor (Brown, Black, Orange)
- 8 resistors, value depends on LED Color Approx: 20 - 40 ohm
- 32 LEDs, choice of colors
- board mount momentary push-button
- scrap of perfboard
- Dual-Strand wire, 22 ga
- ~2" of solid strand for jumping
- 5 volt, 600ma+ PSU Optional: with barrel Jack Buy One
Complete Design:
How to make an infinite Mirror for this, See Video Below
Working Video of Project
Hex and schematic
for more info see this LINK
This news item is from Rickey's World of Microcontrollers & Microprocessors
( http://www.8051projects.net/news.php?extend.175 )