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SourceCode_OfflineUPS_220V
- 基于单片机的逆变电源和细分电源的设计，在工业运用中十分广泛。-MCU power inverter power supply design and segmentation based on a wide range of industrial applications.
c8051f410-spwm-nibian
- c8051f410单片机做的全正弦波逆变电源，12864显示-c8051f410 nibian dianyuan
SPWM
- 用STM32生成2路互补的SPWM波，驱动逆变电源，具有变频功能-Generate 2-way complementary with STM32 SPWM wave inverter drive with conversion function
inducting-heat
- 高频半桥谐振逆变电源的mdl模型，压缩包还包括与模型相关论文资料，仔细对比看相信会有收获。-Mdl model high frequency half-bridge resonant inverter power supply, compressed package also includes information related to the model papers, carefully compared to see to believe there will be harvest.
SPWM-Caculation-table
- SPWM数据生成软件，适用于电机或逆变电源控制生成正弦表-SPWM data generator software, for the motor or inverter power control to generate a sine table
MicrochipupsC
- Microchip 逆变电源参考代码，具有很高的实用价值，可以直接下载-Microchip inverter power reference code, with a high practical value, you can download directly
voltagesourceinvlcfltr
- 逆变电源的DC_AC的实现，内含SPWM实现程序，请参考-DC to AC voltage,use spwm
Inverter-4.5KW
- 4.5kW逆变电源的原理图和PCB文件（包含控制板、辅电电路和主电路）控制芯片为TDS1093-schematic and PCB documents (including control panel, auxiliary electric circuit and main circuit) of 4.5 kW inverter whose control chip is TDS1093
spwm_bridgecontrol_driver
- 基于msp430f5529，基于使用全桥电路和输出spwm滤波逆变电源输出高功率正弦波，硬件采用ir系列驱动芯片和MOS管，实测有效-mspf5529,bridge control,mos fet,driver,power control
spwm
- 利用Matlab软件中Simulink和Power System为一个三相电压源SPWM逆变器建立系统仿真模型,并对其输出特性进行仿真分析。 它的主要功能是将直流电压变换成交流电压,采用SPWM控制策略,实时地调节逆变输出电压的幅值,以满足实际的要求。系统的主回路选用IGBT作为开关器件,为了减少输出电压的谐波,逆变电源输出接有串联谐振滤波电路。 -simulation of a spwm Inverter
con_pid
- 用于数字控制逆变电源PID控制的仿真模型，具有很高的控制精度。-For the digital control inverter power supply PID control simulation model, has a very high control accuracy.
V9_2017_3_17
- 比例谐振（PR）控制在逆变电源中的仿真，控制器采用PR控制器，电压外环，电流内环的LABVIEW仿真。输出115V/400Hz交流电- U6BD4 u4F8 u8C0 u632F uFF08PR uFF09 u63A7 u5236 u5728 u9006 u53D8 u7535 u6E90 u4E2D u7684 u4EFF u771F uFF0C u63A7 u5236 u5668 u91C7 u7528PR u63A7 u5236 U56
车载DVR电源设计应用
- 电机控制类,利用SPWM等规则面计算方式，可用于逆变系统(moter conter map!and also power !)
2016TI电子设计大赛D
- STM32F407，2016年电子设计大赛D题，实现SPWM逆变电源(STM32 implementation of SPWM)
ThreePhase_ACDCAC_PMWconverter
- 基于电源的三相PWM VSC SimPowerSystems模型(SimPowerSystems model of a three-phase PWM VSC-based power supply)
ARM_SPWM_2-master
- arm单片机实现对逆变电源的输出波形控制，包含proteus仿真。(ARM MCU realizes the output waveform control of inverter power supply, including proteus simulation.)
SPWM-STM32-master
- stm32单片机实现对逆变电源的输出波形控制，包含proteus仿真.(stm MCU realizes the output waveform control of inverter power supply, including proteus simulation.)
三角波正弦波叠加出开关点
- pic单片机实现对逆变电源的输出波形控制，包含MATLAB仿真。(PIC MCU realizes the output waveform control of inverter power supply, including MATLAB simulation)
2光伏电源+配网
- 这是光伏电源并网的配网模型，里面包含boost，mppt，逆变器，10kv配电网(This is the distribution network model of photovoltaic power grid, which contains boost, MPPT, inverter, 10kV distribution network.)
PCS_B
- 微电网保护问题与传统配电网保护有着极大的不同，典型表现在以下几个方面：a.微电网在并网运行和孤岛运行两种运行方式下，短路电流大小不同且差异很大。b.微电网中电源及相关负荷的接地方式对故障电流的大小影响也很大。c.加入分布式能源后，微电网的双向潮流特性对微电网保护的方向判别也有新的要求。d.发生故障时，微电网与配电网的不同隔离策略需要与微电网保护相结合，这也是微电网保护的关键。(The problem of microgrid protection is very different from t