STV9382 Search Results

STV9382 Datasheets (1)

Part	ECAD Model	Manufacturer	Description	Curated	Datasheet Type	PDF
STV9382		STMicroelectronics	OPTIMWATT Class-D Vertical Deflection Amplifier		Original	PDF

STV9382 Datasheets Context Search

Catalog Datasheet	MFG & Type	PDF	Document Tags
tv deflection theory Abstract: deflection yoke EHT COIL STV9381 AN1880 AN1890 STV9380A STV9382 STV9383 crt tv flyback transformer 8 pin connections Text: AN1890 APPLICATION NOTE Using the STV9382 Vertical, Class-D Amplifier in TV Sets Philippe Maige, Display and Scalers Application Lab INTRODUCTION s t c u d o r The STV9382 is an integrated amplifier operating in class-D for the vertical deflection of a cathode	Original	PDF	AN1890 STV9382 tv deflection theory deflection yoke EHT COIL STV9381 AN1880 AN1890 STV9380A STV9383 crt tv flyback transformer 8 pin connections
COIL 1mH Abstract: tv deflection theory crt tv flyback transformer pin connections TV flyback transformer deflection yoke tv flyback list to used EHT COIL transformer flyback PCB layout flyback transformer tv operational amplifier discrete schematic Text: AN1890 APPLICATION NOTE Using the STV9382 Vertical, Class-D Amplifier in TV Sets Philippe Maige, Display and Scalers Application Lab INTRODUCTION The STV9382 is an integrated amplifier operating in class-D for the vertical deflection of a cathode ray tube CRT . Class-D is a modulation method where the output transistors work in a high	Original	PDF	AN1890 STV9382 COIL 1mH tv deflection theory crt tv flyback transformer pin connections TV flyback transformer deflection yoke tv flyback list to used EHT COIL transformer flyback PCB layout flyback transformer tv operational amplifier discrete schematic
Untitled Abstract: No abstract text available Text: STV9382 OPTIMWATTTM Class-D Vertical Deflection Amplifier for 1.5 Amp TV and Monitor Applications Main Features • High-Efficiency OPTIMWATTTM Power Amplifier ■ No Heatsink ■ Split Supply ■ Internal Flyback Generator ■ Output Current up to 1.5 APP	Original	PDF	STV9382 STV9382 20-pin
function of tv deflection section Abstract: DIP20 STV9382 Text: STV9382 OPTIMWATTTM Class-D Vertical Deflection Amplifier for 1.5 Amp TV Applications Main Features • High-Efficiency OPTIMWATTTM Power Amplifier ■ No Heatsink ■ Split Supply ■ Internal Flyback Generator ■ Output Current up to 1.5 APP ■ Suitable for DC Coupling Applications	Original	PDF	STV9382 STV9382 20-pin 18his function of tv deflection section DIP20
function of tv deflection section Abstract: flyback data pin diagram deflection yoke china tv schematic diagram DIP20 STV9382 class d amplifier schematic diagram yoke diagram APPLICATION CIRCUIT DIAGRAM SCHEMATIC POWER SUPPLY Flyback Switching Text: STV9382 OPTIMWATTTM Class-D Vertical Deflection Amplifier for 1.5 Amp TV Applications Main Features • High-Efficiency OPTIMWATTTM Power Amplifier ■ No Heatsink ■ Split Supply ■ Internal Flyback Generator ■ Output Current up to 1.5 APP ■ Suitable for DC Coupling Applications	Original	PDF	STV9382 function of tv deflection section flyback data pin diagram deflection yoke china tv schematic diagram DIP20 STV9382 class d amplifier schematic diagram yoke diagram APPLICATION CIRCUIT DIAGRAM SCHEMATIC POWER SUPPLY Flyback Switching
deflection yoke Abstract: crt tv flyback transformer pin connections TV flyback transformer flyback transformer tv stv9381 crt flyback transformer tv EHT COIL deflection yoke television flyback PCB layout operational amplifier discrete schematic Text: AN1906 APPLICATION NOTE Using the STV9380A Vertical, Class-D Amplifier in TV Sets Philippe Maige, Display and Scalers Application Lab INTRODUCTION The STV9380A is an integrated amplifier operating in class-D for the vertical deflection of a cathode ray tube CRT . Class-D is a modulation method where the output transistors work in a high	Original	PDF	AN1906 STV9380A deflection yoke crt tv flyback transformer pin connections TV flyback transformer flyback transformer tv stv9381 crt flyback transformer tv EHT COIL deflection yoke television flyback PCB layout operational amplifier discrete schematic