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    • 1. 发明授权
    • Apparatus for contactlessly coupling chips
    • 用于非接触地耦合芯片的装置
    • US07714420B2
    • 2010-05-11
    • US10577114
    • 2004-10-28
    • Hans Gustat
    • Hans Gustat
    • H01L23/48G08C17/00H04B5/00
    • H04B5/0012H01L23/48H01L25/0652H01L25/0655H01L2224/16225H01L2924/3011
    • A chip arrangement comprising a first chip having at least one first signal interface with first coupling elements arranged along a first line in a first number density and at least one second chip with at least one second signal interface with second coupling elements arranged along a second line in a second number density, where the first and second coupling elements permit contactless signal transmission between the first and second signal interfaces, where the two chips are so arranged relative to each other that coupling elements of the first and second signal interfaces can contactlessly transmit signals with each other, where the longitudinal extent of at least one of the signal interfaces along the line associated therewith is greater than the length of the overlap of the two longitudinal extents, and where one of the signal interfaces has a greater number density of coupling elements than the other.
    • 一种芯片装置,包括具有至少一个第一信号接口的第一芯片,所述第一信号接口具有沿着第一数字密度的第一线布置的第一耦合元件,以及具有至少一个第二信号接口的至少一个第二信号接口,所述第二信号接口具有沿着第二线 在第二数量密度中,其中第一和第二耦合元件允许在第一和第二信号接口之间的非接触信号传输,其中两个芯片彼此相对布置,第一和第二信号接口的耦合元件可以非接触地传输信号 彼此之间,其中沿着与其相关联的线的至少一个信号接口的纵向范围大于两个纵向范围的重叠的长度,并且其中一个信号接口具有较大数量的耦合元件密度 比其他。
    • 4. 发明申请
    • Processor Component
    • 处理器组件
    • US20070245056A1
    • 2007-10-18
    • US10577114
    • 2004-10-28
    • Hans Gustat
    • Hans Gustat
    • G06F13/00
    • H04B5/0012H01L23/48H01L25/0652H01L25/0655H01L2224/16225H01L2924/3011
    • A chip arrangement comprising a first chip having at least one first signal interface with first coupling elements arranged along a first line in a first number density and at least one second chip with at least one second signal interface with second coupling elements arranged along a second line in a second number density, where the first and second coupling elements permit contactless signal transmission between the first and second signal interfaces, where the two chips are so arranged relative to each other that coupling elements of the first and second signal interfaces can contactlessly transmit signals with each other, where the longitudinal extent of at least one of the signal interfaces along the line associated therewith is greater than the length of the overlap of the two longitudinal extents, and where one of the signal interfaces has a greater number density of coupling elements than the other.
    • 一种芯片装置,包括具有至少一个第一信号接口的第一芯片,所述第一信号接口具有沿着第一数字密度的第一线布置的第一耦合元件,以及具有至少一个第二信号接口的至少一个第二信号接口,所述第二信号接口具有沿着第二线 在第二数量密度中,其中第一和第二耦合元件允许在第一和第二信号接口之间的非接触信号传输,其中两个芯片彼此相对布置,第一和第二信号接口的耦合元件可以非接触地传输信号 彼此之间,其中沿着与其相关联的线的至少一个信号接口的纵向范围大于两个纵向范围的重叠的长度,并且其中一个信号接口具有较大数量的耦合元件密度 比其他。
    • 5. 发明授权
    • Digital-analog converter
    • 数模转换器
    • US07924196B2
    • 2011-04-12
    • US12587105
    • 2009-09-30
    • Hans Gustat
    • Hans Gustat
    • H03M1/66
    • H03M1/0682H03K19/0136H03K19/01806H03M1/1004H03M1/1009H03M1/745
    • A parallel digital-analog converter for the conversion of a plurality of differential digital input signals into a differential analog output signal, including a group of 1-bit digital-analog converters (200) which respectively include an intermediate storage cell (202) and a current cell (201) and which are adapted to feed a respective output current to a first (204) or a second output contact (206) in dependence on a logic state of the intermediate storage cell, wherein a first of two outputs of an intermediate storage cell (202) is connected by way of an input resistor (220) to a first signal terminal (208.1) of a first transistor (208) and a second of the two outputs of the intermediate storage cell (202) is connected by way of an input resistor (218) to a first signal terminal (210.1) of a second transistor (210), the respective first signal terminals of the first and second transistors are additionally connected by way of a constant current source (212 and 214) to a ground terminal (216), and wherein a respective time-constant bias voltage is applied at a respective control terminal (208.2 and 210.2) of the first and second transistors.
    • 一种用于将多个差分数字输入信号转换为差分模拟输出信号的并行数模转换器,包括一组1位数模转换器(200),它们分别包括中间存储单元(202)和 当前单元(201),其适于根据中间存储单元的逻辑状态将相应的输出电流馈送到第一(204)或第二输出触点(206),其中中间存储单元的两个输出中的第一个输出 存储单元(202)通过输入电阻器(220)连接到第一晶体管(208)的第一信号端子(208.1),并且中间存储单元(202)的两个输出端中的第二个输出端连接 的输入电阻器(218)连接到第二晶体管(210)的第一信号端子(210.1),第一和第二晶体管的各个第一信号端子通过恒定电流源(212和214)附加地连接到 一个地面终端 (216),并且其中在第一和第二晶体管的相应控制端(208.2和210.2)处施加相应的时间常数偏置电压。
    • 6. 发明授权
    • Static frequency divider with a divider ratio which can be switched over
    • 静态分频器,分频比可以切换
    • US06593782B2
    • 2003-07-15
    • US09805488
    • 2001-03-13
    • Michael PierschelHans Gustat
    • Michael PierschelHans Gustat
    • H03K2100
    • H03K23/667H03K3/356043
    • The invention is a static frequency divider with a divider ratio which can be switched over, tor use in the extremely high frequency range. In a preferred embodiment, the invention is a static frequency divider with a divider ratio which can be switched over, which includes first and second divider D- type flip-flops which each have two inputs which can be alternately activated by way of control inputs, in order to prevent the occurrence of metastable conditions. This is accomplished by connecting the successive synchronous D-type flip-flops upstream of the two divider D-type flip- flops and the control inputs of the first and second divider D-type flip-flops are connected to separate change-over switching devices.
    • 本发明是一种具有分频比的静态分频器,可以在极高频率范围内使用。 在优选实施例中,本发明是具有可切换的分频比的静态分频器,其包括第一和第二分频器D-型触发器,每个具有可通过控制输入交替激活的两个输入, 以防止亚稳态的发生。 这通过连接两个分频器D型触发器上游的连续的同步D型触发器来实现,并且第一和第二分频器D型触发器的控制输入连接到分离的转换开关器件 。
    • 8. 发明申请
    • Digital-Analog Converter
    • 数模转换器
    • US20100141495A1
    • 2010-06-10
    • US12587105
    • 2009-09-30
    • Hans Gustat
    • Hans Gustat
    • H03M1/66
    • H03M1/0682H03K19/0136H03K19/01806H03M1/1004H03M1/1009H03M1/745
    • A parallel digital-analog converter for the conversion of a plurality of differential digital input signals into a differential analog output signal, including a group of 1-bit digital-analog converters (200) which respectively include an intermediate storage cell (202) and a current cell (201) and which are adapted to feed a respective output current to a first (204) or a second output contact (206) in dependence on a logic state of the intermediate storage cell, wherein a first of two outputs of an intermediate storage cell (202) is connected by way of an input resistor (220) to a first signal terminal (208.1) of a first transistor (208) and a second of the two outputs of the intermediate storage cell (202) is connected by way of an input resistor (218) to a first signal terminal (210.1) of a second transistor (210), the respective first signal terminals of the first and second transistors are additionally connected by way of a constant current source (212 and 214) to a ground terminal (216), and wherein a respective time-constant bias voltage is applied at a respective control terminal (208.2 and 210.2) of the first and second transistors.
    • 一种用于将多个差分数字输入信号转换为差分模拟输出信号的并行数模转换器,包括一组1位数模转换器(200),它们分别包括中间存储单元(202)和 当前单元(201),其适于根据中间存储单元的逻辑状态将相应的输出电流馈送到第一(204)或第二输出触点(206),其中中间存储单元的两个输出中的第一个输出 存储单元(202)通过输入电阻器(220)连接到第一晶体管(208)的第一信号端子(208.1),并且中间存储单元(202)的两个输出端中的第二个输出端连接 的输入电阻器(218)连接到第二晶体管(210)的第一信号端子(210.1),第一和第二晶体管的各个第一信号端子通过恒定电流源(212和214)附加地连接到 一个地面终端 (216),并且其中在第一和第二晶体管的相应控制端(208.2和210.2)处施加相应的时间常数偏置电压。