会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 4. 发明授权
    • Method and apparatus for improving testability of I/O driver/receivers
    • 用于提高I / O驱动器/接收器的可测试性的方法和装置
    • US06986087B2
    • 2006-01-10
    • US10238570
    • 2002-09-09
    • Kevin LaakeNavin GhisiawanBarry J. Arnold
    • Kevin LaakeNavin GhisiawanBarry J. Arnold
    • G11R31/28
    • G01R31/3185G01R31/31716
    • An embodiment of this invention provides a circuit and method for improving the testability of I/O driver/receivers. First, two separate I/O driver/receiver pads are electrically connected. A bit pattern generator in one of the I/O driver/receivers drives a bit pattern through a driver to the connected pads. The bit pattern is then driven through the receiver of a second I/O driver/receiver to a first clocked register. An identical bit pattern generator in the second I/O driver/receiver then drives an identical bit pattern into a second clocked register. A comparator compares the outputs of these two registers. If the two bit patterns don't match, the comparator signals there is a functional problem with one of the I/O driver/receivers.
    • 本发明的实施例提供了一种用于提高I / O驱动器/接收机的可测试性的电路和方法。 首先,两个独立的I / O驱动器/接收器焊盘电连接。 其中一个I / O驱动器/接收器中的位模式发生器通过驱动器将驱动器的位模式驱动到连接的焊盘。 然后,位模式通过第二I / O驱动器/接收器的接收器被驱动到第一时钟寄存器。 第二I / O驱动器/接收器中相同的位模式发生器然后将相同的位模式驱动到第二个时钟寄存器中。 比较器比较这两个寄存器的输出。 如果两个位模式不匹配,则比较器信号与I / O驱动器/接收器之一存在功能问题。
    • 5. 发明授权
    • Pseudo-NMOS logic circuits with negligible static current during
quiescent current testing
    • 在静态电流测试期间具有可忽略静态电流的伪NMOS逻辑电路
    • US5467026A
    • 1995-11-14
    • US183539
    • 1994-01-18
    • Barry J. Arnold
    • Barry J. Arnold
    • G01R31/30H03K19/00H03K19/0944H03K17/16
    • G01R31/3004H03K19/0013H03K19/09441
    • A modified pseudo-nMOS logic gate for use in systems in which quiescent current testing is desired. The load transistor of each pseudo-nMOS gate is controlled by a two-input load control gate. One input of the load control gate is connected to a global test signal and the second input of the load control gate is connected to the output of the pseudo-nMOS gate. In normal operation, the global test signal is logically true, and the load control gate has no effect on the pseudo-nMOS gate. During quiescent current testing, the global test signal is logically false and the output of the load control gate is determined by the logical output of the pseudo-nMOS gate. If the output of the pseudo-nMOS gate is logically true, the load control gate has no effect on the pseudo-nMOS gate. If the output of the pseudo-nMOS gate is logically false, the load control gate turns off the load transistor so that no static current flows through the load transistor. As a result, the logical state of the pseudo-nMOS gate is preserved, but the modified gate draws negligible static current during quiescent current testing.
    • 用于需要静态电流测试的系统中的修改的伪nMOS逻辑门。 每个伪nMOS门的负载晶体管由双输入负载控制门控制。 负载控制门的一个输入连接到全局测试信号,负载控制门的第二个输入端连接到伪nMOS门的输出端。 在正常操作中,全局测试信号在逻辑上为真,负载控制门对伪nMOS门没有影响。 在静态电流测试期间,全局测试信号在逻辑上为假,并且负载控制门的输出由伪nMOS门的逻辑输出决定。 如果伪nMOS门的输出逻辑上为真,则负载控制门对伪nMOS门无影响。 如果伪nMOS栅极的输出逻辑上为假,则负载控制栅极关断负载晶体管,使得没有静态电流流过负载晶体管。 结果,保留了伪nMOS门的逻辑状态,但是在静态电流测试期间,修改后的栅极可以忽略静态电流。
    • 8. 发明申请
    • PROCESSOR HAVING INCREASED PERFORMANCE AND ENERGY SAVING VIA MOVE ELIMINATION
    • 处理器具有增强的性能和通过移动消除的能量消耗
    • US20120005459A1
    • 2012-01-05
    • US12979948
    • 2010-12-28
    • Jay FLEISCHMANMatthew M. CRUMMichael ESTLICKRanganathan SUDHAKAREmil TALPESGanesh VENKATARAMANANBarry J. ArnoldMichael Sedmak
    • Jay FLEISCHMANMatthew M. CRUMMichael ESTLICKRanganathan SUDHAKAREmil TALPESGanesh VENKATARAMANANBarry J. ArnoldMichael Sedmak
    • G06F9/30
    • G06F9/384G06F9/30032G06F9/3017
    • Methods and apparatuses are provided for increasing processor performance and energy saving via eliminating physical data movement to accomplish a move instruction. The apparatus comprises a first plurality of available physical registers mapped to a second plurality of logical registers, including a source logical register and a destination logical register. A renaming unit remaps the destination logical register to the same physical register mapping as the source logical register in response to a move instruction. In this way, the move instruction is effectively executed without moving data between physical registers. A method is provided for increasing processor performance and energy saving via eliminating physical data movement to accomplish a move instruction. The method comprises determining a mapping of a logical source register and a logical destination register to physical registers of a processor and then remapping the logical destination register to the same physical register mapping as the logical source register to affect an equivalent of the move instruction with actual data movement between physical registers.
    • 提供了通过消除物理数据移动来实现移动指令来提高处理器性能和节能的方法和装置。 该装置包括映射到包括源逻辑寄存器和目的地逻辑寄存器的第二多个逻辑寄存器的第一多个可用物理寄存器。 重命名单元将目的地逻辑寄存器重新映射到与源逻辑寄存器相同的物理寄存器映射以响应移动指令。 以这种方式,在不在物理寄存器之间移动数据的情况下,有效地执行移动指令。 提供了一种通过消除物理数据移动来实现移动指令来提高处理器性能和节能的方法。 该方法包括确定逻辑源寄存器和逻辑目标寄存器到处理器的物理寄存器的映射,然后将逻辑目标寄存器重映射到与逻辑源寄存器相同的物理寄存器映射,以影响具有实际值的移位指令的等效值 物理寄存器之间的数据移动。