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Aidio
- 摘要：应用CXA1019S芯片完成接收机混频、中放、解调等的设计，并用芯片BU2614以PLL 频率合成的方法产生稳定的本振和控制输入调谐回路的谐振频率，从而实现电调谐。单片机采用 MCS-51系列对频率合成器BU2614进行控制，加上键盘、显示和存储器电路，可实现多种程控搜 索、电台存储等功能。-Abstract: The complete receiver chip CXA1019S mixer, amplifier, demodulator, such as design, a
LC
- LC串并联网络的PROTEUS软件仿真分析，观察谐振频率等参数和现象。-Series-parallel LC network PROTEUS software simulation analysis, observation parameters such as resonant frequency and phenomena.
002
- Efficiency-Oriented Design of ZVS Half-Bridge Series Resonant Inverter With Variable Frequency Duty Cycle Control
matlab_file_for_RLC_circuit_analysis
- matlab file for Variable Frequency Oscillator,Parallel RLC Circuit,AC Energization of a RL Circuit and Series RLC Resonant Circuit simulation
LLC
- LLC型串并联谐振变换器参数分析与运用。还要我说什么的，就是这么点-LLC-type series-parallel resonant converter parameter analysis and application. What should I say, that is such a point
clzz
- 讨论了几种常用的串联谐振单相全桥逆变器的功率和频率控制方法，比较了各种方法的优缺点，同时对脉宽加频率调制的方法进行了较深入的讨论-Single-phase full-bridge series resonant inverter control method commonly used
11
- 大功率感应加热全桥逆变应用方案全桥串联谐振 电路简图-High-power induction heating applications full-bridge inverter full-bridge series resonant circuit diagram
RLC
- RLC串联的可测定RLC串联电路的品质因素Q、谐振频率、通频带BW等参数；激励源自制可数控等。-RLC series RLC series circuit can measure the quality factor Q, resonant frequency passband BW and other parameters incentive system can be derived from CNC.
Multisim10
- Multisim10仿真电路测量基础实验二 实验七 一阶电路零输入响应、零状态响应 实验八 二阶电路零输入响应、零状态响应 实验九 正弦稳态交流电路向量的研究 实验十 单相铁心变压器特性的测试 实验十一 R、L、C串联谐振电路的研究 实验十二 三相交流电路电压、电流的测量-Multisim10 measuring circuit simulation based experiments two Experimental seventy-one order circui
RLC-Series-resonance-characteristics
- 用实验方法测试RLC串联谐振电路的幅频特性曲线。当正弦交流信号的频率f改变时，电路的感抗、容抗随之而变.取电路电压U0作为响应，当输入电压Ui幅值维持不变时，在不同信号频率的激励下，测出U0之值，用LabVIEW程序完成频谱分析和滤波，变换等信号处理，即可测出RLC串联电路的谐振频率，-Amplitude-frequency characteristics experimentally tested RLC series resonant circuit curve. When changing
power-electronic
- Analysis and Design of High-Frequency Isolated Dual-Bridge Series Resonant DC/DC Converter-Analysis and Design of High-Frequency Isolated Dual-Bridge Series Resonant DC/DC Converter
less_inductance
- 采用单片机PIC16F877A 编写的基于串联谐振主回路的感应加热程序，实现对谐振频率的自动跟踪，已经过阻性负载和感性负载实验，实验结果良好。-Based on written using PIC16F877A microcontroller series resonant circuit induction heating main program, automatic tracking of the resonance frequency has been resistive load an
AD9854_Template
- 本系统是基于零中频正交解调原理的简易频率特性测试仪，用于检测被测网络的幅频特性和相频特性。该系统主要包括DDS集成模块，RLC串联谐振电路，乘法器电路，低通滤波器，同相放大器和测量显示模块，其中RLC串联谐振电路作为被测网络。本系统以DDS 集成模块为核心，将其产生的正交扫频信号通过被测网络后，经乘法器得到高频信号；这两个信号经过低通滤波、同相放大后得到符合要求的I、Q直流分量；最后通过单片机进行ADC 采样、数据处理和液晶显示，得到被测网络的幅频特性和相频特性。本系统在算法上的创新之处
capacitor-constant-current
- 针对现有电容器工频充电方式存在的不足，在综合考虑串联谐振、并联谐振、串并联谐振三种变换电路性能的条件 下，提出一种新的基于全桥串联谐振模型的电容器恒流充电优化方法。 结合电路稳态与动态性能分析，阐述了能量的具体 转化与传递过程。 仿真研究表明该充电方案可有效改善电路品质，提高电容器储能密度-For the deficiencies of the prior frequency capacitor charging exists, in considering the series res
感应加热电源的研究
- 超音频串联谐振式感应加热电源为研究对象，应用锁相环和PID 技术，采用数字信号处理器(DSP)和复杂可编程逻辑器件(CPLD)联合控制的数字化技术实现感应加热电源的频率跟踪和0°～180° 自由移相调功，为感应加热电源系统的数字化、信息化、柔性化、智能化控制提供了优质、可靠的技术基础。(Superaudio series resonant induction heating power supply as the research object, the application of PLL a
超音频串联谐振感应加热电源的研究
- 设计了一台应用于导线镀膜用的超音频感应加热电源实验装置。开关频率为30kHz，输出功率为2kW，采用串联谐振方式。(An experimental device for super audio induction heating power supply for wire coating is designed. The switching frequency is 30kHz, the output power is 2kW, and the series resonant mode is a
?????? ????
- resonant converter par all and sires