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    • 6. 发明授权
    • Precision sampling circuit
    • 精密采样电路
    • US08179165B2
    • 2012-05-15
    • US12430840
    • 2009-04-27
    • Hanh-Phuc LeRobert P. Masleid
    • Hanh-Phuc LeRobert P. Masleid
    • G11C27/02
    • H03K5/131
    • A sampling circuit including a number of state elements or flip-flops. The state elements or flip-flops are each clocked by a signal that causes them to sample their inputs at a predetermined time. In sampling a plurality of digital inputs, a captured delay chain value is stored by the sampling circuit. Each flip-flop holds one bit and together the total number of bits represent this captured delay chain value. Each flip-flop is provided with a data and a data complement signal as an input, the data and data complement signal being substantially simultaneous. In operation each flip-flop includes a direct connection of the data and data complement signals to a pair of transistors that further operate to capture the logical value carried by the input.
    • 包括多个状态元件或触发器的采样电路。 状态元件或触发器每个都由一个信号进行计时,该信号使得它们在预定的时间对其输入进行采样。 在对多个数字输入进行采样时,所采集的延迟链值由采样电路存储。 每个触发器保持一位,并且总共的位数表示该捕获的延迟链值。 每个触发器被提供有数据和数据补码信号作为输入,数据和数据补码信号基本上同时进行。 在操作中,每个触发器包括将数据和数据补码信号直接连接到一对晶体管,其进一步操作以捕获由输入携带的逻辑值。
    • 7. 发明申请
    • PRECISION SAMPLING CIRCUIT
    • 精密采样电路
    • US20100271076A1
    • 2010-10-28
    • US12430840
    • 2009-04-27
    • Hanh-Phuc LeRobert P. Masleid
    • Hanh-Phuc LeRobert P. Masleid
    • H03K5/00
    • H03K5/131
    • A sampling circuit including a number of state elements or flip-flops. The state elements or flip-flops are each clocked by a signal that causes them to sample their inputs at a predetermined time. In sampling a plurality of digital inputs, a captured delay chain value is stored by the sampling circuit. Each flip-flop holds one bit and together the total number of bits represent this captured delay chain value. Each flip-flop is provided with a data and a data complement signal as an input, the data and data complement signal being substantially simultaneous. In operation each flip-flop includes a direct connection of the data and data complement signals to a pair of transistors that further operate to capture the logical value carried by the input.
    • 包括多个状态元件或触发器的采样电路。 状态元件或触发器每个都由一个信号进行计时,该信号使得它们在预定的时间对其输入进行采样。 在对多个数字输入进行采样时,所采集的延迟链值由采样电路存储。 每个触发器保持一位,并且总共的位数表示该捕获的延迟链值。 每个触发器被提供有数据和数据补码信号作为输入,数据和数据补码信号基本上同时进行。 在操作中,每个触发器包括将数据和数据补码信号直接连接到进一步操作以捕获由输入携带的逻辑值的一对晶体管。
    • 9. 发明申请
    • PRECISION PULSE GENERATOR
    • 精密脉冲发生器
    • US20100127749A1
    • 2010-05-27
    • US12277864
    • 2008-11-25
    • Robert P. MasleidDavid Greenhill
    • Robert P. MasleidDavid Greenhill
    • H03K3/00
    • H03K3/355H03K3/011H03K3/012H03K2005/00293
    • A pulse generator circuit. The pulse generator circuit includes a precharge circuit coupled to receive a clock signal alternating between a first logic level and a second logic level, a storage circuit having a storage node, wherein the precharge circuit is configured to precharge the storage node when the clock signal is at the first logic level, a logic circuit having an output, a first input node coupled to receive the clock signal, and a second input node coupled to the storage node and configured to produce a pulse at the second logic level responsive to the clock signal transitioning to the second logic level, and a discharge circuit configured to discharge the storage node at a predetermined delay time subsequent to the clock signal transitioning to the second logic level, wherein the output of the logic circuit transitions to the first logic level responsive to discharging the storage node.
    • 脉冲发生器电路。 所述脉冲发生器电路包括预充电电路,其被耦合以接收在第一逻辑电平和第二逻辑电平之间交替的时钟信号,具有存储节点的存储电路,其中所述预充电电路被配置为当所述时钟信号为 在第一逻辑电平处,具有输出的逻辑电路,被耦合以接收时钟信号的第一输入节点和耦合到存储节点的第二输入节点,并且被配置为响应于时钟信号产生处于第二逻辑电平的脉冲 转换到第二逻辑电平的放电电路,以及放电电路,被配置为在时钟信号转换到第二逻辑电平之后的预定延迟时间对存储节点放电,其中逻辑电路的输出响应于放电而转变到第一逻辑电平 存储节点。
    • 10. 发明授权
    • Integrated pulse-control and enable latch circuit
    • 集成脉冲控制和使能锁存电路
    • US08686778B2
    • 2014-04-01
    • US12546529
    • 2009-08-24
    • Jason M. HartRobert P. Masleid
    • Jason M. HartRobert P. Masleid
    • G01R29/02H03K9/08H03K5/01H03K3/017H03K5/04H03K7/08H03K3/00H03K3/289
    • H03K3/356113G06F1/06G06F1/10
    • The described embodiments provide a configurable clock circuit. The clock circuit includes a control and enable circuit and a clock distribution circuit. During operation, when a signal on an enable input to the control and enable circuit is asserted and the control and enable circuit is configured in a clock mode, the control and enable circuit generates an enable signal on a control output to enable a signal on a clock input to propagate through the clock distribution circuit to the clock output. Alternatively, when a signal on the enable input to the control and enable circuit is asserted and the control and enable circuit is configured in a pulse mode, the control and enable circuit generates a pulsed control signal on the control output to control a length of a pulse generated from the clock input on a clock output by the clock distribution circuit.
    • 所描述的实施例提供了可配置的时钟电路。 时钟电路包括控制和使能电路和时钟分配电路。 在操作期间,当控制和使能电路的使能输入上的信号被确认并且控制和使能电路被配置为时钟模式时,控制和使能电路在控制输出上产生使能信号,以使得能够在 时钟输入通过时钟分配电路传播到时钟输出。 或者,当控制和使能电路的使能输入上的信号被确认并且控制和使能电路被配置为脉冲模式时,控制和使能电路在控制输出上产生脉冲控制信号以控制一个 由时钟分配电路输出的时钟上的时钟输入产生的脉冲。