RDK-974 - 150 W 3-Phase Inverter Using BridgeSwitch-2 and LinkSwitch-TN2 150 W 3-phase inverter using BridgeSwitch-2 and LinkSwitch-TN2 in field-oriented control (FOC) operation 应用 Design Document 下载PDF 查看PDF 经销商 产品规格 相关资源 经销商 产品规格 相关资源 Loading distributor results for RDK-974 查看其他经销商 回到顶部 产品规格 Associated Product Numbers BRD2463C LNK3204D 设计类型 Reference Design Reports (RDR) Vin (min) 270 Vin (max) 365 P (NoLoad) 10.00 mW 效率 97.00% 输出功率 150.00 W OVP? Yes 回到顶部 相关资源 应用指南 AN-114 - Failure Mode and Effect Analysis - BridgeSwitch-2 AN-83 - BridgeSwitch Design Tips, Techniques and Troubleshooting Guide 数据手册 BridgeSwitch-2 数据手册 设计范例 RDR-974 - 150 W三相逆变器,采用BridgeSwitch-2和LinkSwitch-TN2 通用 Moisture Sensitivity Level (MSL) Packaging Information 产品选择指南和数据手册 产品简介 – BridgeSwitch 电机驱动器 - Cloned Product Flyer - MotorXpert Suite for BridgeSwitch 白皮书 Single-phase BLDC Motors for External Fan Applications Transient Response for Sensorless Field-Oriented Control Using Integrated Current Sensing Meeting Standby Energy Requirements in Motor Drive Applications Performance Comparison of Using Shunt-Based and Integrated Current Sensing for Sensorless Field-Oriented Control 视频 Latest MotorXpert Software Drives FOC Motors Without Shunts or Sensors White Paper - Performance Comparison of Using Shunt-Based and Integrated Current Sensing for Sensorless Field-Oriented Control PI线上直播点看 - BridgeSwitch-2高效率电机驱动器IC Design Kit Showcase - BridgeSwitch-2 Simplifies Single-Phase Motor Design Design Kit Showcase - BridgeSwitch-2 Consumes <10 mW in Sleep Mode BridgeSwitch-2 Motor Driver ICs Consume <10 mW in Sleep Mode Heat Pumps with BridgeSwitch - The Future of Domestic Heating BridgeSwitch - The Perfect BLDC Solution for Ceiling Fans PI Expert - Simplify Motor Drive Design with PI XLs Designer BridgeSwitch with IPH Built-in Simplifies Motor Drive Design, Boosts Efficiency and Improves Control MotorXpert Software Streamlines BridgeSwitch Motor Drive Designs 设计工具 MotorXpert Suite
设计类型 Reference Design Reports (RDR) Vin (min) 270 Vin (max) 365 P (NoLoad) 10.00 mW 效率 97.00% 输出功率 150.00 W OVP? Yes