IR3477 Search Results

IR3477 Datasheets (2)

Filter by Manufacturer

International Rectifier

Part	ECAD Model	Manufacturer	Description	Datasheet Type	PDF	PDF Size	Page count
IR3477MTR1PBF		International Rectifier	PMIC - Voltage Regulators - DC DC Switching Regulators, Integrated Circuits (ICs), IC REG BUCK SYNC ADJ 15A PQFN	Original	PDF		21
IR3477MTRPBF		International Rectifier	PMIC - Voltage Regulators - DC DC Switching Regulators, Integrated Circuits (ICs), IC REG BUCK SYNC ADJ 15A PQFN	Original	PDF		21

IR3477 Datasheets Context Search

Catalog Datasheet	Type	Document Tags	PDF
SMD CODE MARKING 1046 Abstract: IRF C20 taiyo yuden date code Contextual Info: 15A Highly Integrated SupIRBuckTM FEATURES IR3477 DESCRIPTION The IR3477 SupIRBuckTM is an easy-to‐use, fully integrated and highly efficient DC/DC voltage regulator. The onboard constant on time hysteretic controller and MOSFETs make	Original	ir3477 pd97604 smd code marking 1046 irf c20 +1taiyo yuden date code	PDF
Contextual Info: 15A Highly Integrated SupIRBuckTM FEATURES IR3477 DESCRIPTION The IR3477 SupIRBuckTM is an easy-to‐use, fully integrated and highly efficient DC/DC voltage regulator. The onboard constant on time hysteretic controller and MOSFETs make	Original	ir3477	PDF
smd electrolytic capacitor 100uF Abstract: 22uH SMD V24 marking Contextual Info: 15A Highly Integrated SupIRBuckTM FEATURES IR3477 DESCRIPTION • Input Voltage Range: 3V to 27V  Output Voltage Range: 0.5V to 12V  Continuous 15A Load Capability  Constant On-Time Control  Compensation Loop not Required  Excellent Efficiency at Very Low Output Currents	Original	ir3477 pd97604 smd electrolytic capacitor 100uf 22uh smd +1v24 marking	PDF
SCHEMATIC DIAGRAM POWER SUPPLY 12v 5A Contextual Info: IRDC3477 SupIRBuck TM USER GUIDE FOR IRDC3477 EVALUATION BOARD DESCRIPTION The IR3477 SupIRBuckTM is an easy-to-use, fully integrated and highly efficient DC/DC voltage regulator. The onboard constant on time hysteretic controller and MOSFETs make IR3477 a space-efficient solution that delivers	Original	irdc3477 ir3477 20-lead schematic diagram power supply 12v 5a	PDF
smd diode marking v23 Abstract: marking code panasonic polymer capacitors DIODE smd marking v23 C3216X5R1e226 SMD CODE MARKING 1046 Contextual Info: 15A Highly Integrated SupIRBuckTM FEATURES IR3477 DESCRIPTION The IR3477 SupIRBuckTM is an easy-to‐use, fully integrated and highly efficient DC/DC voltage regulator. The onboard constant on time hysteretic controller and MOSFETs make	Original	ir3477 pd97604 smd diode marking v23 marking code panasonic polymer capacitors +3diode smd marking v23 c3216x5r1e226 smd code marking 1046	PDF
Contextual Info: 15A Highly Integrated SupIRBuckTM FEATURES IR3477 DESCRIPTION The IR3477 SupIRBuckTM is an easy-to‐use, fully integrated and highly efficient DC/DC voltage regulator. The onboard constant on time hysteretic controller and MOSFETs make	Original	ir3477 pd97604	PDF
TP20 Abstract: SSTP26 Contextual Info: 15A Highly Integrated SupIRBuckTM FEATURES IR3477 DESCRIPTION The IR3477 SupIRBuckTM is an easy-to‐use, fully integrated and highly efficient DC/DC voltage regulator. The onboard constant on time hysteretic controller and MOSFETs make	Original	ir3477 pd97604 tp20 sstp26	PDF
PIMB103E-1R0MS-39 Abstract: capacitor 330uF 25V C3216X5R1E226M smd diode marking v22 MOSFET IRF 603 SMD CODE MARKING 1046 IR3477MTR1PBF PIMB103E1R0MS39 TP20 smd 3.8V voltage regulator 3A Contextual Info: 15A Highly Integrated SupIRBuckTM FEATURES IR3477 DESCRIPTION The IR3477 SupIRBuckTM is an easy-to‐use, fully integrated and highly efficient DC/DC voltage regulator. The onboard constant on time hysteretic controller and MOSFETs make	Original	ir3477 pd97604 pimb103e-1r0ms-39 capacitor 330uf 25v +8c3216x5r1e226m smd diode marking v22 mosfet irf 603 smd code marking 1046 ir3477mtr1pbf pimb103e1r0ms39 tp20 smd 3.8v voltage regulator 3a	PDF
Contextual Info: 15A Highly Integrated SupIRBuckTM FEATURES IR3477 DESCRIPTION • Input Voltage Range: 3V to 27V  Output Voltage Range: 0.5V to 12V  Continuous 15A Load Capability  Constant On-Time Control  Compensation Loop not Required  Excellent Efficiency at Very Low Output Currents	Original	ir3477 pd97604	PDF