Electromagnetic coupled type double tuned amplifier 电磁耦合式双调谐放大器
The Class E power amplifier is a new type of tuned power amplifier, which was invented and described by Sokals and its theoretical analysis was presented by Rabb. In recent years, the engineering application of the class E power amplifier is the main topic of discussion. 高效率E类功率放大器是一种新型的开关模式功率放大器,由Sokals发明,Raab作了理论上的分析,但至今还不完善,近年来,工程应用研究是讨论的主要课题。
Analysis of class E tuned power amplifier with antiparallel diode at switch 带有反向并联二极管的E类调谐功率放大器的分析
Parameter Solution of Class E Tuned Power Amplifier with Shunt Inductor E类调谐功率放大器的参数求解
The idealized model of tuned power amplifier of the class E is that the collector current fall time is zero. The purpose of the paper is to analyze the equations governing the operation of the amplifier when the collector current fall time is nonzero. E类调谐功率放大器的理想模型是集电极电流下降时间为零,笔者在集电极电流下降时间不为零的情况下对E类放大器进行了分析;
In the Tuned State Descriptive Model, firstly, basing on the waveform analysis of ideal class-E amplifier, an important relationship between the driving duty cycle and the characteristic currents ratio is derived. 在调谐状态描述模型中,首先通过波形分析推导得到理想E类放大器实现最优调谐时驱动占空比与特征电流比之间的一个重要关系;
A general approach to analysis of class E tuned power amplifier with anti-parallel diode at switch is presented. 本文给出带有反向并联二极管E类调谐功率放大器的一般分析方法。
Introduction to A Fast-tuning Tuned Amplifier 一种快速调谐的调谐放大器
A little improvement of the method of tuned amplifier experiments 调谐放大器实验方法的一点改进
This paper introduces the design of a tuned amplifier used on the RF front end of a receiver. 本文介绍了一个适用于接收机射频前端的电调频率可变调谐放大器及其设计。
Computer Aided Analysis of Class E Tuned Power Amplifier E类调谐功率放大器的计算机辅助分析
On the basis of introducing the dynamic load line and the current of virtual operating point, the paper discusses the effect of state parameters of high-frequency tuned power amplifier on working order by several piecewise line diagrams. 本文在引入动态负载线和虚拟工作点电流的基础上,通过几个折线图形,讨论高频功率放大器各个状态参量对工作状态的影响。
Computer aided design of stability of small signal tuned amplifier 小信号谐振放大器稳定性的计算机辅助设计
Using superheterodyne second frequency conversion, this module receiver design is composed of LNA, tuned filter, mixer, IF amplifier circuit and AGC control circuit to implement large dynamic range receive technical criteria. 本模块接收机设计采用超外差二次变频,主要由低噪声放大器、调谐滤波器、混频器、中放电路和AGC控制电路等几部分组成,实现了大动态范围接收技术指标。