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ProjExtend
- 中频感应加热以其加热效率高、速度快，可控性好及易于实现机械化、自动化等优点，已在熔炼、铸造、弯管、热锻、焊接和表面热处理等行业得到广泛的应用。 本设计根据设计任务进行了方案设计，设计了相应的硬件电路，研制了20KW中频感应加热电源。 本设计中感应加热电源采用IGBT作为开关器件，可工作在10 Hz～10 kHz频段。它由整流器、滤波器、和逆变器组成。整流器采用不可控三相全桥式整流电路。滤波器采用两个电解电容和一个电感组成Ⅱ型滤波器滤波和无源功率因数校正。逆变器主要由PWM控制器SG352
amend1.0
- 电磁炉智能控制（PD7:加热；PD6:报警）-Induction Cooker Intelligent Control (PD7: heating PD6: Alarm)
DSPInducateHeating
- 基于DSP的60kW_300kHz高频感应加热电源-DSP-based high frequency induction heating power supply 60kW_300kHz
heater
- 电磁炉程序:利用PWM实现温度的控制，利用温度传感器检测加热丝的温度并实现恒温的控制。-Induction procedure: using the PWM to achieve temperature control by using a temperature sensor detects the temperature of the heating wire and to achieve constant temperature control.
d4ef13.ZIP
- 一种基于感应加热的易开盖刻痕深度自动控制系统方案A method based on induction heating of the top notch depth automatic control system-A method based on induction heating of the top notch depth automatic control system
cooker
- 在keil环境下的感应加热控制程序，实现分频分档位控制-Environment in keil induction heating control procedures to achieve sub-dividing gear control
induct-heating_full-bridge
- 文件包里面包含感应加热电源的simulink仿真文件，和一个matlab源文件用于追踪感应加热的谐振点。-Package which contains induction heating power supply simulink simulation files, and a matlab source files used to track the resonance point of induction heating.
induct-heating_half-bridge
- 这是一个半桥谐振的感应加热电源，里面有simulink文件和用于寻找谐振点和最大功率输出的matlab文件-This is a half-bridge resonant induction heating power supply, which has simulink file and is used to find the resonance point and the maximum power output of the matlab file
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
dianclilu
- 采用PIC单片机PIC16F73芯片，保温电磁炉C语音程序，PIC单片机中的功能基本都用到了，为初学单片机到实战进阶的利器。源代码是用于单管电磁炉加热控制。-PIC PIC16F73 chip PIC microcontroller, C language voice induction Cooker procedures, PIC microcontroller functions are used in the basic, for the beginner MCU to advanced
indcp
- 能实现频率跟踪的MATLAB仿真,能对串联谐振负载的变化进行实时监测并快速实现频率跟踪。(frequency crazying,induction heating)
电磁感应加热系统
- 显控触摸屏界面组态，触摸屏通过RS485串口监控电磁感应加热控制板。(Display control touch screen interface configuration,The touch screen monitors the electromagnetic induction heating control board through the RS485 serial port.)
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
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
感应加热电源的研究
- 针对倍频电源的主电路拓扑结构，研究分析一种分时控制与密度调功相结合的分时一密度复合功率控制策略，并应用复杂可编程逻辑器件CPLD和数字信号处理器DSP的协调工作来实现分时一密度复合调功、频率跟踪控制及保护等，以MOSFET为主控器件，采用倍频的方式实现700kHz／10kW高频大功率感应加热电源。(In view of the main circuit topology of frequency doubling power supply, a time-sharing and one dens
SG3525pinlvgenzong
- 采用SG3525实现感应加热电源的频率跟踪。(SG3525 is used to realize frequency tracking of induction heating power supply.)
感应加热ANSYS
- ANSYS电磁模块模拟感应加热程序，热模拟。电磁成形(ANSYS electromagnetic module simulation induction heating program)