Previously shared Simple battery interlacing electronic source text directly on the battery and substation control sheet made with battery interlacing I shared assembly of electronic batteries spot in the circuits found in computer power supply ERL35 SMPS transformer used. We can call it a simple SMPS circuit. Two powerful IRFP150s are used in the battery puncturing circuit.
ELECTRONIC BATTERY PUNCTUATION CIRCUIT DIAGRAM
ERL35 SMPS transformer primary winding 2 × 3 or 2 × 4 turns 1mm rectilinear 2 parallel connected winding This winding will look like the DC DC converter circuits used in auto amps : SMPS Transformer, Toroid Core winding (DC DC).
The secondary winding that produces voltage for battery puncture consists of a single turn double-stranded copper plate with an epoxy plaque between the writer and the copper strips to provide the traf- des. Usually these are in intermediate layers in the high-voltage winding but may not be in the next generation cheap power supply trays. Copper rods used for puncturing The metal piece inside the clamps is soldered directly to the copper strip.
You can find the L1 Bobini 47uh in the computer power supply. The 0.8mm pitch is 2 parallel, about 20 … The 25pi is also on the 3.3V output of the ATX power supplies, but not in every model.
Videoda C1 capacitor 2.2uF 400v seems to be a capacitor without polarity but you can use 1uf 400v on the schematic or you can connect 2 1uf 400v parallel and additionally there is 12V 1W zener which is used in the application not added to the schematic. Battery or lion battery packs can be used as power source.
The biggest disadvantage of the battery puncture is that the trigger section S1 is connected to the push button and triggered, but if you press the button for a long time.