LM2596ADPBCKGEVB

简体中文 | 日本語 | Русский LM2596ADPBCKGEVB: Step-Down Switching Regulator Evaluation Board Evaluation/Development Tool Description The LM2596 regulator is circuit ideally suited for easy and convenient design of a step-down switching regulator (buck converter). It is capable of driving a 3.0 A load with excellent line and load regulation. This device is available in adjustable output version and it is internally compensated to minimize the number of external components to simplify the power supply design. Demoboard size: 50mm x 43mm Features and Applications Features • • • • • • • • • Adjustable Output Voltage Range 1.23 V 37 V Guaranteed 3.0 A Output Load Current Wide Input Voltage Range up to 40 V 150 kHz Fixed Frequency Internal Oscillator TTL Shutdown Capability Low Power Standby Mode, typ 80 _A Thermal Shutdown and Current Limit Protection Internal Loop Compensation Moisture Sensitivity Level (MSL) Equals 1 Applications • • • • • • Simple HighEfficiency StepDown (Buck) Regulator Efficient PreRegulator for Linear Regulators OnCard Switching Regulators Positive to Negative Converter (BuckBoost) Negative StepUp Converters Power Supply for Battery Chargers Evaluation/Development Tool Information Product Status Compliance LM2596ADPBCKGEVB Active Pb-free Short Parts Used Description Step-Down Switching Regulator Evaluation Board LM2596TADJG Action Contact Local Sales Office Inventory Technical Documents Type Document Title Document ID/Size Eval Board: BOM LM2596ADPBCKGEVB Bill of Materials ROHS Compliant LM2596ADPBCKGEVB_BOM_ROHS.PDF - 110.0 KB Rev 0 Eval Board: Gerber LM2596ADPBCKGEVB Gerber Layout Files (Zip Format) LM2596ADPBCKGEVB_GERBER.ZIP - 24.0 KB 0 Eval Board: Schematic LM2596ADPBCKGEVB Schematic LM2596ADPBCKGEVB_SCHEMATIC.PDF - 140.0 KB 1 Eval Board: Test Procedure LM2596ADPBCKGEVB Test Procedure LM2596ADPBCKGEVB_TEST_PROCEDURE.PDF 82.0 KB 0 Privacy Policy | Terms of Use | Site Map | Careers | Contact Us | Terms and Conditions | Mobile Portal | Mobile App Copyright © 1999-2016 ON Semiconductor Follow Us http://www.onsemi.com/PowerSolutions/evalBoard.do?id=LM2596ADPBCKGEVB 5/3/2016