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    • 3. 发明授权
    • Backwards-compatible memory module
    • 向后兼容内存模块
    • US07221617B2
    • 2007-05-22
    • US11127536
    • 2005-05-12
    • Bjorn FlachMonica De Castro MartinsWolfgang RufMartin Schnell
    • Bjorn FlachMonica De Castro MartinsWolfgang RufMartin Schnell
    • G11C8/00
    • G11C7/1078G11C7/1045G11C7/1051G11C7/1066G11C7/1072G11C7/22G11C11/4096G11C2207/107
    • A backwards-compatible memory module is disclosed. According to one aspect, a memory module comprises addressable memory cells organized in organization units having a predetermined number of memory cells, a read/write control device clocked by a first clock signal, a plurality of prefetch registers for initially storing data read from the memory cells wherein the register size corresponds to the predetermined number. In a first operating mode, a switching device clocked by a second clock signal successively couples the prefetch registers to data input/output terminals. The number of data input/output terminals corresponds to the predetermined number. In a second operating mode, the switching device is controlled by at least one address signal and couples at least one of the prefetch registers to the data input/output terminals.
    • 公开了向后兼容的存储器模块。 根据一个方面,一种存储器模块包括以具有预定数量的存储器单元的组织单元组织的可寻址存储器单元,由第一时钟信号定时的读/写控制装置,用于初始存储从存储器读取的数据的多个预取寄存器 其中寄存器大小对应于预定数量的单元。 在第一操作模式中,由第二时钟信号计时的开关器件将预取寄存器连续地耦合到数据输入/输出端子。 数据输入/输出端子的数量对应于预定数量。 在第二操作模式中,开关装置由至少一个地址信号控制,并将预取寄存器中的至少一个耦合到数据输入/输出端子。
    • 5. 发明申请
    • Test Method and Production Method for a Semiconductor Circuit Composed of Subcircuits
    • 由子电路组成的半导体电路的测试方法和制作方法
    • US20090051383A1
    • 2009-02-26
    • US11885383
    • 2005-03-04
    • Wolfgang RufMartin Schnell
    • Wolfgang RufMartin Schnell
    • G01R31/26G06F17/50
    • G01R31/31917
    • Test method and production method for testing a semiconductor circuit comprising a plurality of subcircuits. The semiconductor circuit is produced according to specification stipulations comprising a design based on a hardware description language for a functional implementation, a logic synthesis for a structural implementation, a layout design for a topological implementation and processing a semiconductor substrates in accordance with the layout design. A test pattern having test signal sequences is coupled into the semiconductor circuit and functional results are coupled out. Test signal lengths and/or test signal levels are selected from a previously generated test parameter list, wherein the test parameter list is generated during the logic synthesis.
    • 用于测试包括多个子电路的半导体电路的测试方法和制造方法。 半导体电路根据包括基于用于功能实现的硬件描述语言的设计,用于结构实现的逻辑综合,用于拓扑实现的布局设计和根据布局设计来处理半导体衬底的设计来制造。 具有测试信号序列的测试图案耦合到半导体电路中,并且结合功能结果。 从先前生成的测试参数列表中选择测试信号长度和/或测试信号电平,其中在逻辑合成期间产生测试参数列表。
    • 8. 发明授权
    • Test method, integrated circuit and test system
    • 测试方法,集成电路和测试系统
    • US07757145B2
    • 2010-07-13
    • US12050706
    • 2008-03-18
    • Wolfgang RufMartin Schnell
    • Wolfgang RufMartin Schnell
    • G11C29/00G01R31/28G01R31/02G01R31/26
    • G11C29/06G11C29/1201G11C29/12015G11C29/14G11C29/20G11C29/40G11C2029/3602
    • The test method, integrated circuit and test system embodiments disclosed herein relate to testing at least one integrated circuit which uses an internal operating clock and has a first number of address pins, a second number of command pins and an address generation circuit which receives at least one encoded address information item using a third number of the address pins, which is smaller than the first number, and provides the other address pins as a fourth number of free address pins, where at least one first command is transferred using the command pins and at least one second command is transferred using at least one portion of the fourth number of the address pins from a test apparatus to the integrated circuit using a test clock which has a lower rate than the internal operating clock.
    • 本文公开的测试方法,集成电路和测试系统实施例涉及测试至少一个集成电路,其使用内部操作时钟并具有第一数量的地址引脚,第二数量的命令引脚和至少接收到的地址产生电路 一个编码的地址信息项,其使用小于第一个数字的第三个地址引脚数,并将另一个地址引脚提供为第四个空闲地址引脚,其中使用命令引脚传送至少一个第一命令, 使用具有比内部操作时钟更低的速率的测试时钟,使用第四数量的地址引脚的至少一部分从测试装置传输到集成电路的至少一个第二命令。
    • 9. 发明授权
    • Insertable calibration device
    • 可插入校准装置
    • US07414421B2
    • 2008-08-19
    • US11290138
    • 2005-11-30
    • Björn FlachAndreas LogischMonica De Castro MartinsWolfgang RufMartin Schnell
    • Björn FlachAndreas LogischMonica De Castro MartinsWolfgang RufMartin Schnell
    • G01R31/02
    • G01R35/005G11C29/56G11C2029/5602
    • An insertable calibration device for a programmable tester apparatus comprises at least one calibration unit and a control unit. The progammable tester apparatus is configured to test at least one electronic device with electronic circuits. The progammable tester apparatus comprises a holding device, contact-making devices for the electronic device, and tester channels for coupling in signals to the electronic device. The calibration unit is connected to a first tester channel to be calibrated. The calibration unit is configured to detect a calibration signal edge of a calibration signal that is transmitted by the tester apparatus at a certain transmission instant, to detect a reference signal edge of a reference signal that is transmitted by the tester apparatus via a second tester channel at a reference instant, to compare the instants at which the two signal edges arrive, and to output a comparison result. The control unit evaluates the comparison results and can be used to program the transmission instants in such a way that the instants at which the calibration signal edge and the reference signal edge arrive, for the compensation of signal propagation time differences, are substantially identical. The calibration device has the same form and connections as the electric device and is insertable into the holding device with an accurate fit instead of the electronic device.
    • 用于可编程测试仪器的可插入校准装置包括至少一个校准单元和控制单元。 可程序测试仪装置被配置为使用电子电路测试至少一个电子设备。 可程序测试仪器包括保持装置,用于电子装置的接触装置和用于将信号耦合到电子装置的测试仪通道。 校准单元连接到要校准的第一测试仪通道。 校准单元被配置为检测在某一传输时刻由测试仪器发送的校准信号的校准信号边沿,以检测由测试仪器通过第二测试器通道发送的参考信号的参考信号边沿 在参考时刻,比较两个信号边缘到达的时刻,并输出比较结果。 控制单元评估比较结果,并且可以用于对传输时刻进行编程,使得校准信号边沿和参考信号边缘到达的时刻用于信号传播时间差的补偿基本相同。 校准装置具有与电气装置相同的形式和连接,并且可以精确配合而不是电子装置插入到保持装置中。