
Symmetric Output Audio Amp SMPS Circuit with IR2153 ETD34
I made a simple SMPS with IR2153 before the Transformer EI33 more advanced and powerful but this practice was used transformer (ETD34) you have to wrap transformer circuits, I applied my computer was disconnected from the power supply circuit... Electronics Projects, Symmetric Output Audio Amp SMPS Circuit with IR2153 ETD34 "power electronic projects, smps circuits, smps projects, smps schematic, " Date 2019/08/01
I made a simple SMPS with IR2153 before the Transformer EI33 more advanced and powerful but this practice was used transformer (ETD34) you have to wrap transformer circuits, I applied my computer was disconnected from the power supply circuit
It also has ir2153 overcurrent ir2153 protection section of the primary measurements are made using a small ring cores (current transformer) shared all the details of calculation, etc. oscilloscope measurements. In the sprint circuit layout has been prepared by the detail and file to pcb file
If you pay attention IR2153 supply for part of my circuit according to a healthier and more powerful mosfet (IRF730) and Zener (BZX85C15), the regulator has sections and on the transformer additional winding rectified supply supplemented circuit 2 × 40volt output is giving 230 .300 w power between there
IR2153 Circuit
CAUTION Be careful is working with high voltage capacitor circuit connections Beware + – If you connect the high voltage polarity may be large explosions before running the insured Power Line circuit, protective goggles
source http://www.hobbielektronika.hu/kapcsolasok/rezonans_kapcsolouzemu_tapegyseg.html IR2153 smps circuit pcb ir2153 schematic alternative link:
FILE DOWNLOAD LINK LIST (in TXT format): LINKS-2278.zip
Self Oscillating Schaltnetzteil Schaltung 60V 600W 120KHZ Selbst-oszillierenden Schaltnetzteil verwendet wird, als eine einfache und billige Energiequelle. Schaltungen, die Durchführung der Architektur der samokmitajících-Wandler, bestehend aus, beispielsweise die Ressourcen für das Ladegerät des Handys oder Ressourcen, die für die Stromversorgung der Datenverarbeitung. Es ist daher hauptsächlich eine low-power-Anwendungen (bis zu 100 W). Flyback-Wandler sind meist auch nicht bei höheren Ausgangsleistungen (bis 300 W) mit ein, das ist für die Lautsprecher-Charakteristik. Es gibt jedoch Möglichkeiten, dieses Phänomen und zu betreiben, die Wandler bei höheren Ausgangsleistungen.