Now I think about it in my head a lot of trouble while this circuit how I applied stunned quite a time now , huh now ha then say a kind I have not shared this day kısmetmiş Anyway my point was very useful to practice a lot of experience earned now DC DC Converters circuit TDA7294 , LM3886 , TDA7293 and so on. amplifier integrated in rather symmetrical + – 30v working with 100w … 200w amplifier 12 … 14 volts used to run .. especially cars suitable for use in a multi- amp circuit symmetrical supply voltage is driven with a 12v battery voltage turn the amp to make it available necessary

Found in PC power supply used transformer EI33 transformer output power , etc. ER35 . (formerly p3 in times of transformers on the EI33 writer , but after various codes were used EI33 core differences from none ) DC to DC converter circuit ATX Transformer reverse are using it as normal transformer “primary” high voltage driven portion output ‘re getting “secondary” low voltage output of the MOSFETs with ‘re driving

DC to DC Converter Circuit SG3524

DC to DC Converter Circuit SG3525

ATX version of the original Transformer , Transformer stands ;

The remaining bits are not used 5v appearing in the picture bandage used the simple diagram below describes the situation better

DC to DC converter circuit auto amp found in REM remote section there this system more cars amp is used in the ignition is turned off anf the operation needed to stop optionally cancel the fair or the parts +12 v line, combined with the continuous çalışmala achieved.

DC output filter at the bobbins used in the ATX power supply’s 5v output +30 v and-30v line separating the windings are using in

Circuit diagrams (+ remote section is revoked Thumbnail)

In addition, the current drawn to give the details that will make those who work for the benefit but the current drawn integrated varies according to the same if each all are different I’m guessing I’ve got four modules had all different currents pulled this reason, 600mA …. 1 from said