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    • 1. 发明申请
    • Compensation of loop-delay quantizer in continuous-time and hybrid sigma-delta analog-to-digital modulators
    • 循环延迟量化器在连续时间和混合Σ-Δ模数转换器中的补偿
    • US20120062405A1
    • 2012-03-15
    • US12924785
    • 2010-10-05
    • Sebastian LoedaGary Hague
    • Sebastian LoedaGary Hague
    • H03M3/00H04N7/26
    • H03M3/37H03M3/452
    • A summing-tracking quantizer additively combines multiple feed-forward outputs of cascaded integrator stages of a sigma-delta analog-to-digital converter with a scaled sampled analog signal, and a delayed scaled analog input signal. The summing tracking quantizer compensates for loop delay within a sigma-delta analog-to-digital converter. A loop delay compensation digital-to-analog converter for a sigma-delta analog-to-digital converter is merged with the voltage reference generator within the summing-tracking quantizer. The summing tracking quantizer selects reference voltages from the voltage reference generator based on a previous digital output code. The summing-tracking quantizer has a matrix switch that receives the previous digital output code and selects the reference voltage for applying to comparators for determining a differential quantization code that is additively combined to the previous digital output code to determine the present digital output code.
    • 加和跟踪量化器将Σ-Δ模数转换器的级联积分器级的多个前馈输出与经缩放的采样模拟信号和延迟缩放的模拟输入信号相加地组合。 求和跟踪量化器补偿Σ-Δ模数转换器内的环路延迟。 用于Σ-Δ模数转换器的环路延迟补偿数模转换器与求和跟踪量化器内的电压基准发生器合并。 求和跟踪量化器基于先前的数字输出代码选择来自参考电压源的参考电压。 求和跟踪量化器具有矩阵开关,其接收先前的数字输出代码并选择用于施加到比较器的参考电压,以确定与之前的数字输出代码相加组合的差分量化代码,以确定当前的数字输出代码。
    • 2. 发明授权
    • Lead and catheter assembly
    • 铅和导管组装
    • US07526343B2
    • 2009-04-28
    • US11459587
    • 2006-07-24
    • Charles PetersonJohn GreenlandGary Hague
    • Charles PetersonJohn GreenlandGary Hague
    • A61N1/05
    • A61N1/056A61N2001/0585
    • A method of accessing lateral branch veins of the coronary sinus with a pacing lead and guide catheter assembly. The guide catheter has an open lumen extending therethrough and a distal end provided with a pre-formed guide curve, while the pacing lead has a distal end provided with a first curve and a second curve extending proximally from the first curve. The guide catheter is inserted into an access vessel of the heart and advanced along the access vessel to the coronary sinus. The pacing lead is inserted into the guide catheter lumen and advanced distally through the guide catheter lumen. The pacing lead is rotated by advancing the second curve of the pacing lead through the guide curve to align the first curve with a pre-determined plane. The first curve of the pacing lead into one of the lateral branch veins of the coronary sinus.
    • 一种采用起搏引导和引导导管组件来获取冠状窦的横向分支静脉的方法。 引导导管具有延伸穿过其中的开口腔和设置有预先形成的引导曲线的远端,而起搏引线具有设置有第一曲线的远端和从第一曲线向近侧延伸的第二曲线。 引导导管被插入到心脏的进入容器中并且沿着进入容器前进到冠状窦。 起搏引线插入引导导管内腔,并通过引导导管腔远端前进。 通过使起搏引线的第二曲线通过引导曲线使起搏引线旋转,以将第一曲线与预定平面对齐。 起搏的第一条曲线导致冠状窦的一个横向分支静脉。
    • 5. 发明申请
    • LEAD AND CATHETER ASSEMBLY
    • 导线和导管总成
    • US20060259111A1
    • 2006-11-16
    • US11459587
    • 2006-07-24
    • Charles PETERSONJohn GREENLANDGary HAGUE
    • Charles PETERSONJohn GREENLANDGary HAGUE
    • A61N1/05
    • A61N1/056A61N2001/0585
    • A method of accessing lateral branch veins of the coronary sinus with a pacing lead and guide catheter assembly. The guide catheter has an open lumen extending therethrough and a distal end provided with a pre-formed guide curve, while the pacing lead has a distal end provided with a first curve and a second curve extending proximally from the first curve. The guide catheter is inserted into an access vessel of the heart and advanced along the access vessel to the coronary sinus. The pacing lead is inserted into the guide catheter lumen and advanced distally through the guide catheter lumen. The pacing lead is rotated by advancing the second curve of the pacing lead through the guide curve to align the first curve with a pre-determined plane. The first curve of the pacing lead into one of the lateral branch veins of the coronary sinus.
    • 一种采用起搏引导和引导导管组件来获取冠状窦的横向分支静脉的方法。 引导导管具有延伸穿过其中的开口腔和设置有预先形成的引导曲线的远端,而起搏引线具有设置有第一曲线的远端和从第一曲线向近侧延伸的第二曲线。 引导导管被插入到心脏的进入容器中并且沿着进入容器前进到冠状窦。 起搏引线插入引导导管内腔,并通过引导导管腔远端前进。 通过使起搏引线的第二曲线通过引导曲线使起搏引线旋转,以将第一曲线与预定平面对齐。 起搏的第一条曲线导致冠状窦的一个横向分支静脉。
    • 7. 发明授权
    • Lead and catheter assembly
    • 铅和导管组装
    • US07542808B1
    • 2009-06-02
    • US10944303
    • 2004-09-17
    • Charles PetersonJohn GreenlandGary Hague
    • Charles PetersonJohn GreenlandGary Hague
    • A61N1/05
    • A61N1/056A61N2001/0585
    • A guide catheter assembly for accessing lateral branch veins of the coronary sinus includes a guide catheter and a pacing lead. The guide catheter has a central lumen therethrough, a proximal end and a distal end pre-formed with a guide curve. The pacing lead is slidably receivable within the guide catheter lumen. The pacing lead has a proximal end and a distal end formed with a first curve and a second curve extending proximally from the first curve. The second curve is adapted to mate with the guide curve to direct the first curve into a selected branch vein of the coronary sinus. The second curve may be pre-formed in the pacing lead, or may be imparted to the pacing lead via a stylet or inner catheter.
    • 用于进入冠状窦的横向分支静脉的引导导管组件包括导向导管和起搏引线。 引导导管具有穿过其的中央腔,近端和预先形成有引导曲线的远端。 起搏引线可滑动地接收在引导导管内腔内。 起搏引线具有近端和远端,其形成有第一曲线和从第一曲线向近侧延伸的第二曲线。 第二曲线适于与引导曲线配合,以将第一曲线引导至冠状窦的选定分支静脉。 第二曲线可以在起搏引线中预先形成,或者可以经由探针或内导管施加到起搏引线。
    • 9. 发明授权
    • Method for implementation of a low noise, high accuracy current mirror for audio applications
    • 用于实现音频应用的低噪声,高精度电流镜的方法
    • US07091892B2
    • 2006-08-15
    • US11008367
    • 2004-12-09
    • David TesterGary HagueJorg Medwed
    • David TesterGary HagueJorg Medwed
    • H03M1/00
    • G05F3/262
    • An accurate high current mirror circuit produces a mirrored current that matches an input current to produce an accuracy at the output of a subsequent stage of amplification of greater than 0.01%. A plurality of transistor devices are arranged in a symmetrical configuration and divided into two groups. The transistors in each of the two groups are connected in parallel to produce a high mirror current from a high input current. A distribution of a source voltage produces the same source voltage at each of the plurality of transistors. An input current metallization and a mirror current metallization are formed within the symmetrical configuration to have a same value of impedance. A plurality of P-channel transistors within the current mirror circuit control a voltage of a point on the input metallization to be the same as a reference voltage, thus causing the mirror current to be referenced around the reference voltage.
    • 精确的大电流镜电路产生与输入电流匹配的镜像电流,以在后续放大级的输出处产生大于0.01%的精度。 多个晶体管器件被布置成对称配置并分成两组。 两组中的每一个中的晶体管并联连接以从高输入电流产生高反射镜电流。 源极电压的分布在多个晶体管的每一个处产生相同的源极电压。 在对称构造内形成输入电流金属化和反射镜电流金属化以具有相同的阻抗值。 电流镜电路内的多个P沟道晶体管将输入金属化点上的电压控制为与参考电压相同,从而使反射镜电流围绕参考电压进行参考。