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24e1pwm
- nrf24e1 PWM输出程序,可以调节占空比,可用做音频信号输出.-nrf24e1 PWM output procedures can adjust the duty cycle can be done audio signal output.
pwm(adjust)
- 实现pwm的频率和占空比可调，是使用ATMEL89s52实现的，用数码管显示。-achieve pwm the adjustable frequency and duty cycle is the use ATMEL89s52 achieve. digital Display.
ISCC2004(AC-MAC)
- Adaptive Coordinated Medium Access Control (AC-MAC), a contention-based Medium Access Control protocol for wireless sensor networks. To handle the load variations in some real-time sensor applications, ACMAC introduces the adaptive duty cycle sch
report
- 数控脉宽脉冲信号发生器：数控脉宽脉冲信号发生器能够在脉宽控制键的控制下，按确定的步长改变输出脉冲信号占空比，即使脉冲宽度可调，同时以占空比的形式显示脉宽情况。-Digital pulse-width pulse generator: NC pulse width pulse width control signal generator able to control key, press OK steps to change the duty cycle of the output pulse
shudianshiyanbaogao
- 占空比可调的方波信号发生器，555型集成时基电路结构、工作原理及其基本应用-Variable duty cycle square wave signal generator, when the base integrated circuit 555-type structure, working principle and basic application
Cycle_rectangular_pulse_spectrum
- 连续时间周期矩形脉冲信号的频谱分析、合成的MATLAB程序代码，占空比为1/5、T1=5s。 -Continuous-time periodic rectangular pulse signal spectral analysis, synthesis of MATLAB code, the duty cycle of 1/5, T1 = 5s.
PWM201209
- STM32F103 用PWM 输出频率为4KHz的波形，占空比50 -STM32F103 4KHz waveform PWM output frequency, duty cycle of 50
Digital-system-
- 数字基带传输系统 代码 眼图 误码率 a=0.5 tao=Ts/2 phi=0。信噪比15，采样偏差0，滚余弦系数0.5，占空比0.5，-Digital baseband transmission system bit error rate of the code eye diagram a = 0.5 Tao = Ts/2 phi = 0. Signal-to-noise ratio 15, the sampling deviation, roll cosine coefficient
T-MAC
- T-MAC introduces an adaptive duty cycle in a novel way: by dynamically ending the active part of it. This reduces the amount of energy wasted on idle listening, in which nodes wait for potentially incoming messages, while still maintaining a reasonab
DIV
- 占空比为50%的七分频电路，实用基于VHDL语言，仿真工具是ISE(Duty cycle of 50% of the seven frequency circuit)
PWM输入模式捕捉4路PWM的周期和占空比(1)
- 使用STM32开发板实现在PWM输入模式捕捉4路PWM的周期和占空比，从而对电机进行控制(Using STM32 development board to capture the cycle and duty cycle of four-way PWM in PWM input mode and control the motor)