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    • 1. 发明申请
    • Low Latency High Bandwidth CDR Architecture
    • 低延迟高带宽CDR体系结构
    • US20120328063A1
    • 2012-12-27
    • US13168861
    • 2011-06-24
    • Anand Jitendra VasaniJun CaoAfshin Momtaz
    • Anand Jitendra VasaniJun CaoAfshin Momtaz
    • H04L7/02
    • H04L7/0079H03L7/0812H04L7/033
    • Provided is a low latency high bandwidth clock and data recovery (CDR) system. For example, there is a low latency high bandwidth CDR system including a demultiplexer configured to convert a high frequency input datastream to a low frequency output datastream according to a first latency and a phase error processor at least partially embedded into the demultiplexer and configured to determine a datastream phase error of the high frequency input datastream according to a second latency. The embedded phase error processor allows a portion of a total latency of the CDR system due to the demultiplexer and the phase error processor to be less than a sum of the first and second latencies.
    • 提供了低延迟高带宽时钟和数据恢复(CDR)系统。 例如,存在低延迟高带宽CDR系统,其包括解复用器,其被配置为根据第一等待时间将高频输入数据流转换为低频输出数据流,并且相位误差处理器至少部分地被嵌入到解复用器中并且被配置为确定 根据第二等待时间,高频输入数据流的数据流相位误差。 嵌入式相位误差处理器允许由于解复用器和相位误差处理器而导致的CDR系统的总等待时间的一部分小于第一和第二延迟的和。
    • 7. 发明申请
    • Apparatus and method for analog-to-digital converter calibration
    • 用于模数转换器校准的装置和方法
    • US20080150772A1
    • 2008-06-26
    • US12000757
    • 2007-12-17
    • Jun CaoAfshin Momtaz
    • Jun CaoAfshin Momtaz
    • H03M1/10
    • H03M1/1061H03M1/362
    • Methods, systems, and apparatuses for calibration of analog to digital converters (ADC) are described herein. In an aspect, an ADC includes a plurality of slices. Each slice includes a digital to analog converter (DAC), a comparator, and a digital processing unit (DPU). The digital processing unit is electrically connected to the comparator and the DAC. In another aspect, an analog-to-digital converter includes an input module and an analog to digital converter core configured to receive an analog input from the input module and generate a digital output. The ADC is configured to adjust a precision of the analog to digital converter core based on a quality of the analog input signal.
    • 本文描述了用于模数转换器(ADC)的校准的方法,系统和装置。 在一方面,ADC包括多个切片。 每个片包括数模转换器(DAC),比较器和数字处理单元(DPU)。 数字处理单元电连接到比较器和DAC。 在另一方面,模数转换器包括被配置为从输入模块接收模拟输入并产生数字输出的输入模块和模数转换器内核。 ADC配置为基于模拟输入信号的质量来调整模数转换器内核的精度。
    • 10. 发明授权
    • Digitally controlled threshold adjustment circuit
    • 数字控制阈值调节电路
    • US07215171B2
    • 2007-05-08
    • US11117767
    • 2005-04-28
    • Namik Kemal KocamanAfshin Momtaz
    • Namik Kemal KocamanAfshin Momtaz
    • H03L5/00
    • H03K5/151H03K5/003H03K5/086
    • A threshold adjustment circuit including: a current DAC for supplying or sinking a varying current; a differential pair of thin oxide transistors coupled to the DAC and coupled together at a common source node; a power supply for providing a supply voltage having a voltage level above reliability of the thin oxide transistors; and a third transistor for maintaining voltage of the common source node above a predetermined level and to disable the threshold adjustment circuit. The bulk and source of each of the differential pair thin oxide transistors is coupled to the common source node and each of the differential pair thin oxide transistors is switched by a signal to keep each of the differential pair thin oxide transistors in saturation region.
    • 一种阈值调整电路,包括:用于提供或吸收变化电流的电流DAC; 耦合到DAC并在公共源节点处耦合在一起的薄氧化物晶体管的差分对; 用于提供具有高于薄氧化物晶体管的可靠性的电压电平的电源电压的电源; 以及第三晶体管,用于将公共源节点的电压维持在预定电平以上并禁止阈值调整电路。 每个差分对薄氧化物晶体管的体积和源极耦合到公共源节点,并且每个差分对薄氧化物晶体管被信号切换,以将每个差分对薄氧化物晶体管保持在饱和区域。