Part list
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Tr1     BTA16-600 or similar (weaker or stronger - might need to adjust R3)
LD1     Led
TSOP    TSOP1738, TSOP1736, SFH5110, no-name ones also worked fine for me (http://www.seeedstudio.com/depot/infrared-remote-control-receiver-module-wo-steel-shield-p-104.html?cPath=32_28)
Sw1     Wall pushbutton instead of current on/off switch

OPTI    MOC3043 / MOC3042 (!but not MOC3041 - it might not work properly !)

D1      6V2 ZD
D2      1N4007

C1      *** 0,39uF / 275V
C2      100nF
C3      47uF / 10V
C4      4,7uF / 10V
C5      10nF

R1      *** 47 / 1W
R2      560-680
R3      220-470 (might need adjustment for particular triac used)
R4      100
R5      1k
R6      100

Jp1     Jumper (with jumper: Toggle mode, without jumper: ON/OFF mode)

NOTES FOR 110V/50Hz system:
(***) These values are for Europe 220V/50Hz. For 110V/60Hz these values should be:
C1  >0,47uF and <0,68uF / >140V
R1  47 / 1W
and they were not tested yet for this device. For information, see Microchip Application Note AN954 (Capacitive transformerless power supply).
Combination of R1 and C1 should be chosen so that available current is not less than 15mA.
The device should work at 220V/60Hz system (Brazil) with values for 220V/50Hz.
Mains frequency 50Hz/60Hz is not important for this project!

NOTES ON OPTO-TRIAC USED:
(**)
If you decide to use both channels of this device, you really should choose MOC3043 opto-triacs since they require just 5mA to operate. If you
are going to use just channel A, than MOC3042 will work just great.
If you choose other opto-triacs such as MOC3041 the device might not work properly! I had problems with MOC3041 since it requires 15mA so there
is no power left for the TSOP receiver and you can't turn the device OFF once you turn it ON.


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Muris Trax, 2010
www.elektronika.ba