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    • 2. 发明公开
    • Redundancy for serial memory
    • 冗余用于串行存储器
    • EP0437081A3
    • 1992-07-15
    • EP90314116.6
    • 1990-12-21
    • SGS-THOMSON MICROELECTRONICS, INC.
    • McClure, David CharlesLysinger, Mark Alan
    • G06F11/20
    • G11C29/86G11C8/04
    • A fault tolerant sequential memory includes primary and redundant memory rows (or columns) and primary and redundant shift registers. The redundant memory rows (or columns) and redundant shift registers are formed at the end of the serial chain. Each shift register of each primary and redundant memory block is interconnected with an independent, separately programmable multiplexer logic circuit. Each multiplexer logic circuit includes an independently programmable repair buffer for logically bypassing a defective primary memory block and associated shift registers within the primary memory array. Each redundant memory block includes a multiplexer logic circuit having an independently programmable repair buffer for logically enabling a redundant memory block and shift register at the end of the serial chain. Consequently, a faulty memory block, including its shift register and memory row (or column) is bypassed and is effectively removed from the shifting sequence. The redundant memory block, including a redundant shift register and a redundant row (or column), is inserted at the end of the shift register chain by opening a programmable fuse element.
    • 3. 发明公开
    • Configurable probe pads to facilitate parallel testing of integrated circuit devices
    • Konfigurierbare Kontaktleiste zur bequemen parallellenPrüfungvon integrierten Schaltungen
    • EP0745859A2
    • 1996-12-04
    • EP96302949.1
    • 1996-04-26
    • SGS-THOMSON MICROELECTRONICS, INC.
    • Brannigan, Michael JosephLysinger, Mark AlanMcClure, David Charles
    • G01R1/04
    • G01R31/2884G01R31/2831G11C29/48
    • According to the present invention, parallel testing of integrated circuit devices are facilitated such that it is not necessary that integrated circuit devices to be parallel tested be "ends only" devices. A side pad located along the sides, rather than the ends, of the integrated circuit device is electrically connected by muitiplexing circuitry to a corresponding configurable probe pad located along the ends of the device. During parallel testing of the device, the side pad is effectively tested when the configurable probe pad is probed and tested. While the configurable probe pad is tested during parallel testing, the side pad is not directly exercised. Following parallel testing, the side pad is bonded to the device package but the configurable probe pad is not bonded to the device package.
    • 根据本发明,集成电路器件的并行测试方便,因此并不需要将并联测试的集成电路器件设为“仅限端”器件。 沿着集成电路器件的侧面而不是端部设置的侧焊盘通过多路复用电路电连接到沿着器件的端部设置的对应的可配置探针焊盘。 在对器件进行并行测试时,可以对可配置的探头焊盘进行探测和测试时,对侧面焊盘进行有效测试。 虽然在并行测试期间对可配置的探头焊盘进行了测试,但是侧面垫没有直接运行。 在进行并行测试之后,侧面焊盘接合到器件封装,但是可配置的探针焊盘没有粘合到器件封装。
    • 4. 发明公开
    • A precharging output driver circuit
    • Ausgangstreiberschaltung mit Vorladung。
    • EP0547891A2
    • 1993-06-23
    • EP92311513.3
    • 1992-12-16
    • SGS-THOMSON MICROELECTRONICS, INC.
    • McClure, David CharlesLysinger, Mark AlanSlemmer, William Carl
    • H03K19/0175H03K19/003G11C7/00
    • H03K19/00361
    • A push-pull output driver circuit is disclosed which includes control circuitry for controlling the gates of the driver transistors to effect precharge of the output terminal at the beginning of a cycle. Precharge is initiated at the beginning of each cycle, for example indicated by an address transition. The prior data state at the output is stored, and enables the opposing driver transistor from that which drove the stored prior data state by enabling a gated level detector with hysteresis, such as a Schmitt trigger, associated therewith. The transistor that drove the stored prior data state is disabled, thus precluding oscillations during precharge. The gated Schmitt triggers each receive the voltage of the output terminal and, when enabled, turn on a transistor which couples the output terminal to the gate of the driver transistor. The Schmitt triggers also control the precharge to terminate when the output terminal has reached an intermediate voltage, and so that oscillations are minimized as a result of the hysteresis characteristic. Connection of the output terminal to the gate of the precharging driver transistor helps to eliminate overshoot during precharge.
    • 公开了一种推挽输出驱动器电路,其包括控制电路,用于控制驱动晶体管的栅极以在一个周期开始时实现输出端子的预充电。 预充电在每个周期开始时启动,例如由地址转换指示。 存储输出端的先前数据状态,并通过启用与其相关联的具有滞后的门控电平检测器(例如施密特触发器)使相对的驱动器晶体管能够驱动存储的先前数据状态。 驱动存储的先前数据状态的晶体管被​​禁用,从而阻止在预充电期间的振荡。 门控施密特触发器每个都接收输出端子的电压,并且在使能时,打开将输出端子耦合到驱动晶体管的栅极的晶体管。 当输出端子达到中间电压时,施密特触发器也可控制预充电,从而由于滞后特性使振荡最小化。 将输出端子连接到预充电驱动晶体管的栅极有助于在预充电期间消除过冲。
    • 6. 发明公开
    • Redundancy for serial memory
    • Redundanzfürserielle Speicher。
    • EP0437081A2
    • 1991-07-17
    • EP90314116.6
    • 1990-12-21
    • SGS-THOMSON MICROELECTRONICS, INC.
    • McClure, David CharlesLysinger, Mark Alan
    • G06F11/20
    • G11C29/86G11C8/04
    • A fault tolerant sequential memory includes primary and redundant memory rows (or columns) and primary and redundant shift registers. The redundant memory rows (or columns) and redundant shift registers are formed at the end of the serial chain. Each shift register of each primary and redundant memory block is interconnected with an independent, separately programmable multiplexer logic circuit. Each multiplexer logic circuit includes an independently programmable repair buffer for logically bypassing a defective primary memory block and associated shift registers within the primary memory array. Each redundant memory block includes a multiplexer logic circuit having an independently programmable repair buffer for logically enabling a redundant memory block and shift register at the end of the serial chain. Consequently, a faulty memory block, including its shift register and memory row (or column) is bypassed and is effectively removed from the shifting sequence. The redundant memory block, including a redundant shift register and a redundant row (or column), is inserted at the end of the shift register chain by opening a programmable fuse element.
    • 容错顺序存储器包括主和冗余存储器行(或列)以及主冗余移位寄存器。 冗余存储器行(或列)和冗余移位寄存器形成在串行链的末尾。 每个主和冗余存储器块的每个移位寄存器与独立的,单独可编程的多路复用器逻辑电路互连。 每个多路复用器逻辑电路包括独立可编程的修复缓冲器,用于逻辑地绕过主存储器阵列中的有缺陷的主存储器块和相关联的移位寄存器。 每个冗余存储器块包括具有独立可编程修复缓冲器的多路复用器逻辑电路,用于逻辑地使能串行链末端的冗余存储器块和移位寄存器。 因此,包括其移位寄存器和存储器行(或列)的故障存储器块被旁路并且被有效地从移位序列中移除。 包括冗余移位寄存器和冗余行(或列)的冗余存储块通过打开可编程保险丝元件插入移位寄存器链的末端。
    • 7. 发明公开
    • A precharging output driver circuit
    • 预充电输出驱动器电路
    • EP0837562A3
    • 1998-05-20
    • EP98100115.9
    • 1992-12-16
    • SGS-THOMSON MICROELECTRONICS, INC.
    • McClure, David CharlesLysinger, Mark AlanSlemmer, William Carl
    • H03K19/003H03K19/017G11C7/00
    • H03K19/00361
    • A push-pull output driver circuit is disclosed which includes control circuitry for controlling the gates of the driver transistors to effect precharge of the output terminal at the beginning of a cycle. Precharge is initiated at the beginning of each cycle, for example indicated by an address transition. The prior data state at the output is stored, and enables the opposing driver transistor from that which drove the stored prior data state by enabling a gated level detector with hysteresis, such as a Schmitt trigger, associated therewith. The transistor that drove the stored prior data state is disabled, thus precluding oscillations during precharge. The gated Schmitt triggers each receive the voltage of the output terminal and, when enabled, turn on a transistor which couples the output terminal to the gate of the driver transistor. The Schmitt triggers also control the precharge to terminate when the output terminal has reached an intermediate voltage, and so that oscillations are minimized as a result of the hysteresis characteristic. Connection of the output terminal to the gate of the precharging driver transistor helps to eliminate overshoot during precharge.
    • 公开了一种推挽输出驱动器电路,其包括控制电路,用于控制驱动器晶体管的栅极以在周期开始时对输出端子进行预充电。 预充电在每个周期开始时启动,例如由地址转换指示。 存储输出端处的先前数据状态,并且通过启用具有滞后的门控电平检测器(例如与之相关联的施密特触发器)来启用与驱动所存储的在先数据状态的驱动晶体管相反的驱动晶体管。 驱动所存储的先前数据状态的晶体管被​​禁用,因此排除了预充电期间的振荡。 门控施密特触发每个接收输出端子的电压,并且当被使能时,导通将输出端子耦合到驱动晶体管的栅极的晶体管。 施密特触发器还控制预充电,当输出端子达到中间电压时终止,并且由于滞后特性而使振荡最小化。 输出端连接到预充电驱动晶体管的栅极有助于消除预充电期间的过冲。