LINEAR Dual Output Monolithic Synchronous Buck Regulator Operates from 3.6V to 15V Inputs and Delivers 3A Per Channel – Design Note 1020 Tom Gross

LINEAR 的其他说明书

• LINEAR 2-Phase Synchronous Buck Controller Features Light Load Stage Shedding Mode, Active Voltage Positioning, Low RSENSE and Remote VOUT Sensing 数据手册
• LINEAR Complete Energy Utilization Improves Run Time of a Supercap Ride-Through Application by 40% – Design Note 485 George H. Barbehenn
• LINEAR Convert Temperature to Current at High Linearity with LT3092 Current Source – Design Note 484 数据手册
• LINEAR Energy Harvester Produces Power from Local Environment, Eliminating Batteries in Wireless Sensors Design Note 483
• LINEAR A Low Power, Direct-to-Digital IF Receiver with Variable Gain Design Note 482 Walter Strifl er
• LINEAR 2-Phase, Dual Output Synchronous Boost Converter Solves Thermal Problems in Harsh Environments – Design Note 481 数据手册
• LINEAR Fast Time Division Duplex (TDD) Transmission Using an Upconverting Mixer with a High Side Switch – Design Note 480 数据手册
• LINEAR Dual Output High Effi ciency Converter Produces 3.3V and 8.5V Outputs from a 9V to 60V Rail – Design Note 479 数据手册
• LINEAR Dual Output Step-Down Controller Produces Accurate, Effi cient and Reliable High Current Rails – Design Note 478 Mike Shriver and Theo Phillips
• LINEAR Precision, Matched, Baseband Filter ICs Outperform Discrete Implementations – Design Note 476 数据手册
• LINEAR µPower Buck Regulator Safely Rides Through Automotive Load Dumps – Design Note 475 数据手册
• LINEAR Dual µModule DC/DC Regulator Produces High Effi ciency 4A Outputs from a 4.5V to 26.5V Input Design Note 474 Alan Chern
• LINEAR Using a Differential I/O Amplifi er in Single-Ended Applications Design Note DN473 数据手册
• LINEAR Battery Conditioner Extends the Life of Li-Ion Batteries Design Note 472 George H. Barbehenn
• LINEAR Simple Calibration Circuit Maximizes Accuracy in Li-Ion Battery Management Systems Design Note 471 Jon Munson

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