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    • 1. 发明授权
    • In-system programming architecture for a multiple chip processor
    • 用于多芯片处理器的系统内编程架构
    • US5566344A
    • 1996-10-15
    • US445006
    • 1995-05-19
    • Christopher M. HallGary D. PhillipsWilliam E. MillerDavid W. WeinrichRichard E. CrippenRobert M. Salter, III
    • Christopher M. HallGary D. PhillipsWilliam E. MillerDavid W. WeinrichRichard E. CrippenRobert M. Salter, III
    • G06F15/78G11C16/10G06F15/76
    • G11C16/102G06F15/7814Y02B60/1207Y02B60/1225
    • An architecture for a serial multi-chip package digital controller including a controller oriented processor die and a separate non-volatile memory die. The architecture provides for a low pin count on the package, minimal electrical connections on and between the dice, and a minimal number of registers by making use of significant multiplexing to allow many of the registers and signal lines to serve multiple functions responsive to the mode of operation and other control signals.The processor can be programmed internally or externally. In the in-system programming mode, the processor program counter is used to fetch running instructions out of an on-board ROM instruction memory on the processor die. The processor core outputs an address into which data is to be programmed on its output data bus. The processor core then receives from an external device the data which is to be programmed into the selected address and outputs it serially onto the data bus and therefrom to the memory die. The address and program data are then parallel output from separate registers on the memory die along with a program pulse to program the memory core.
    • 一种用于串行多芯片封装数字控制器的架构,包括面向控制器的处理器管芯和单独的非易失性存储器管芯。 该架构通过利用有效的多路复用来提供封装上的低引脚数,骰子之间和之间的最小电连接以及最小数量的寄存器,以允许许多寄存器和信号线响应于该模式而提供多个功能 的操作和其他控制信号。 处理器可以在内部或外部进行编程。 在系统内编程模式下,处理器程序计数器用于从处理器管芯上的板载ROM指令存储器中获取运行指令。 处理器内核在其输出数据总线上输出要编程数据的地址。 然后,处理器核心从外部设备接收要被编程到所选择的地址中的数据,并将其串行地输出到数据总线上并从其输出到存储器管芯。 然后,地址和程序数据与存储器管芯上的单独寄存器一起并行输出,并且与编程脉冲一起编程存储器内核。
    • 2. 发明授权
    • Multiple chip package processor having feed through paths on one die
    • 多芯片封装处理器具有一个管芯上的馈通通路
    • US5606710A
    • 1997-02-25
    • US359417
    • 1994-12-20
    • Christopher M. HallGary D. PhillipsWilliam E. MillerDavid W. WeinrichRobert M. Salter, IIIRichard E. Crippen
    • Christopher M. HallGary D. PhillipsWilliam E. MillerDavid W. WeinrichRobert M. Salter, IIIRichard E. Crippen
    • G06F15/78G11C16/10G06F13/00
    • G11C16/102G06F15/7814Y02B60/1207Y02B60/1225
    • An architecture for a serial multi-chip package digital controller including a controller oriented processor die and a separate non-volatile memory die. The architecture provides for a low pin count on the package, minimal electrical connections on and between the dice, and a minimal number of registers by making use of significant multiplexing to allow many of the registers and signal lines to serve multiple functions responsive to the mode of operation and other control signals. A plurality of feed-throughs are provided on the non-volatile memory die to provide communication paths from the processor die to package pads which are in the shadow of the non-volatile memory die relative to the processor die and thus prevent direct connection from the processor die to the package pad. In normal run mode, these pads are exclusively used as feed-through, providing a direct connection between a specific pad on the processor die and a specific pad on the package. In other modes of operation, however, the signals input from (or output to) the feed-through package pads are re-routed by transfer gates to the non-volatile memory die.
    • 一种用于串行多芯片封装数字控制器的架构,包括面向控制器的处理器管芯和单独的非易失性存储器管芯。 该架构通过利用有效的多路复用来提供封装上的低引脚数,骰子之间和之间的最小电连接以及最小数量的寄存器,以允许许多寄存器和信号线响应于该模式而提供多个功能 的操作和其他控制信号。 在非易失性存储器管芯上提供多个馈通以提供从处理器管芯到非易失性存储器管芯相对于处理器管芯的阴影中的封装焊盘的通信路径,从而防止从 处理器裸片到封装垫。 在正常运行模式下,这些焊盘专门用作馈通,提供处理器管芯上的特定焊盘与封装上的特定焊盘之间的直接连接。 然而,在其他操作模式中,从(或输出到)馈通封装焊盘输入的信号通过传输门被重新路由到非易失性存储器管芯。
    • 3. 发明授权
    • Non-volatile memory control and data loading architecture for multiple
chip processor
    • 用于多芯片处理器的非易失性存储器控制和数据加载架构
    • US5623686A
    • 1997-04-22
    • US446079
    • 1995-05-19
    • Christopher M. HallGary D. PhillipsWilliam E. MillerDavid W. WeinrichRobert M. Salter, IIIRichard E. Crippen
    • Christopher M. HallGary D. PhillipsWilliam E. MillerDavid W. WeinrichRobert M. Salter, IIIRichard E. Crippen
    • G06F15/78G11C16/10G06F15/76
    • G11C16/102G06F15/7814Y02B60/1207Y02B60/1225
    • An architecture for a serial multi-chip package digital controller including a controller oriented processor die and a separate non-volatile memory die. The architecture provides for a low pin count on the package, minimal electrical connections on and between the dice, and a minimal number of registers by making use of significant multiplexing to allow many of the registers and signal lines to serve multiple functions responsive to the mode of operation and other control signals.An input data register on the non-volatile memory die and a related multiplexer allows data from different sources to be loaded into the input data register depending on the mode of operation. Also, the output of the input data register is coupled to plural locations so that the destination of the data can also be switched responsive to the mode of operation. Particularly, the output of the input data register is coupled to an output port, a program data register (through which program data can be loaded into the program memory), and a control register for setting various control bits for performing specific integrity tests which can be performed following fabrication. Accordingly, the input data register is used for programming the memory from an external source, setting control bits from an external device, and sending data from the processor to the R port and on to external devices.
    • 一种用于串行多芯片封装数字控制器的架构,包括面向控制器的处理器管芯和单独的非易失性存储器管芯。 该架构通过利用有效的多路复用来提供封装上的低引脚数,骰子之间和之间的最小电连接以及最小数量的寄存器,以允许许多寄存器和信号线响应于该模式而提供多个功能 的操作和其他控制信号。 非易失性存储器管芯上的输入数据寄存器和相关的多路复用器允许根据操作模式将来自不同源的数据加载到输入数据寄存器中。 此外,输入数据寄存器的输出耦合到多个位置,使得数据的目的地也可以响应于操作模式而被切换。 特别地,输入数据寄存器的输出耦合到输出端口,程序数据寄存器(程序数据可以通过其加载到程序存储器中)和控制寄存器,用于设置用于执行特定完整性测试的各种控制位, 在制造之后执行。 因此,输入数据寄存器用于从外部源编程存储器,从外部设备设置控制位,并将数据从处理器发送到R端口并传输到外部设备。
    • 5. 发明授权
    • Low current voltage supply circuit for an LCD driver
    • 用于LCD驱动器的低电​​流电压电路
    • US06118439A
    • 2000-09-12
    • US21674
    • 1998-02-10
    • Franklin S. HoWilliam E. MillerYing Quan ZhongRichard E. Crippen
    • Franklin S. HoWilliam E. MillerYing Quan ZhongRichard E. Crippen
    • G09G3/18G09G3/36G09G5/00
    • G09G3/18G09G3/3696G09G2320/0252G09G2330/022
    • A voltage supply circuit for an LCD driver employs two voltage dividers. A low current voltage divider includes resistive elements having a high resistance, thus providing a bias voltage with a low current. A high current voltage divider includes resistive elements having low resistances, thus providing a bias voltage with a high current. The high current voltage divider provides bias voltage levels with high current at the beginning of each time phase change. Thus, the liquid crystal display receives a high current when updating the bias voltage levels on the LCD, thereby producing a fast settling time. When the bias voltage levels are held constant, however, only the low current voltage divider provides the bias voltage levels to reduce power consumption. A halt mode prevents the liquid crystal display and driver from consuming any power by disconnecting both voltage dividers from the voltage source when in sleep mode. A voltage drop mode produces a reduction in the bias voltage levels by placing another voltage drop in series with the voltage dividers.
    • 用于LCD驱动器的电压供应电路采用两个分压器。 低电流分压器包括具有高电阻的电阻元件,从而提供具有低电流的偏置电压。 高电流分压器包括具有低电阻的电阻元件,从而提供具有高电流的偏置电压。 高电流分压器在每次相变开始时提供高电流的偏置电压电平。 因此,当更新LCD上的偏置电压电平时,液晶显示器接收高电流,从而产生快速建立时间。 然而,当偏置电压电平保持不变时,只有低电流分压器才提供偏置电压电平以降低功耗。 停止模式通过在睡眠模式下从电压源断开两个分压器来防止液晶显示器和驱动器消耗任何电力。 通过与分压器串联放置另一个电压降,电压降模式产生偏置电压电平的降低。
    • 9. 发明授权
    • U+4 generation in HTER
    • U + 4代
    • US07011736B1
    • 2006-03-14
    • US10637089
    • 2003-08-05
    • William E. MillerEddie C. GayZygmunt Tomczuk
    • William E. MillerEddie C. GayZygmunt Tomczuk
    • C25C3/34
    • C25C3/34C25C7/005
    • A improved device and process for recycling spent nuclear fuels, in particular uranium metal, that facilitates the refinement and recovery of uranium metal from spent metallic nuclear fuels. The electrorefiner device comprises two anodes in predetermined spatial relation to a cathode. The anodese have separate current and voltage controls. A much higher voltage than normal for the electrorefining process is applied to the second anode, thereby facilitating oxidization of uranium (III), U+, to uranium (IV), U+4. The current path from the second anode to the cathode is physically shorter than the similar current path from the second anode to the spent nuclear fuel contained in a first anode shaped as a basket. The resulting U+4 oxidizes and solubilizes rough uranium deposited on the surface of the cathode. A softer uranium metal surface is left on the cathode and is more readily removed by a scraper.
    • 用于回收废核燃料,特别是铀金属的改进装置和方法,其有助于从废金属核燃料中精炼和回收铀金属。 电学纯化装置包括与阴极预定的空间关系的两个阳极。 阳极电池具有单独的电流和电压控制。 对于第二阳极施加比正常电压高的电解精炼工艺,因此铀(III),铀(Ⅳ),铀(Ⅳ),U + 4, SUP>。 从第二阳极到阴极的电流路径物理上短于从第二阳极到包含在形成为篮状物的第一阳极中的废核燃料的类似电流路径。 所产生的U + 4氧化并溶解沉积在阴极表面上的粗铀。 较软的铀金属表面留在阴极上,更容易被刮刀去除。