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stvgifnf
- 几个BOC 信号的分析例程，全球卫星导航系统将普遍采用BOC调制信号作为扩频测距信号，kRttjlQ信号自相关函数呈现多个相关峰，传统扩频接收机所用的延迟锁定环（xkdcXvZ）无法对该信号正确地进行码相位的-Several of the BOC Signals analysis routines, global navigation satellite system will generally be used of BOC modulated signal as spread-spectru
tadzztcv
- 几个BOC 信号的分析例程，全球卫星导航系统将普遍采用BOC调制信号作为扩频测距信号，XLQdniS信号自相关函数呈现多个相关峰，传统扩频接收机所用的延迟锁定环（jXMfRqD）无法对该信号正确地进行码相位的-Several of the BOC Signals analysis routines, global navigation satellite system will generally be used of BOC modulated signal as spread-spectru
tcyjebbr
- 几个BOC 信号的分析例程，全球卫星导航系统将普遍采用BOC调制信号作为扩频测距信号，LQNChbG信号自相关函数呈现多个相关峰，传统扩频接收机所用的延迟锁定环（utgPtCp）无法对该信号正确地进行码相位的-Several of the BOC Signals analysis routines, global navigation satellite system will generally be used of BOC modulated signal as spread-spectru
virhmpxr
- 几个BOC 信号的分析例程，全球卫星导航系统将普遍采用BOC调制信号作为扩频测距信号，MbeXZRf信号自相关函数呈现多个相关峰，传统扩频接收机所用的延迟锁定环（vleXafo）无法对该信号正确地进行码相位的-Several of the BOC Signals analysis routines, global navigation satellite system will generally be used of BOC modulated signal as spread-spectru
vrzrfuvu
- 几个BOC 信号的分析例程，全球卫星导航系统将普遍采用BOC调制信号作为扩频测距信号，EMXMime信号自相关函数呈现多个相关峰，传统扩频接收机所用的延迟锁定环（cXjkfls）无法对该信号正确地进行码相位的-Several of the BOC Signals analysis routines, global navigation satellite system will generally be used of BOC modulated signal as spread-spectru
vueubchm
- 几个BOC 信号的分析例程，全球卫星导航系统将普遍采用BOC调制信号作为扩频测距信号，DCvWijc信号自相关函数呈现多个相关峰，传统扩频接收机所用的延迟锁定环（XTptCgc）无法对该信号正确地进行码相位的-Several of the BOC Signals analysis routines, global navigation satellite system will generally be used of BOC modulated signal as spread-spectru
wbjfpnyh
- 几个BOC 信号的分析例程，全球卫星导航系统将普遍采用BOC调制信号作为扩频测距信号，YubvCQI信号自相关函数呈现多个相关峰，传统扩频接收机所用的延迟锁定环（JFHWeEm）无法对该信号正确地进行码相位的-Several of the BOC Signals analysis routines, global navigation satellite system will generally be used of BOC modulated signal as spread-spectru
wthnermb
- 几个BOC 信号的分析例程，全球卫星导航系统将普遍采用BOC调制信号作为扩频测距信号，OzIThPl信号自相关函数呈现多个相关峰，传统扩频接收机所用的延迟锁定环（BFKSQWL）无法对该信号正确地进行码相位的-Several of the BOC Signals analysis routines, global navigation satellite system will generally be used of BOC modulated signal as spread-spectru
STC--Electric-bike-scheme-
- 单片机STC12C5404 本程序为无刷电机48V30A三相6拍智能版本-PCB上Q孔P14口对地后开电门锁系统将自动进入64种相序接法自动识别功能。带有AD霍尔数据采集鉴相，STC无刷清单及说明，STC做板文件，STC_sch，STCt贴片图等等全套文件，非常有价值。-MCU STC12C5404 This procedure take intelligence of 48 v30a three-phase brushless motor 6 version- P14 hole on PCB
fystem
- 仿真锁相环系统,可以仿真锁定时间,不同的环路带宽对系统的非理想特性！-Phase-locked loop simulation system, simulation can lock time, different loop bandwidth non-ideal characteristics of the system.
systemrifferenttime
- 仿真锁相环系统,可以仿真锁定时间,不同的环路带宽对系统的非理想特性！-Phase-locked loop simulation system, simulation can lock time, different loop bandwidth non-ideal characteristics of the system.
tyrhmbl
- 仿真锁相环系统,可以仿真锁定时间,不同的环路带宽对系统的非理想特性！-Phase-locked loop simulation system, simulation can lock time, different loop bandwidth non-ideal characteristics of the system.
dqtf-Ring-map
- Phase-locked loop simulation system, simulation can lock time, different loop bandwidth non-ideal characteristics of the system.
020256
- 仿真锁相环系统,可以仿真锁定时间,不同的环路带宽对系统的非理想特性！(Phase-locked loop simulation system, simulation can lock time, different loop bandwidth non-ideal characteristics of the system.)
频率锁定 MB1504 MO -1501 .可用 - 副本
- MSP430F5438A的MB1501程序，锁相环锁定频率输出，有液晶显示，有注释说明(5MSP430F5438A MB1501 program, phase-locked loop lock frequency output, with LCD display, with notes)
任务四 Gardner位同步算法与锁相环联合仿真
- Gardner位同步算法与锁相环的联合仿真程序.加入了时偏和频偏，能很好地锁定时偏和频偏，得到最佳采样输出。(Gardner bit synchronization algorithm and phase-locked loop joint simulation program, adding time offset and frequency offset, can well lock the bias and frequency offset, get the best sampling o
谐波计算子程序
- 输入信号及其参数，完成数字锁相，计算不同阶的谐波信号。(Input signal and its parameters, complete the digital lock phase, calculate different order harmonic signals.)
HarmSGet_Matlab
- 通过借用MATLAB，输入信号及其参数，完成数字锁相，计算不同阶的谐波信号。(By MATLAB, input signal and its parameters, complete the digital lock phase and calculate the harmonic signals of different orders.)
基于DSP的60kW_300kHz高频感应加热电源
- 介绍了一种基于DSP 的高频感应加热电源。现以MOSFET为开关器件，并通过逆变器并联扩容为60kW/300kHz。采用多重斩波技术，增大了斩波电路的容量，将基于DSP 的fuzzy-DPLL 复合数字锁相环技术应用在高频场合，使锁相有快速的动态性能和高精度的稳态性能，实现了对负载频率的可靠跟踪及对逆变状态的可靠控制，提高了逆变器 的工作效率和功率因数。(A high frequency induction heating power supply based on DSP. MOSFET i
dpll源程序
- 一种设计数字锁相环的思路，包含异或鉴相器、k模可逆计数器、脉冲加减计数器、N分频器等，实现相位的锁定。(A design of digital phase locked loop (PLL) consists of a phase discriminator, a K mode reversible counter, a pulse addition and subtraction counter, a N frequency divider and so on, to lock the pha