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    • 12. 发明授权
    • Pulse width modulation signal generating circuit
    • 脉宽调制信号发生电路
    • US07953145B2
    • 2011-05-31
    • US12061360
    • 2008-04-02
    • Makoto Matsushima
    • Makoto Matsushima
    • H03K7/08H03K9/08
    • H05B33/0818H03K7/08H05B33/0848Y02B20/346
    • A PWM signal generating circuit outputs a stable PWM signal for increasing and decreasing a duty ratio at a predetermined rate within a predetermined period without requiring an improvement of a process capacity of a CPU as compared to a conventional PWM signal generating circuit. The PWM signal generating circuit consists of a plurality of circuit elements each of which outputs a digital signal. A first counter circuit periodically changes a PWM signal output therefrom into an active state. A second counter circuit changes the PWM signal, which has been changed into the active state by the first counter circuit, into an inactive state within each cycle. The second counter circuit increases and decreases an active-to-inactive time period from a time when the PWM signal is changed into the active state to a time when the PWM signal is changed into the inactive state.
    • PWM信号发生电路输出用于在预定时间内以预定速率增加和减小占空比的稳定PWM信号,而不需要改善CPU的处理能力,而不是传统的PWM信号发生电路。 PWM信号产生电路由多个电路元件组成,每个电路元件输出数字信号。 第一计数器电路将从其输出的PWM信号周期性地改变为活动状态。 第二计数器电路将已经被第一计数器电路改变为活动状态的PWM信号在每个周期内变为非活动状态。 第二计数器电路从PWM信号变为有效状态的时刻到PWM信号变为不活动状态的时刻,增加和减少从有源到非活动时间段。
    • 14. 发明授权
    • Pulse with modulation signal generating circuit
    • 具有调制信号发生电路的脉冲
    • US07372902B2
    • 2008-05-13
    • US10695839
    • 2003-10-29
    • Makoto Matsushima
    • Makoto Matsushima
    • H03K7/08H03K9/08
    • H05B33/0818H03K7/08H05B33/0848Y02B20/346
    • A PWM signal generating circuit outputs a stable PWM signal for increasing and deceasing a duty ratio at a predetermined rate within a predetermined period without requiring an improvement of a process capacity of a CPU as compared to a conventional PWM signal generating circuit. The PWM signal generating circuit consists of a plurality of circuit elements each of which outputs a digital signal. A first counter circuit periodically changes a PWM signal output therefrom into an active state. A second counter circuit changes the PWM signal, which has been changed into the active state by the first counter circuit, into an inactive state within each cycle. The second counter circuit increases and decreases an active-to-inactive time period from a time when the PWM signal is changed into the active state to a time when the PWM signal is changed into the inactive state.
    • PWM信号发生电路输出稳定的PWM信号,用于在预定时间段内以预定速率增加和减少占空比,而不需要改进CPU的处理能力,而不是传统的PWM信号发生电路。 PWM信号产生电路由多个电路元件组成,每个电路元件输出数字信号。 第一计数器电路将从其输出的PWM信号周期性地改变为活动状态。 第二计数器电路将已经被第一计数器电路改变为活动状态的PWM信号在每个周期内变为非活动状态。 第二计数器电路从PWM信号变为有效状态的时刻到PWM信号变为不活动状态的时刻,增加和减少从有源到非活动时间段。
    • 16. 发明申请
    • PULSE WIDTH MODULATION SIGNAL GENERATING CIRCUIT
    • 脉冲宽度调制信号发生电路
    • US20080203933A1
    • 2008-08-28
    • US12061360
    • 2008-04-02
    • Makoto Matsushima
    • Makoto Matsushima
    • H05B37/02H03K7/08
    • H05B33/0818H03K7/08H05B33/0848Y02B20/346
    • A PWM signal generating circuit outputs a stable PWM signal for increasing and deceasing a duty ratio at a predetermined rate within a predetermined period without requiring an improvement of a process capacity of a CPU as compared to a conventional PWM signal generating circuit. The PWM signal generating circuit consists of a plurality of circuit elements each of which outputs a digital signal. A first counter circuit periodically changes a PWM signal output therefrom into an active state. A second counter circuit changes the PWM signal, which has been changed into the active state by the first counter circuit, into an inactive state within each cycle. The second counter circuit increases and decreases an active-to-inactive time period from a time when the PWM signal is changed into the active state to a time when the PWM signal is changed into the inactive state.
    • PWM信号发生电路输出稳定的PWM信号,用于在预定时间段内以预定速率增加和减少占空比,而不需要改进CPU的处理能力,而不是传统的PWM信号发生电路。 PWM信号产生电路由多个电路元件组成,每个电路元件输出数字信号。 第一计数器电路将从其输出的PWM信号周期性地改变为活动状态。 第二计数器电路将已经被第一计数器电路改变为活动状态的PWM信号在每个周期内变为非活动状态。 第二计数器电路从PWM信号变为有效状态的时刻到PWM信号变为不活动状态的时刻,增加和减少从有源到非活动时间段。