搜索资源列表
cpld_dpd
- DVD数字伺服系统DPD循迹伺服相位比较算法,可以根据输出波形判断循迹伺服情况
DPD-NG
- 三星S42SD电浆电视的故障判断及维修 三星 V2 . V3 .V4 LG V6 .V7 面板电源版 我们皆可处理 一. 面板上各模组的功能: 如下图所示,pdp面板一共分为电源板、X驱动板、Y驱动板、逻辑板、逻辑BUFFER板(E、F、G)、Y BUFFER板(上、下)、 OF等部分: *电源板: 给面板上其他功能模组及整机厂家做的主板,视频处理板提供电源。 *X驱动板:按照逻辑板上送来的时序信
ddc_FPGA
- 简要介绍了数字下变频的设计,通过采用xilinx的ise软件,ipcore的调用实现-Briefly introduced the design of digital down conversion, through the use of ise the xilinx software, ipcore call the realization of
pub-et_10048
- 有关世界上的数字预失真,可以提高大功率 放大器线性度和效率.-about digital predistortion,it can prove big PA s linearity and effieciency.
dpd_pdf
- 较好的数字预失真资料,anding zhu 的DPD文章-Better digital pre-distortion information, anding zhu' s DPD article
MultiLook-UpTableDigitalPredistortionforRFPowerAmp
- 国外研究预失真的一篇优秀博士论文,大家可以好好参考一下-DPD
dpll
- 基于Verilog的数字锁相环。包括三个模块,数字鉴相器DPD、数字环路滤波器DLF、数控振荡器 DCO三部分构成-Verilog-based digital PLL. Consists of three modules, the digital phase detector DPD, digital loop filter DLF, digitally controlled oscillator DCO three parts
DPD-MAIN
- Dissipative Particle Dynamics Simulation
Sync
- early-late gate Sync for DPD system
systolic
- 实现QR_RLS算法,基于fpga 的非线性功放的dpd实现-realize QR_RLS
DPD
- 很好的中文预失真讲解资料,还有相关软件的介绍-Chinese good introduction to explain the data, as well as related software pre-distortion
dpd
- Volterra核的测量及在非线性模拟电路-Volterra core measure design
dpd
- 射频发射系统线性化技术,用于发射链路预失真系统中,提高通信质量-linearization technique
DPD_winer
- 射频发射链路功放预失真模型,功放模型采用wiener模型-DPD wiener PA behavior model
dpdsimulation
- DPD预失真算法的matlab仿真实现,其中包括了LMS,RLS,LS等自适应算法-the digital predistortion algorithm basic on matlab
DPD
- 宽带RF功率放大器的预失真线性化技术综述-Broadband RF power amplifier predistortion linearization technique Summary
dpd
- [R_数字预失法_从PA角度出发_很不错]数字预失真理论与算法实现-[R_ digital method of prestressing loss Angle _ _ from PA good] digital predistortion theory and algorithm implementation
base_band_signal
- 该程序产生不同的数字调制信号,属于功放预失真中比较关键的程序-This program generates differents digital modulated signal. It belongs to the key program in DPD.
DPD.tar
- 通过对一个两体系统的模拟,来解释耗散粒子动力学。-By a two-body system simulation, to explain the dissipative particle dynamics.