babatundeawe
Full Member level 5
12v to 240v inverter circuit diagram
all you have to do is to change the transformer. either you buy 12-0-12 to 120v or you wind one yourself. the remaining circuits and components are ok. just change the transformer. goodluck pal
Added after 5 minutes:
quite sorry that i cant really produce the value of the rest of the component but i assure i will dig down my library and upload it or i get you the link on the web. i guess you like the design. very good design it has a stable frequency.
have fun
later
Added after 28 minutes:
ok i got the values of the rest of parts
Part List
R1=10Mohms C4=10uF 16V IC2=4013
R2=100ohms C5=47uF 16V IC3=4047
R3=1.2Kohms C6=470nF 400V CR1=3.2768 MHZ crystal
R4=560Kohms D1=5V6 0.4W T1=220Vac/2X10V 2X2.2A *see text
R5-6=2.2Kohms D2-3=47V 1W F1=5A Fuse
R7-8=56 ohms 5W Q1-2=BS170 F2=0.25A Fuse
CX=22pF trimmed capacitor Q3-4=BD139 L1=1H smoothing choke
C1-2=22pF ceramic Q5-6=BD249
C3=8.2nF 100V MKT IC1=4060
or you can visit the site directly
**broken link removed**
jamesj said:Have any of these been tried at 110-120 voltages?... And...
What would I need to do to make it 110-120volts? (use in USA)
Thanks
James
all you have to do is to change the transformer. either you buy 12-0-12 to 120v or you wind one yourself. the remaining circuits and components are ok. just change the transformer. goodluck pal
Added after 5 minutes:
E-design said:Do you have the circuit values? The IC's looks like a 4060, 4013 and 4047 but what is rest of the values?
quite sorry that i cant really produce the value of the rest of the component but i assure i will dig down my library and upload it or i get you the link on the web. i guess you like the design. very good design it has a stable frequency.
have fun
later
Added after 28 minutes:
E-design said:Do you have the circuit values? The IC's looks like a 4060, 4013 and 4047 but what is rest of the values?
ok i got the values of the rest of parts
Part List
R1=10Mohms C4=10uF 16V IC2=4013
R2=100ohms C5=47uF 16V IC3=4047
R3=1.2Kohms C6=470nF 400V CR1=3.2768 MHZ crystal
R4=560Kohms D1=5V6 0.4W T1=220Vac/2X10V 2X2.2A *see text
R5-6=2.2Kohms D2-3=47V 1W F1=5A Fuse
R7-8=56 ohms 5W Q1-2=BS170 F2=0.25A Fuse
CX=22pF trimmed capacitor Q3-4=BD139 L1=1H smoothing choke
C1-2=22pF ceramic Q5-6=BD249
C3=8.2nF 100V MKT IC1=4060
or you can visit the site directly
**broken link removed**