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Ch4s5-1

Ch4s5-1. 第五节 有源信号发生器电路的设计. ch4s5-2. 基于一阶动态响应的无稳态振荡电路. 正输入端的正值扰动 正饱和状态. 假设电容的初始电压为零. 负饱和. 给电容 C 充电. 给电容 C 反向充电. 正饱和. ch4s5-3. 基于一阶动态响应的无稳态振荡电路. 电容 C 充电. ch4s5-4. 基于一阶动态响应的无稳态振荡电路. 电容 C 反向充电. ch4s5-5. 1kHz 无稳态振荡电路的仿真. ch4s5-6. 基于二阶动态响应的正弦波信号振荡电路. 无阻尼振荡状态的条件. 振荡角频率.

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Ch4s5-1

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  1. Ch4s5-1 第五节 有源信号发生器电路的设计

  2. ch4s5-2 基于一阶动态响应的无稳态振荡电路 正输入端的正值扰动 正饱和状态 假设电容的初始电压为零 负饱和 给电容C充电 给电容C反向充电 正饱和

  3. ch4s5-3 基于一阶动态响应的无稳态振荡电路 电容C充电

  4. ch4s5-4 基于一阶动态响应的无稳态振荡电路 电容C反向充电

  5. ch4s5-5 1kHz无稳态振荡电路的仿真

  6. ch4s5-6 基于二阶动态响应的正弦波信号振荡电路 无阻尼振荡状态的条件 振荡角频率

  7. ch4s5-7 基于二阶动态响应的正弦波信号振荡电路 初始初能的问题 (1)外部注入 (2)电路本身的扰动 (3)扰动+自动控制 幅度随时间增长的正弦振荡 幅度随时间衰减的正弦振荡

  8. ch4s5-8 1kHz正弦振荡电路的仿真

  9. ch4s5-9 555集成电路的应用设计 Vcc~GND:供电端 OUT:输出端 R:低于1V复位端 T:低于1/3Vcc置位控制端 TH:高于2/3Vcc复位控制端 Dis:放电端 输出为高电平时,电子开关断

  10. ch4s5-10 典型的单稳态电路 Vin下跳时

  11. ch4s5-11 5秒定时的EWB5.0仿真

  12. ch4s5-12 典型的无稳态振荡电路 充电过程 放电过程

  13. ch4s5-13 周期约1ms,高电平持续时间与低电平持续时间比为2:1的仿真

  14. ch4s5-14 习题与补充 4-13,4-14,4-15,4-16

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