This was question for mE team - when they will update main manual for mikroBasic. The current one is more than 2 years old (November 2006). I would like to see updated manual also.

As always, master of simplicity! Thank you, Warren!

I have some fuel left from my old VW Golf 1.9 TDI and I use it with my new Peugeot 607 3.0E, but the car won't start. Can you tell me what's wrong?

Please, post your code.

Great! Very good for beginners (and not so beginners)! Thumbs up!

Note - general rule for USB power: All devices that plug into a USB port must start out drawing no more than 100mA (one unit load). After communicating with the host, the device can determine if it can take the full 500mA (five unit loads). Once connected, all USB devices must identify themselves to...

I think that PC MB takes care of 5V Vcc and current limiting. You should have all "five unit loads" available (according to USB 2.0 specs "unit load" is 100 mA).

Since PF2 is powered from USB socket and according to USB 2.0 specs - at least 500 mA per USB port.

The rules are the same as for any other mE PIC board - take RB6, RB7, MCLR, Vcc and GND pins and that's it. But in this case we are talking about uC card and 80/100 pins uC in TQFP package. If I were you, I would wait another few days until I receive package from mE.

Glad to hear that!

Raslan, this is all right if you use relays, but with this specialised triacs (with high commutation performances) it's not necessary.

As Skyline already mentioned, don't use B socket! Take all signals from DIP40 socket and everything should work!

Where did you connect you board to RB6, RB7 and MCLR? Socket A or B? Do you have the same power supply on both boards? What is the length of your cabel between boards?

Crocu, are you novice to 18FxxJxx or PIC in general? All you need, beside Florin's library, are datasheet and PIC itself.

Great work! Thank you for sharing your hard work!

The difference between the devices in the MOC30xx series is the current needed to light the LED and the breakdown voltage of the internal triac. The series is also divided into random turn-on and zero-crossing turn-on. http://img205.imageshack.us/img205/9634/moc30xxcharacteristicsvp2.jpg So, whateve...