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rfamp
- RF amplifier matlab-simulink files. Requires RF toolbox to run.
nRF2401
- nRF2401是单片射频收发芯片，工作于2.4～2.5GHz ISM频段，芯片内置频率合成器、功率放大器、晶体振荡器和调制器等功能模块，输出功率和通信频道可通过程序进行配置。nRF2401适用于多种无线通信的场合，如无线数据传输系统、无线鼠标、遥控开锁、遥控玩具等。 -nRF2401 is a monolithic RF transceiver chip, working in the 2.4 ~ 2.5GHz ISM band, frequency synthesizer chip, p
DPD_sim
- Digital Predistortion of Nonlieaner RF Power Amplifier with Memory Effects. This M code simulates a DPD technique linearization for a AB-class nonlinear HPA with memory effects. Here we consider a memory polynomial predistorter to modeling nonline
ad603test
- AD603是美国ADI公司利用专利技术生产的一种低噪声增益可程控集成运算放大器，可广泛用于射频自动增益放大、视频增益控制、A/D转换时的量程控制和信号测量系统中。本文介绍了AD603的工作原理及使用要点，给出了以AD603为核心构成的应用电路。 -AD603 is using ADI s patented technology to produce a low-noise programmable gain amplifier integration, can be widely used in
nrf905
- nRF905是一款单片型射频收发芯片，其工作于433/868/915MHz的ISM频 段。芯片内置集成频率合成器、解调接收链、功率放大器、晶体振荡器和调制器 以等功能模块.-nRF905 is a single-chip RF transceiver chip, which works in the ISM band 433/868/915MHz. Integrated chip frequency synthesizer, demodulator receiver chain, pow
AT2051_RF_cs4525
- 利用cirrus Logic 最新的30 W Digital TV Amplifier功放IC。通过AT51控制AT4525，并通过NODIC2.4GRF音频IC24Z1制作的无线音箱程序。该程序集RF音频传输一体。是高端无线音箱的典型程式。-Cirrus Logic using the latest 30 W Digital TV Amplifier power amplifier IC. AT51 control through the AT4525, and through the pro
Impedancematchingandsmith
- 阻抗匹配与史密斯（Smith）圆图 在处理RF系统的实际应用问题时，总会遇到一些非常困难的工作，对各部分级联电路的不同阻抗进行匹配就是其中之一。一般情况下，需要进行匹配的电路包括天线与低噪声放大器（LNA）之间的匹配、功率放大器输出（RFOUT）与天线之间的匹配、LNA/VCO输出与混频器输入之间的匹配。匹配的目的是为了保证信号或能量有效地从“信号源”传送到“负载”。-Impedance matching and Smith (Smith) Smith chart in dealing wi
GF
- 射频功放原理图,protel99se打开-RF power amplifier schematic, protel99se open. . . . . . . . . . . .
RF_AND_MICROWAVE_POWER_AMPLIFIER_DESIGN
- RF AND MICROWAVE POWER AMPLIFIER DESIGN NONLINEAR ACTIVE DEVICE MODELING Power MOSFETs GaAs MESFETs and HEMTs BJTs and HBTs-RF AND MICROWAVE POWER AMPLIFIER DESIGN NONLINEAR ACTIVE DEVICE MODELING Power MOSFETs GaAs MESFETs and HEM
HighEfficiencyPowerAmplifiserDESIGN
- HIGH-EFFICIENCY POWER AMPLIFIER DESIGN 1-Overdriven Class B 2-Class F circuit design 3-Inverse Class F 4-Class E with shunt capacitance 5-Class E with parallel circuit 6-Class E with transmission lines 7-Broadband Class E circuit design
RS9110N1122EVB
- The RS9110-N-11-21 module from Redpine s Connect-io-n™ family of products is a complete IEEE 802.11bgn Wi-Fi client device with a standard seria or SPI interface to a host processor or data source. It integrates a MAC, Baseband p
attachments_2011_01_20
- OFDM modulation produces higher Peak Average Power Ratio (PAPR) whenever the carriers in OFDM symbol add synchronously in the time domain resulting in higher signal power. This high power saturates the power amplifier placed in the RF section res
RFPA-Based-on-Volterra
- 主要运用Voherra级数理论分析射频功放(RFPA)器件工作在弱非线性条件下信号失真特性。介绍了V01． terra级数在非线性建模中的应用，推导了非线性传递函数的公式。在Advanced Design System 2006A软件的仿真环 境下对射频功率放大器进行仿真，利用计算机仿真实现了在弱非线性条件下对任意频率输入时功率放大器的输出 频谱估计。-The main use of Voherra series theory analysis of RF power amplifi
Digital
- 与数字预失真相关的论文，包括数字预失真理论与算法实现，宽带功率放大器非线性_行为模型与数字预失真系统研究，射频数字预失真器设计与实现，多阶调制自适应数字预失真算法的研究与改进，基于FPGA的射频功放数字预失真器设计，数字预失真短波功率放大器线性化研究，宽带通信系统中功率放大器的数字预失真技术研究，数字预失真参数提取技术及硬件实现，数字预失真技术在RoF系统中应用研究，WCDMA直放站系统中数字预失真技术的设计与实现，基于IMT_Advanced收发系统的数字预失真硬件平台设计-And digit
fmpreamp
- High performance RF amplifier for the FM band which can be successfully built without any special test equipment.Preamplificador FM.
Presentation_on_RF_Predistortion_of_Power_Amplifie
- 利用ADS设计功放（PA），提供了一些设计步骤以及理论，同时利用ADS设计RF预失真，来提高功放的线性度-Design using ADS amplifier (PA), provides some design procedure and theory, while taking advantage of ADS design RF Predistortion, to improve the linearity power amplifier
memorySaleh
- 射频功率放大器的数学建模，采用saleh模型在matlab环境下进行代码编写-hebavioral model of RF amplifier
Practical-RF-Amplifi-er-Design-Using-the-Availabl
- Low Noise Amplifier Designing_Step by Step
dengzaoshengxi
- 使用MATLAB对射频放大器的等噪声系数圆进行设计绘图(Use MATLAB to design and draw the equal noise figure circle of RF amplifier.)
fangdaqi
- 射频放大器的设计，画出等功率增益圆和等噪声系数圆，求解最佳点(RF amplifier design, draw equal power gain circle and equal noise coefficient circle, to find the best point.)