The Design of the Broad-Band Microwave Amplifier DC Bias Circuits 一种宽带微波放大器偏置电路的设计
The simulation analyses on gain relations among multi-channels of novel broad-band erbium-doped tellurite-based fiber amplifier ( EDTFA) are presented theoretically. 对新型宽带碲基掺铒光纤放大器(EDTFA)多信道间的增益演变关系进行了理论仿真。
A 8~ 18GHz broad-band microwave FET amplifier, including design of the amplifier and limitation of parasitic parameters of the devices, is presented by means of the experiments on circuits. 本文通过电路实验向大家介绍了一种8~18GHz微波FET宽带放大器,其中包括放大器设计和器件寄生参量的局限。
Simulation analysis on gain competition among multi-channels of broad-band tellurite-based erbium-doped fiber amplifier 宽带碲基掺铒光纤放大器多信道增益竞争的仿真分析
Optimal Design for Broad-band Raman/ EDFA Hybrid Amplifier 宽带喇曼/EDFA混合放大器的优化设计
This paper describes a self-bias S-band MMIC broad-band LNA ( low noise amplifier) with high gain. 报道了具有高增益自偏结构的低噪声S波段MMIC宽带低噪声高增益放大器。
The module, made up of broadband MMIC amplifier, broadband microwave power equalizer and broad-band MMIC power amplifier. 该模块由前级MMIC放大器、(6-18)GHz宽带微波功率均衡器和末级宽带MMIC功率放大器构成。
Traveling wave tube ( TWT) is a kind of high power, high gain and broad-band microwave millimeter wave amplifier which is one of the most important electricity vacuum devices. 行波管具有高功率、高增益、高效率、宽频带等优点,是电真空器件中最重要的器件之一。