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pwm
- pwm的占空比和死区时间可调的Verilog HDL程序设计和测试-duty cycle of pwm and adjustable dead time of the Verilog HDL design and testing procedures
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
spwm
- 用2812的时间管理器，产生不带死区的6路互补的SPWM，通过在2812上已调试成功-The time manager with 2812, resulting in a dead zone 6 with no way complementary SPWM, passed in 2812 has been successful commissioning
spwm3
- 通过0，1序列来产生所需SPWM信号，带死区时间。可通过该SPWM信号通过H桥式电路控制电流形状。-The time required to generate SPWM signals with dead by 0,1 sequence. By H-bridge circuit to control the current through the SPWM signal shape.
三角函数的Verilog HDL语言实现
- 以Actel FPGA作为控制核心，通过自然采样法比较1个三角载波和3个相位差为1 200的正弦波，利用Verilog HDL语言实现死区时间可调的SPWM全数字算法，并在Fushion StartKit开发板上实现SPWM全数字算法。(With Actel FPGA as the control core, between 1 and 3 triangular carrier phase difference of 1200 sine wave by natural sampling, rea
EG8030-datasheet
- EG8030 三相SPWM 逆变器专用芯片 EG8030 是一款数字化的、功能完善的自带死区控制的三相纯正弦波逆变发生器芯片，可配置的四种工 作模式可应用于DC-DC-AC 两级功率变换架构或DC-AC 单级工频变压器升压变换架构。外接16MHz 晶体振荡 器，能产生高精度、失真和谐波都很小的三相SPWM 信号。并具备完善的采样机构，能够采集电流信号、温 度信号、三相电压信号，实施处理，实现输出稳压和各项保护功能。芯片采用CMOS 工艺，内部集成SPWM 正弦发生器、死区时间控制电路、幅度因子
untitled3
- 研究死区时间对三相SPWM逆变器影响的模型。(The model of the influence of dead time on the three-phase SPWM inverter is studied.)