位置：成果数据库 > 期刊 > 期刊详情页
Packaging-Test-Fixture for In-Line Coupling RF MEMS Power Sensors
  • ISSN号：1057-7157
  • 期刊名称：Journal of Microelectromechanical Systems
  • 时间：2011.12.12
  • 页码：1231-1233
  • 相关项目：基于MEMS功率传感器的无线接收式微波频率检测集成系统的设计理论和实现方法的研究
作者： Zhang, Zhiqiang|Liao, Xiaoping|
同期刊论文项目
基于MEMS功率传感器的无线接收式微波频率检测集成系统的设计理论和实现方法的研究
期刊论文 34 会议论文 8 专利 3
同项目期刊论文
A novel MEMS double-channel microwave power sensor based on GaAs MMIC technology
Packaging test-fixture research for 10–12 GHz frequency detector based on thermoelectric micro
An 8-12 GHz microwave frequency detector based on MEMS power sensors
Thermoelectric power detector for microwave application at X-band based on GaAs MMIC technology
Sensitivity of MEMS microwave power sensor with the length of thermopile based on Fourier equivalent
Young's modulus and residual stress of MEMS gold beams based on the GaAs MMIC process
A lumped model with phase analysis for inline RF MEMS power sensor applications
A capacitive power sensor based on the MEMS cantilever beam fabricated by GaAs MMIC technology
Micromachined Passive Bandpass Filters Based on GaAs Monolithic-Microwave-Integrated-Circuit Technol
A three-channel thermoelectric RF MEMS power sensor for GaAs MMIC applications
Optimization of Indirectly-Heated Type Microwave Power Sensors Based on GaAs Micromachining
Micromachined GaAs MMIC-Based Spiral Inductors With Metal Shores and Patterned Ground Shields
A 35 GHz wireless millimeter-wave power sensor based on GaAs micromachining technology
毫米波MEMS开关S参数在开关过程中的瞬态变化
Research on sensitivity characteristic of indirectly-heated type thermopile power sensor
A voltage source model on thermoelectric power sensor based on MEMS technology
A GaAs MMIC-based coupling RF MEMS power sensor with both detection and non-detection states
X-band coplanar Wilkinson power divider based on GaAs MMIC technology
X-band microwave phase detector manufactured using GaAs micromachining technologies
A Thermoelectric Power Sensor and Its Package Based on MEMS Technology
Package solution of indirectly-heated type thermoelectric power sensors for RF application
A Novel Thermoelectric and Capacitive Power Sensor With Improved Dynamica Range Based on GaAs MMIC T
GaAs MMIC fabrication for the RF MEMS power sensor with both detection and non-detection states
Modeling of the terminating-type power sensors fabricated by GaAs MMIC process
A Thermocouple-Based Self-Heating RF Power Sensor With GaAs MMIC-Compatible Micromachining Technolog
Modeling and design of a capacitive microwave power sensor for X-band applications based on GaAs tec
基于GaAs MMIC技术的残余应力测试结构的模拟与设计
毫米波MEMS开关自激励机理实验验证结构的模拟与设计