Modular LED Dimmer 1-12CH: Difference between revisions
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Created page with "{| class="wikitable" style="float:right;margin-left: auto; margin-right: 0px;" ! colspan="2"|Modular LED Dimmer 1-12CH |- ! colspan="2"|Picture |- ! Developer | SirSydom |- !..." |
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== Short Description == | == Short Description == | ||
The idea behind this "device" is to create a common software and hardware design, to enable the advanced user to build a custom LED-Dimmer. | The idea behind this "device" is to create a common software and hardware design, to enable the advanced user to build a custom LED-Dimmer. | ||
Soldering and PCB will be limited to Breadboard. | |||
Soldering and PCB will be limited to Breadboard, so everyone who knows which side of the soldering iron will get hot can build it. | |||
It will support a range of 1 up to 12 channels using the 16bit timer/pwm of the atmega µControllers. | It will support a range of 1 up to 12 channels using the 16bit timer/pwm of the atmega µControllers. | ||
Depending on the number of channels, it can be built into a REG-Case for central usage or into module case for decentral usage. | Depending on the number of channels, it can be built into a REG-Case for central usage or into module case for decentral usage. | ||
It will support CV (constant voltage) LED up to 24V and CC (constant current) LED. | It will support CV (constant voltage) LED up to 24V and CC (constant current) LED. | ||
Maybe for some configurations I (or someone else) will design a pcb. | |||
Revision as of 08:12, 12 February 2018
| Modular LED Dimmer 1-12CH | |
|---|---|
| Picture | |
| Developer | SirSydom |
| Phase | Developement (HW and SW prototype) |
| µC-Board | Arduino Pro Mini/Pro Micro/Micro/Mega 2560 |
| µC | atmega328p/atmega32u4/atmega 2560 |
| KNX | Siemens BCU / Mini BCU / Micro BCU |
Short Description
The idea behind this "device" is to create a common software and hardware design, to enable the advanced user to build a custom LED-Dimmer.
Soldering and PCB will be limited to Breadboard, so everyone who knows which side of the soldering iron will get hot can build it.
It will support a range of 1 up to 12 channels using the 16bit timer/pwm of the atmega µControllers.
Depending on the number of channels, it can be built into a REG-Case for central usage or into module case for decentral usage.
It will support CV (constant voltage) LED up to 24V and CC (constant current) LED.
Maybe for some configurations I (or someone else) will design a pcb.