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    • 1. 发明授权
    • Postcharged interconnection speed-up circuit
    • 后置互联加速电路
    • US6031388A
    • 2000-02-29
    • US896614
    • 1997-07-18
    • Ivo Dobbelaere
    • Ivo Dobbelaere
    • H03K19/017H03K19/01
    • H03K19/01721
    • A circuit style, which may be employed in fast, area-efficient, flexible programmable interconnect architectures, or in logic circuits, is disclosed. In one embodiment, a plurality of postcharged speed-up circuits, each having a single network node, is connected to the intermediate nodes of a programmable interconnect architecture. Each speed-up circuit monitors the logic level on the network node. When a circuit detects a substantial change in logic level, away from the stand-by level, it temporarily enforces that change by connecting its network node to the signaling logic level. Thus, on each node, a low-impedance enhancement of the signal driving the node temporarily appears. This causes the potential on neighboring nodes, connected through conducting programmable switches, to change towards the signaling level, and their speed-up circuits in turn temporarily enforce the new level. After the temporary enforcement of the signaling level, each speed-up circuit forces its network node back to the stand-by level, for a predetermined period of time. Thus, a forced pulse away from the stand-by logic level towards the signaling level on a node quickly propagates to its connected nodes.
    • 公开了可用于快速,区域高效,灵活的可编程互连体系结构或逻辑电路中的电路方式。 在一个实施例中,每个具有单个网络节点的多个后充电加速电路连接到可编程互连架构的中间节点。 每个加速电路监视网络节点上的逻辑电平。 当电路检测到逻辑电平的显着变化时,远离待机电平,通过将其网络节点连接到信号逻辑电平来暂时实现该改变。 因此,在每个节点上,暂时出现驱动节点的信号的低阻抗增强。 这导致通过可编程开关连接的相邻节点上的电位朝向信号电平变化,并且它们的加速电路又临时地执行新的电平。 在信令级别的临时实施之后,每个加速电路迫使其网络节点返回待机级别一段预定的时间。 因此,远离待机逻辑电平的强制脉冲朝向节点上的信号电平快速传播到其连接的节点。