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== control mcu pinout == | == control mcu pinout == | ||
This is the unmarked IC labelled U1 on the silkscreen. , vcc is 4.24-4.3 volts | |||
------------- | ------------- | ||
| o | | o | | ||
vcc ----| 1 5 |---- gnd | |||
red pwm ----| 2 6 |---- blue pwm | red pwm ----| 2 6 |---- blue pwm | ||
? ----| 3 7 |---- green pwm | |||
ir rx ----| 4 8 |---- ? | |||
------------- | ------------- | ||
Funny bit is, the PWM signal is actually inverse. So they output a high signal to turn off the LED, and a low signal to turn on the LED. This can be proven by grounding one of the pwm output pins, which turns on the respective color of LED. |
Revision as of 20:17, 31 January 2015
Grundig RGB lamp with ESP8266 | |
---|---|
Participants | User:buzz |
Skills | Electronics, Programming |
Status | Planning |
Niche | Electronics |
Purpose | Infrastructure |
Tool | No |
Location | |
Cost | |
Tool category |
Grundig RGB lamp with ESP8266 Property "Tool Image" (as page type) with input value "File:" contains invalid characters or is incomplete and therefore can cause unexpected results during a query or annotation process.
{{#if:No | [[Tool Owner::{{{ProjectParticipants}}} | }} {{#if:No | [[Tool Cost:: | }}
control mcu pinout
This is the unmarked IC labelled U1 on the silkscreen. , vcc is 4.24-4.3 volts
------------- | o | vcc ----| 1 5 |---- gnd red pwm ----| 2 6 |---- blue pwm ? ----| 3 7 |---- green pwm ir rx ----| 4 8 |---- ? -------------
Funny bit is, the PWM signal is actually inverse. So they output a high signal to turn off the LED, and a low signal to turn on the LED. This can be proven by grounding one of the pwm output pins, which turns on the respective color of LED.