Do It Yourself CDI TCI for single cylinder
Do It Yourself CDI TCI for single cylinder
Capacitive Discharge Ignition.
AC-CDI and DC-CDI
This AC-CDI is End Of Live Characteristics. For ONE or TWO* cylinders Highly adaptable. Can handle different pickups coils (Yamaha,Honda,Suzuki,Kawasaki,Zongshen) Use the first pulse of the pickup signal for HIGH RPM, maximum power. Use the second pulse of the pickup signal for LOW RPM , idle and easy start. Works with 1 or 2 pickups. […]
CDI reprogramming Version 7 separate the firmware in the ROM (firmware is protected) from the ignition timing in the EPROM (advance map is not protected). The ignition timing is stored in the internal data EEPROM meaning that you can change the advance curve yourself as often as you want… The PIC comes with an empty
AC-CDI v7.9 INTEL16HEX Read More »
This circuit turns an AC-CDI into a DC-CDI. An AC-CDI needs a working STATOR to charge. If the stator fails, let it be rewind or buy a new one is pretty expensive! This circuit was designed to bypass the faulty stator by making High Voltage (around 200 to 400V) directly from the +12v battery. When
Convert ACCDI into DCCDI Read More »
CDI reprogramming Version 7 separate the firmware in the ROM (firmware is protected) from the ignition timing in the EPROM (advance map is not protected). The ignition timing is stored in the internal data EEPROM meaning that you can change the advance curve yourself as often as you want… Just draw the new curve in
AC-CDI v7.9 INTEL8HEX Read More »
This AC-CDI is EOL Features Programmable AC-CDI For ONE or TWO* cylinders For [2 strokes engines] and for [4 strokes engines with wasted spark*] * On 4stk engines with 1 pickup on the crankshaft, one spark occur at compression stroke and one at exhaust stroke. Firing in the exhaust stroke is a wasted spark. Hence