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3kW DC-AC inverter Circuit diagram
Parts list: R1=10Mohms R2=100ohms R3=1.2Kohms R4=560Kohms R5-6=2.2Kohms R7-8=56 ohms 5W CX=22pF trimmed capacitor C1-2=22pF ceramic C3=8.2nF 100V MKT c4=10uF 16V C5=47uF 16V C6=470nF 400V D1=5V6 0.4W D2-3=47V 1W Q1-2=BS170 Q3-4=BD139 Q5-6=BD249 IC1=4060 IC2=4013 IC3=4047 CR1=3.2768 MHZ crystal T1=220Vac/2X10V 2X2.2A F1=5A Fuse F2=0.25A Fuse L1=1H smoothing choke
3000w inverter Circuit diagram Feature: 1. Advanced Energy Flow Management for lowest electricity consumption. 2. Reduced Component-Stress for more reliability & longer service life. 3. Harmonics Compensated Wave shape for higher appliance
3kW DC-AC inverter Circuit diagram
Posted by admin in News
3kW DC-AC inverter Circuit diagram
Parts list:
R1=10Mohms
R2=100ohms
R3=1.2Kohms
R4=560Kohms
R5-6=2.2Kohms
R7-8=56 ohms 5W
CX=22pF trimmed capacitor
C1-2=22pF ceramic
C3=8.2nF 100V MKT
c4=10uF 16V
C5=47uF 16V
C6=470nF 400V
D1=5V6 0.4W
D2-3=47V 1W
Q1-2=BS170
Q3-4=BD139
Q5-6=BD249
IC1=4060
IC2=4013
IC3=4047
CR1=3.2768 MHZ crystal
T1=220Vac/2X10V 2X2.2A
F1=5A Fuse
F2=0.25A Fuse
L1=1H smoothing choke
3000w inverter Circuit diagram Feature:
1. Advanced Energy Flow Management for lowest electricity consumption.
2. Reduced Component-Stress for more reliability & longer service life.
3. Harmonics Compensated Wave shape for higher appliance