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SVPWM
- 基于2812的SVPWM的实现，三相全桥设计，内含死区时间，N=123-2812 SVPWM realization of three-phase full-bridge design, including dead time, N = 123
Tri_SPWM
- 带有3次谐波注入的SPWM波的实现，基于2812的环境，带有死区时间，调制比0.8,N=123-With 3rd harmonic injection SPWM wave realization 2812-based environment with dead time, modulation ratio 0.8, N = 123
SVG_flash_20130618
- 运行环境为CCStudio v3.3。该程序为DSP TMS320F28335 初始程序，已经初始化EPWM，只要相应得改动输出比较寄存器就可以得到6组波形互补加死区控制的PWM波。-The program for the DSP TMS320F28335 initial program, has been initialized EPWM, may change as long as the corresponding output compare register you can get s
DEADTIME510
- 产生全桥逆变电路的驱动脉冲信号，能够保证死区时间，且随输入信号频率的变化而变化。-Produces full-bridge inverter circuit driving pulse signal, to ensure that the dead time, and with the input signal frequency changes.
measurement-of-injector
- 喷油嘴参数自动测量，通过油泵，电子天平和单片机快速的测量出汽车喷油在不同压力和电压下的流速，死区时间等参数。-Injector automatic measurement parameters, the oil pump, electronic scales and fast measurement of automotive microcontroller injection pressure and voltage at different flow rates, dead time and
INVERTERPWMcompensater
- compensation of dead time effect of the inverter dead time effect causes the impact of the control performance of the INVERTER system, and pointed out that the dead time compensation, the key lies in the current phase of the acquisition, in order to
EvPwm02
- 功 能：PWM1和PWM2输出频率为1KHz的PWM波形。波形的占空比每隔1s变化5 ,范围在10 * 到90 之间。 * 说 明：EVA下面的通用定时器T1工作于连续增/减计数模式，产生对称的PWM波形。通过 T1的周期中断来计时，每隔1s钟改变1次占空比。死区时间为4.27us。-Function: PWM1 and PWM2 output frequency is 1KHz PWM waveform. The duty cycle of the waveform chan
Digital-control-System
- State descr iption – Digital Processors, Sampled-data systems, Systems with dead time
Tim
- STM32F103 高级定时器1输出多路PWM，还可以设置死去时间，讲解详细-STM32F103 Advanced Timer 1 output multiplexer PWM, you can also set the dead time to explain in detail
PRI
- In this paper, a simple single-phase grid connected photovoltaic (PV) inverter topology consisting of a boost section, a low-voltage single-phase inverter with an inductive filter, and a step-up transformer interfacing the grid is considered. Ideally
DSP2812PWM
- DSP2812实现SVPWM波形的C代码源文件，用时间管理器A和B实现互补的带死区的PWM波形-DSP2812 achieve SVPWM waveform C source code, to achieve complementarity with dead-time manager of PWM waveforms A and B
pwm
- 用于直流无刷电机驱动，输出6路pwm波形 死区时间可控制-For brushless DC motor drive, 6 PWM waveform output dead time control
PWM
- 在Keil环境使用stm32F407写的带死区控制的互补PWM驱动，很适合做双路电机控制，这是一个完整的工程，可以直接编译使用-In complementary PWM Keil environment stm32F407 write with dead-time control of the drive, it is suitable for dual motor control, which is a complete project, can be directly compiled us
Adjustable-duty-PWM---DEADTIMING
- FPGA带有死区时间控制的PWM波 亲自编写并测试有效-FPGA with dead-time control of the PWM wave
epwm_deadband
- DSP28035死区控制程序，教你进行死区控制。-DSP28035 dead-time control program to teach you to control the dead zone.
deadoff
- 死区控制算法，广泛用于风电变流器，光伏逆变器，EPS应急电源，UPS不间断电源领域。-Dead-time control algorithms are widely used in wind power converters, photovoltaic inverter, EPS emergency power, UPS uninterruptible power supply field.
transmit
- vhdl实现1Hz发射桥路控制信号，设有死区时间。-vhdl achieve 1Hz emission control signal bridge, with a dead time.
Example_2803xEPwmDeadBand
- DSP28035的PWM程序，有死区时间的设置-DSP28035 the PWM program, there is dead time setting
BTN8960TA
- 该BTN8960TA是NovalithIC™ 系列包含在一个封装中三个独立的芯片组成部分：一个P沟道 高侧MOSFET和一个n沟道低侧MOSFET一起的驱动器IC，从而形成一个集成的高 当前半桥。所有的三个芯片安装在一个公共引线框架，使用由上芯片和芯片的芯片 芯片技术。电源开关采用垂直MOS技术，以确保最佳的导通电阻。 由于p沟道高侧切换需要一个电荷泵从而消除了最小的EMI。 界面 以微控制器是由容易被集成驱动器IC哪些功能逻辑电平输入，诊断 电流检测，转换率的
egprog
- EG8010 is a digital pure sine wave inverter ASIC (Application Specific Integrated Circuit) with complete function of built-in dead time control. It applies to DC-DC-AC two stage power converter system or DC-AC single stage low power frequency tra