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    • 1. 发明申请
    • CIRCUIT AND METHOD FOR OPERATING A CIRCUIT
    • 电路运行方法
    • US20100102208A1
    • 2010-04-29
    • US12580672
    • 2009-10-16
    • Guenther BergmannHerbert KnotzPeter KolbArmin ProhaskaHolger Vogelmann
    • Guenther BergmannHerbert KnotzPeter KolbArmin ProhaskaHolger Vogelmann
    • H03K17/78
    • G01J1/44H03F3/08H03K17/785
    • A circuit and method for operating a circuit with a terminal for connecting a photodiode to output an output current dependent on the photocurrent of the photodiode, with a resistance device for generating a voltage drop dependent on a photocurrent of the photodiode, with a control loop connected to the resistance device for generating the output current dependent on the photocurrent, with a switching means connected to the terminal with first switch positions for a first operating mode for operating the photodiode in the reversed bias and with second switch positions for a second operating mode for operating the photodiode in the photovoltaic mode, wherein in the first operating mode in the first switch positions of the switching means, the resistance device and the control loop are bridged and/or are not connected, and in the second operating mode in the second switch positions of the switching means, the terminal is connected to the resistance device.
    • 一种用于操作具有用于连接光电二极管以便输出取决于光电二极管的光电流的输出电流的端子的电路的电路和方法,其具有用于产生取决于光电二极管的光电流的电压降的电阻装置,连接有控制回路 用于产生取决于光电流的输出电流的电阻装置,其中开关装置连接到具有用于以反向偏置操作光电二极管的第一操作模式的第一开关位置的开关装置和用于第二操作模式的第二开关位置 在光伏模式下操作光电二极管,其中在开关装置,电阻装置和控制环路的第一开关位置中的第一操作模式中桥接和/或不连接,并且在第二操作模式中,在第二开关 开关装置的位置,端子连接到电阻装置。
    • 2. 发明授权
    • Circuit and method for operating a circuit
    • 用于操作电路的电路和方法
    • US08101900B2
    • 2012-01-24
    • US12580672
    • 2009-10-16
    • Guenther BergmannHerbert KnotzPeter KolbArmin ProhaskaHolger Vogelmann
    • Guenther BergmannHerbert KnotzPeter KolbArmin ProhaskaHolger Vogelmann
    • H01J40/14
    • G01J1/44H03F3/08H03K17/785
    • A circuit and method for operating a circuit with a terminal for connecting a photodiode to output an output current dependent on the photocurrent of the photodiode, with a resistance device for generating a voltage drop dependent on a photocurrent of the photodiode, with a control loop connected to the resistance device for generating the output current dependent on the photocurrent, with a switching means connected to the terminal with first switch positions for a first operating mode for operating the photodiode in the reversed bias and with second switch positions for a second operating mode for operating the photodiode in the photovoltaic mode, wherein in the first operating mode in the first switch positions of the switching means, the resistance device and the control loop are bridged and/or are not connected, and in the second operating mode in the second switch positions of the switching means, the terminal is connected to the resistance device.
    • 一种用于操作具有用于连接光电二极管以便输出取决于光电二极管的光电流的输出电流的端子的电路的电路和方法,其具有用于产生取决于光电二极管的光电流的电压降的电阻装置,连接有控制回路 用于产生取决于光电流的输出电流的电阻装置,其中开关装置连接到具有用于以反向偏置操作光电二极管的第一操作模式的第一开关位置的开关装置和用于第二操作模式的第二开关位置 在光伏模式下操作光电二极管,其中在开关装置,电阻装置和控制环路的第一开关位置中的第一操作模式中桥接和/或不连接,并且在第二操作模式中,在第二开关 开关装置的位置,端子连接到电阻装置。
    • 3. 发明申请
    • LASER DRIVER CIRCUIT, METHOD FOR CONTROLLING A LASER DRIVER CIRCUIT, AND USE
    • 激光驱动电路,控制激光驱动电路的方法和使用
    • US20100034226A1
    • 2010-02-11
    • US12538305
    • 2009-08-10
    • Herbert KnotzHolger VogelmannPeter KolbMichael OffenwangerStefan Schabel
    • Herbert KnotzHolger VogelmannPeter KolbMichael OffenwangerStefan Schabel
    • H01S3/00
    • H01S5/042G11B7/126H01S5/0428
    • A laser driver circuit comprising an amplifier device with a plurality of switchable subamplifiers, which can be or are connected to an output for connection of a laser, ith an analog switching device for switching of analog input signals, a plurality of analog inputs for the analog input signals, a plurality of control inputs for receiving digital control signals, wherein each switchable subamplifier has a switching device for switching the amplification by one of the digital control signals, a digital switching device connected to an input of each switching device for the selectable connection of the input of the switching device of each switchable subamplifier to a control input. Whereby each switchable subamplifier has an analog input, which is connected to the analog switching device for the selectable switching of an analog input signal to the analog input.
    • 一种激光驱动器电路,包括具有多个可切换子放大器的放大器装置,其可以或连接到用于连接激光器的输出端,以及用于切换模拟输入信号的模拟开关装置,用于模拟的多个模拟输入端 输入信号,用于接收数字控制信号的多个控制输入,其中每个可切换的副放大器具有用于通过数字控制信号之一切换放大的开关装置;连接到用于可选连接的每个开关装置的输入的数字开关装置 将每个可切换的副放大器的开关装置的输入输入到控制输入端。 每个可切换的副放大器都有一个模拟输入,它连接到模拟开关装置,用于将模拟输入信号可选择地切换到模拟输入。
    • 4. 发明授权
    • Laser driver circuit, method for controlling a laser driver circuit, and use
    • 激光驱动电路,控制激光驱动电路的方法及用途
    • US08009710B2
    • 2011-08-30
    • US12538305
    • 2009-08-10
    • Herbert KnotzHolger VogelmannPeter KolbMichael OffenwangerStefan Schabel
    • Herbert KnotzHolger VogelmannPeter KolbMichael OffenwangerStefan Schabel
    • H01S3/00
    • H01S5/042G11B7/126H01S5/0428
    • A laser driver circuit comprising an amplifier device with a plurality of switchable subamplifiers, which can be or are connected to an output for connection of a laser, ith an analog switching device for switching of analog input signals, a plurality of analog inputs for the analog input signals, a plurality of control inputs for receiving digital control signals, wherein each switchable subamplifier has a switching device for switching the amplification by one of the digital control signals, a digital switching device connected to an input of each switching device for the selectable connection of the input of the switching device of each switchable subamplifier to a control input. Whereby each switchable subamplifier has an analog input, which is connected to the analog switching device for the selectable switching of an analog input signal to the analog input.
    • 一种激光驱动器电路,包括具有多个可切换子放大器的放大器装置,其可以或连接到用于连接激光器的输出端,以及用于切换模拟输入信号的模拟开关装置,用于模拟的多个模拟输入端 输入信号,用于接收数字控制信号的多个控制输入,其中每个可切换的副放大器具有用于通过数字控制信号之一切换放大的开关装置;连接到用于可选连接的每个开关装置的输入的数字开关装置 将每个可切换的副放大器的开关装置的输入输入到控制输入端。 每个可切换的副放大器都有一个模拟输入,它连接到模拟开关装置,用于将模拟输入信号可选择地切换到模拟输入。
    • 5. 发明授权
    • Driver circuit, method for operating and use of a current mirror of a driver circuit
    • 驱动电路,操作和使用驱动电路电流镜的方法
    • US08154217B2
    • 2012-04-10
    • US12403879
    • 2009-03-13
    • Guenther BergmannPeter KolbHolger VogelmannMichael Offenwanger
    • Guenther BergmannPeter KolbHolger VogelmannMichael Offenwanger
    • G05F1/00H05B37/02H05B39/04H05B41/36
    • G05F3/262
    • A driver circuit, operating method, and use of a current mirror of a driver circuit is provided that includes at least one output transistor, a reference network with at least one reference transistor, a switching device, which is connected to the control input of the output transistor and to the control input of the reference transistor to form a switchable current mirror, a current source for providing a reference current for a reference current path, whereby the current source and the reference transistor are arranged in the reference current path, a load terminal, whereby the load terminal and the output transistor are arranged in a load current path, and at least one damping network, which is connected to or connectable to the reference current path. Wherein a connection of components of the at least one damping network and a connection of components of the reference network are substantially the same.
    • 提供驱动器电路,操作方法和使用驱动器电路的电流镜,其包括至少一个输出晶体管,具有至少一个参考晶体管的参考网络,连接到控制输入的开关器件 输出晶体管和参考晶体管的控制输入端以形成可切换电流镜,电流源用于为参考电流路径提供参考电流,由此将电流源和参考晶体管布置在参考电流路径中,负载 端子,由此负载端子和输出晶体管布置在负载电流路径中,以及至少一个阻尼网络,其连接到或可连接到参考电流路径。 其中至少一个阻尼网络的部件的连接和参考网络的部件的连接基本相同。
    • 9. 发明授权
    • High-speed CMOS current mirror
    • 高速CMOS电流镜
    • US07466202B2
    • 2008-12-16
    • US11783418
    • 2007-04-09
    • Udo KarthausPeter Kolb
    • Udo KarthausPeter Kolb
    • H03F3/04
    • G05F3/262
    • A CMOS current mirror is provided that includes a current input, an input transistor, whose conductivity path is located between the current input and a reference potential terminal, a current output, an output transistor, whose conductivity path is connected to the reference potential terminal and which supplies the current output with an output current, a gate node common for both transistors, and a supply potential terminal. The current mirror further includes a first additional transistor, whose conductivity path is located between the supply potential terminal and the gate node and whose gate terminal is connected to the current input, and a second additional transistor, whose conductivity path is located between the gate node and the reference potential terminal and whose gate terminal is connected to the gate node.
    • 提供一种CMOS电流镜,其包括电流输入,其导电路径位于电流输入与基准电位端之间的输入晶体管,电流输出,其导电路径连接到参考电位端的输出晶体管,以及 其向电流输出提供输出电流,两个晶体管公共的栅极节点和电源端子。 电流镜还包括第一附加晶体管,其导电路径位于电源电位端和栅极节点之间,其栅极端子连接到电流输入端;第二附加晶体管,其导电路径位于栅极节点 和参考电位端子,其栅极端子连接到栅极节点。
    • 10. 发明授权
    • Concealed fastening of a vehicle door handle
    • 隐藏车门把手的紧固件
    • US5421061A
    • 1995-06-06
    • US116754
    • 1993-09-07
    • Rudi KolleBruno StenzelMartin LindmayerPeter Kolb
    • Rudi KolleBruno StenzelMartin LindmayerPeter Kolb
    • E05B79/06E05B85/16A47B95/02
    • E05B79/06E05B85/16Y10T16/50Y10T292/57
    • The invention relates to a concealed fastening of a door handle on a panelling of a vehicle door, vehicle flap or the like, with a handle plate which rests on the panelling and which has, in a fastening region, a hook arm which projects from its rear side and passes through a clearance in the panelling and which is pushed, with an end region engaging behind, onto a support bearing arranged movably on the rear side of the panelling. The end region is held at a distance from the engaged behind counterface of the support bearing and rests with a spacer means on the counter face of the support bearing, and the distance between a pressure face of the spacer means loading the support bearing and the end region being variably changeable in order to compensate production tolerances. In order to allow a quicker mounting of the door handle without any loss of mounting accuracy, the spacer means is arranged on the hook arm so as to be displaceable transversely to the counter face of the support bearing and is held under a spring load in its bearing position on the support bearing.
    • 本发明涉及一种将门把手隐藏在车门,车辆挡板等的镶板上的紧固件,其具有搁置在镶板上的把手板,并且在紧固区域中具有从其突出的钩臂 并且穿过镶板中的间隙,并且其端部区域与后面接合,被推动到可移动地布置在镶板的后侧上的支撑轴承上。 端部区域被保持在与支撑轴承的接合后面的一定距离处,并且在支撑轴承的相对面上以间隔件的方式支撑,并且间隔件的压力面之间的距离加载支撑轴承和端部 区域是可变的以补偿生产公差。 为了允许门把手的更快的安装而没有任何安装精度的损失,隔离装置被布置在钩臂上,以便横向于支承轴承的相对面可移动并且被保持在弹簧载荷下 支撑轴承上的轴承位置。