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Description: 本代码为本人用msp430单片机开发中频电源时所写的msp430单片机实现SPWM输出的源代码。-I used this code for the development msp430-IF single-chip power MCU msp430 written the source code of SPWM output.
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Size: 34816 |
Author: 蒋群 |
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Description: 正弦PWM产生
产生的波形是对称的三相电压波形。
由430单片机产生。
MSP430开发板。-Sinusoidal PWM waveform is generated resulting three-phase symmetrical voltage waveform. Generated by the microcontroller 430. MSP430 development board.
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Size: 21504 |
Author: jimgreen |
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Description: msp430f149的ad转换例程，共测试430的ad使用，可用于电赛的比赛中-msp430f149 the ad conversion routine, the ad used a total of 430 tests can be used for electricity Cup race
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Size: 62464 |
Author: 王亮 |
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Description: ti msp430单片机产生 spwm信号-ti msp430 spwm signal
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Size: 59392 |
Author: mm |
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Description: SPWM产生 430 利用内部定时器timer_A
和timer_B-SPWM produce 430 use the internal timer timer_A and timer_B
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Size: 27648 |
Author: 厉行之 |
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Description: MSP430 SPWM波源代码，调试好了，很好用-MSP430F2616
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Size: 28672 |
Author: zhangtian |
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Description: 用430单片机产生正弦波，利用SPWM方式产生，利用设置的采样点产生正弦波-MSP430 sine_wave Spwm
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Size: 27648 |
Author: putao1meijiu |
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Description: msp430f149三相逆变电源源代码，可以输出6路spwm信号-msp430f149 spwm
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Size: 4096 |
Author: minyuhui |
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Description: 利用430f49单片机产生spwm波形，用到了定时器A和定时器B-SPWM waveform generated by 430 f49 microcontroller used to B A timer and A timer
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Size: 25600 |
Author: 吴康 |
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Description: 光伏并网系统以MSP430F169 单片机为核心，单片机输出SPWM 波形经IR2110驱动H桥，实现DC-AC 逆变。最大功率点跟（MPPT）绝对误差小于1 ，利用430单片机软件实现锁相环，用参考频率作为基准频率，对MSP430单片机的外中断和定时器测定相位，当反馈的电压信号相位滞后（超前）于参考信号的相位时，就增大（减小）SPWM的频率；达到相位和频率同步。包括阻性负载，以及非阻性负载，实现了频率跟踪，相位跟踪。DC-AC 转换效率达88 ，人机接口LCD液晶显示器，界面直观、简洁，显示输出电压、电流，具有良好的人机交互性能。-Photovoltaic (pv) grid system to MSP430F169 microcontroller as the core, the microcontroller output SPWM waveform by IR2110 driver H bridge, realize DC- AC inverter. Maximum power point (MPPT) with absolute error less than 1 , using 430 single chip microcomputer software phase-locked loop, with the reference frequency as a benchmark, external interrupt and timer of MSP430 single chip microcomputer phase, when the voltage feedback signal phase lag (advanced) in the phase of reference signal, will increase (decrease) of SPWM frequency To achieve phase and frequency synchronization. Including impedance load, as well as non resistance load, has realized the frequency tracking and phase tracking. DC- AC conversion efficiency up to 88 , and the man-machine interface LCD liquid crystal display, intuitive interface, concise, shows that the output voltage, current, has the good man-machine interactive performance.
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Size: 380928 |
Author: Tim Denve |
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