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    • 1. 发明申请
    • METHOD AND APPARATUS FOR PROGRAMMABLE DELAY HAVING FINE DELAY RESOLUTION
    • 具有精细延迟分辨率的可编程延迟的方法和装置
    • US20080290924A1
    • 2008-11-27
    • US12116516
    • 2008-05-07
    • Jason GonzalezHarry H. DangVannam Dang
    • Jason GonzalezHarry H. DangVannam Dang
    • H03H11/26
    • H03K5/131H03K2005/00058H03K2005/00234
    • An programmable delay apparatus includes a first delay stage having a delay cell which includes a passive network, where the first delay stage is capable of providing a first time delay. The apparatus further includes a second delay stage which includes a plurality of delay cells, where each delay cell is capable of providing a second time delay which is larger than the first time delay. A method for delaying an input signal includes receiving a delay select command based upon the desired time delay, establishing a circuit path which includes at least one delay element, selected from a plurality of delay cells, according to the delay select command, wherein at least one of the plurality of delay cells includes a delay element which comprises a passive network.
    • 可编程延迟装置包括具有包括无源网络的延迟单元的第一延迟级,其中第一延迟级能够提供第一时间延迟。 该装置还包括第二延迟级,其包括多个延迟单元,其中每个延迟单元能够提供大于第一时间延迟的第二时间延迟。 一种用于延迟输入信号的方法包括基于所需的时间延迟接收延迟选择命令,根据延迟选择命令建立包括从多个延迟单元中选择的至少一个延迟元件的电路,其中至少 所述多个延迟单元中的一个包括包括无源网络的延迟元件。
    • 2. 发明授权
    • Method of half-bit pre-emphasis for multi-level signal
    • 半电平信号的半位预加重方法
    • US08390314B2
    • 2013-03-05
    • US13006451
    • 2011-01-14
    • Harry H. DangVannam Dang
    • Harry H. DangVannam Dang
    • H03K19/003
    • H04L25/03834
    • Methods and apparatus for improving transmission channel efficiency are provided. In an example, a digital signal is received. A leading portion of a bit in the digital signal is pre-emphasized. The received digital signal is modulated with a pre-emphasis signal to pre-emphasize a leading portion of the bit in the digital signal. The pre-emphasis signal provides pre-emphasis substantially when a clock is high and the received digital signal transitions. The pre-emphasis signal does not provide pre-emphasis when the received digital signal is low or the received digital signal is unchanged. The pre-emphasized digital signal is then transmitted via the transmission channel. In an example, the received digital signal us a pulse-amplitude modulated multilevel signal.
    • 提供了改善传输通道效率的方法和装置。 在一个示例中,接收数字信号。 预先强调数字信号中的位的前导部分。 接收到的数字信号用预加重信号进行调制,以预先强调数字信号中位的前导部分。 预加重信号基本上在时钟为高并且所接收的数字信号转变时提供预加重。 当接收的数字信号为低或接收的数字信号不变时,预加重信号不提供预加重。 然后通过传输信道传输预先强调的数字信号。 在一个例子中,接收到的数字信号是脉冲幅度调制多电平信号。
    • 3. 发明申请
    • Method of Half-Bit Pre-Emphasis for Multi-Level Signal
    • 半电平信号的半位预加重方法
    • US20120182043A1
    • 2012-07-19
    • US13006451
    • 2011-01-14
    • Harry H. DangVannam Dang
    • Harry H. DangVannam Dang
    • H03K19/003
    • H04L25/03834
    • Methods and apparatus for improving transmission channel efficiency are provided. In an example, a digital signal is received. A leading portion of a bit in the digital signal is pre-emphasized. The received digital signal is modulated with a pre-emphasis signal to pre-emphasize a leading portion of the bit in the digital signal. The pre-emphasis signal provides pre-emphasis substantially when a clock is high and the received digital signal transitions. The pre-emphasis signal does not provide pre-emphasis when the received digital signal is low or the received digital signal is unchanged. The pre-emphasized digital signal is then transmitted via the transmission channel. In an example, the received digital signal us a pulse-amplitude modulated multilevel signal.
    • 提供了改善传输通道效率的方法和装置。 在一个示例中,接收数字信号。 预先强调数字信号中的位的前导部分。 接收到的数字信号用预加重信号进行调制,以预先强调数字信号中位的前导部分。 预加重信号基本上在时钟为高并且所接收的数字信号转变时提供预加重。 当接收的数字信号为低或接收的数字信号不变时,预加重信号不提供预加重。 然后通过传输信道传输预先强调的数字信号。 在一个例子中,接收到的数字信号是脉冲幅度调制多电平信号。