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    • 3. 发明授权
    • Reconfigurable interface for coupling functional input/output blocks to limited number of I/O pins
    • 可重构接口,用于将功能输入/输出块耦合到有限数量的I / O引脚
    • US07660968B2
    • 2010-02-09
    • US11772184
    • 2007-06-30
    • Donald E. AlfanoDanny J. AllredDouglas S. PiaseckiKenneth W. FernaldKa Y. LeungBrian CalowayAlan StorvikPaul HighleyDouglas R. Holberg
    • Donald E. AlfanoDanny J. AllredDouglas S. PiaseckiKenneth W. FernaldKa Y. LeungBrian CalowayAlan StorvikPaul HighleyDouglas R. Holberg
    • G06F13/00
    • G06F13/385G06F1/08G06F15/7814H03M1/122H03M1/183H03M1/462Y02D10/12Y02D10/13Y02D10/14Y02D10/151
    • A reconfigurable processor includes a processor core for operating on a set of instructions to carry out predefined processes and includes a plurality of input/output pins in addition to a plurality of functional input/output blocks. These functional blocks allow the processing core to interface with the plurality of input/output pins, each of the functional input/output blocks having an associated and predetermined functionality. This functionality comprises the output as a function of the input, the function defined by the functionality. Each of the functional input/output blocks has a requirement for a defined number of the plurality of input/output pins wherein the total of the defined number for all of the plurality of functional input/output blocks exceeds the number of the plurality of input/output pins and wherein the processor core is interfaced with one of the input or output of each of the functional blocks. A reconfigurable interface selectively interfaces between the other of the input or output of the functional blocks and a select one or ones of the plurality of input/output pins, such that the processor core can be interfaced with the select one or ones of the input/output pins. The reconfigurable interface is operable to define how each of the plurality of input/output pins interfaces with the select ones of the plurality of functional blocks and the associated functionality in accordance with configuration information. A non-volatile memory is provided for storing information for use in association with the configuration information, such that the stored information can be altered.
    • 可重构处理器包括用于在一组指令上操作以执行预定义的处理的处理器核心,并且除了多个功能输入/输出块之外还包括多个输入/输出引脚。 这些功能块允许处理核与多个输入/输出引脚相连接,每个功能输入/输出块具有相关联的和预定的功能。 该功能包括作为输入的功能的输出,功能定义的功能。 每个功能输入/输出块对多个输入/输出引脚的定义数量要求,其中所有多个功能输入/输出块中的所有定义数目的总数超过多个输入/ 输出引脚,并且其中处理器核心与每个功能块的输入或输出中的一个接口。 可重配置接口选择性地在功能块的输入或输出中的另一个与多个输入/输出引脚中的选择一个或多个输入/输出引脚之间进行接口,使得处理器核可以与选择的一个或多个输入/ 输出引脚。 可重配置接口可操作以根据配置信息定义多个输入/输出引脚中的每一个如何与多个功能块中的选择功能块和相关联的功能接口。 提供非易失性存储器用于存储与配置信息相关联使用的信息,使得可以改变所存储的信息。
    • 8. 发明授权
    • Active droop current sharing
    • 主动下垂电流共享
    • US08638081B2
    • 2014-01-28
    • US13526791
    • 2012-06-19
    • Douglas E. HeinemanKenneth W. Fernald
    • Douglas E. HeinemanKenneth W. Fernald
    • H02J7/34
    • H02M3/1584G06F1/26H02J1/08H02M2001/008Y10T307/422
    • Point-of-load (POL) regulators may be configured as multiphase POL DC-to-DC (direct current to direct current) converters, operating in a multiphase configuration in order to boost the total current available to a system. Current balancing may be performed by utilizing an active low bandwidth current sharing algorithm that uses matched artificial line resistance (droop resistance) while maintaining multi-loop stability during both steady-state and dynamic transient states. The current sharing algorithm may be facilitated through digital communication between the devices, where the digital bus may be a single wire bus, a parallel bus or a clock-and-data bus.
    • 负载点(POL)调节器可以配置为多相POL DC-DC(直流到直流电)转换器,以多相配置运行,以提高系统可用的总电流。 可以通过利用使用匹配的人造线路电阻(下降电阻)的有源低带宽电流共享算法同时在稳态和动态瞬态状态期间保持多环路稳定性来执行电流平衡。 可以通过设备之间的数字通信来促进当前共享算法,其中数字总线可以是单线总线,并行总线或时钟和数据总线。
    • 9. 发明申请
    • CODER WITH SNOOP MODE
    • 编码器与SNOOP模式
    • US20130321183A1
    • 2013-12-05
    • US13485711
    • 2012-05-31
    • Kenneth W. Fernald
    • Kenneth W. Fernald
    • H03M13/00
    • G06F13/4027H03M13/09
    • Techniques are disclosed relating to coding data in an apparatus. In one embodiment, the apparatus includes a coder circuit coupled to a data bus, where the coder circuit is configured to receive an indication that data is being transmitted over the data bus from a first circuit to a second circuit. The coder circuit is configured to perform a coding operation on the data in response to receiving the indication. In some embodiments, the coder circuit is configured to operate in a mode in which the coder circuit captures data of a data transmission via the data bus without being specified as a participant of the data transmission. When the coder circuit is not operating in the mode, the coder circuit is not configured to capture data of a data transmission without being specified as a participant of the data transmission.
    • 公开了与装置中的编码数据有关的技术。 在一个实施例中,该装置包括耦合到数据总线的编码器电路,其中编码器电路被配置为接收数据正在数据总线上从第一电路传输到第二电路的指示。 编码器电路被配置为响应于接收到指示而对数据执行编码操作。 在一些实施例中,编码器电路被配置为在编码器电路经由数据总线捕获数据传输的数据而不被指定为数据传输的参与者的模式下操作。 当编码器电路不在该模式下操作时,编码器电路不被配置为捕获数据传输的数据而不被指定为数据传输的参与者。