HMC329A-Die S-Parameters
资料介绍
下载地址
HMC329A-Die S-Parameters下载
本月热点资料
最新资料
- LTC3856 Project - 2-Phase Synchronous Step-Down Supply with Rsense Current Sensin
- LTC3880 Project - Dual, Step-Down DC/DC Controller with Digital Power System Mana
- LTC3862 Project - Multi-Phase Current Mode Step-Up DC/DC Controller (5-36V to 48V
- LTC3858 Project - Low Iq, Dual 4-Phase Synchronous Step-Down Controllers (16-26V
- LTC3789 Project - High Efficiency 4-Switch Synchronous Buck-Boost Supply (5-36V t
- LT8610 Project - Synchronous Buck Converter (3.4-42V to 3.3V @ 2.5A)
- LTC3855 Project - Dual, 2-Phase Synchronous Step-Down Controller with Rsense Curr
- LTC3869-2 Project - Dual, Synchronous Step-Down DC/DC Controllers with Inductor D
- LTM4607 Project - High Ef?ciency Buck-Boost μModule Supply (6-36V to 12V @ 10A
- LTC3833 Project - Fast, Accrate Step-Down DC/DC Converter with Inductor DCR Curre
下载排行
本周
- AD7625/AD7626 IBIS Model
- LTM4623 Project - Ultrathin Step-Down μModule Regulator (4-20V to 1.5V @ 3A)
- LTC3855 Project - Dual, 2-Phase Synchronous Step-Down Controller with Rsense Current Sensing (13-36V to 12V @ 6A & 5V @ 10A)
- ADRF5040 Gerber Files
- LTM4630 Project - PolyPhase Step-Down μModule Regulator (4.5-15V to 1V @ 105A)
- LTC3415 Project - 7A Monolithic Buck Regulator (2.5-5.5V to 1.8V @ 7A)
- LTM4620A Project - Dual Step-Down μModule Regulator (5.5-16V to 3.3V @ 13A & 5V @ 13A)
- LTC3891 Project - Low Iq, Synchronous Step-Down Supply with Inductor DCR Current Sensing (16-55V to 12V @ 15A)
- HMC1018ALP4E S-Parameters
- LTC3787 Project - PolyPhase Synchronous Boost Controller (6-22V to 24V @ 30A)
本月
- AD9957参考代码
- HTG-937 Power Planner
- LT1521/LT1521-3/LT1521-3.3/LT1521-5: 300mA Low Dropout Regulators with Micropower Quiescent Current and Shutdown Data Sheet
- DC2703A-A-KIT - Design Files
- HMC832/HMC832A Gerber Files
- LTC6811 Linduino Files
- HMC1018ALP4E S-Parameters
- R549 Reliability Data
- LTC3787 Project - PolyPhase Synchronous Boost Controller (6-22V to 24V @ 30A)
- LT8491 Linduino I<sup>2</sup>C Interface
用户评论
查看全部 条评论
发表评论请先 登录， 还没有账号？免费注册。
发表评论