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    • 1. 发明公开
    • HYBRID ADC CIRCUIT AND METHOD
    • EP4120571A1
    • 2023-01-18
    • EP21186151.3
    • 2021-07-16
    • NXP B.V.
    • Bolatkale, Muhammed
    • H03M1/06H03M1/16H03M3/04H03M3/02
    • There is described a hybrid ADC device for converting an analog input signal (Vin) into a digital output signal (Vout), the device comprising a first ADC circuit configured to receive the analog input signal (Vin) and convert it into a first digital signal (Y0); a DAC circuit configured to receive the first digital signal and convert it into a first analog signal; a delay circuit configured to delay the analog input signal; a first combiner configured to generate an analog residual signal by subtracting the first analog signal from the delayed analog input signal; a second ADC circuit configured to receive the residual analog signal and convert it into a second digital signal (Y1); a filter circuit configured to receive the first digital signal and output a filtered first digital signal (Y0'), the filter circuit having a transfer function corresponding to a combined transfer function of the DAC circuit and the second ADC circuit; and a second combiner configured to generate the digital output signal (Vout) by adding the second digital signal and the filtered first digital signal, wherein the first ADC circuit comprises an anti-aliasing filter. Furthermore, a corresponding method and an automobile radar system are described.
    • 9. 发明公开
    • RECEIVER CIRCUITS WITH FEEDFORWARD SIGNAL PATH
    • 接收器电路与前馈信号路径
    • EP3240197A1
    • 2017-11-01
    • EP16167566.5
    • 2016-04-28
    • NXP B.V.
    • Bolatkale, MuhammedBreems, Lucien Johannes
    • H04B1/10H04B1/12
    • H04L25/08H03M1/001H03M1/1009H04B1/0007H04B1/109H04B1/123
    • A receiver circuit comprising: an input terminal configured to receive an input-signal; a feedforward-ADC configured to provide a feedforward-digital-signal based on the input-signal; a feedforward-DAC configured to provide a feedforward-analogue-signal based on the feedforward-digital-signal; a feedforward-subtractor configured to provide an error-signal based on the difference between the feedforward-analogue-signal and the input-signal; an error-LNA configured to provide an amplified-error-signal based on the error-signal; an error-ADC configured to provide a digital-amplified-error-signal based on the amplified-error-signal; a mixer configured to down-convert a signal in a signal path between the input terminal and the error-ADC; and an error-cancellation-block configured to provide an error-cancelled-signal based on a difference between the digital-amplified-error-signal and the feedforward-digital-signal.
    • 一种接收器电路,包括:输入端,被配置为接收输入信号; 前馈ADC,被配置为基于输入信号提供前馈数字信号; 前馈DAC,被配置为基于前馈数字信号提供前馈模拟信号; 前馈减法器,被配置为基于前馈模拟信号和输入信号之间的差值提供误差信号; 误差LNA,被配置为基于误差信号提供放大的误差信号; 误差ADC,被配置为基于放大的误差信号提供数字放大的误差信号; 混频器,被配置为对输入端和误差ADC之间的信号路径中的信号进行下变频; 以及错误消除块,被配置为基于数字放大错误信号和前馈数字信号之间的差提供错误消除信号。
    • 10. 发明公开
    • A DATA PROCESSOR
    • 数据处理器
    • EP3174210A1
    • 2017-05-31
    • EP15196076.2
    • 2015-11-24
    • NXP B.V.
    • Niehof, JanBajoria, ShagunBolatkale, MuhammedRutten, RobertBreems, Lucien JohannesBrekelmans, Johannes Hubertus Antonius
    • H03M1/08H03M1/18H03M1/06H03M1/12
    • H04W74/002H03M1/0678H03M1/08H03M1/123H03M1/183H04L5/0051
    • A processor comprising: a first-receiver-node for receiving a first-receiver-signal; a second-receiver-node for receiving a second-receiver-signal; a first-output-node for coupling to a digital-baseband-processor; a second-output-node for coupling to the digital-baseband-processor; a first-active-data-pipe extending between the first-receiver-node and the first-output-node. The first-active-data-pipe comprises: a first-analogue-to-digital-converter comprising a first-ADC-input coupled to the first-receiver-node; and a first-ADC-output coupled to the first-output-node; wherein the first-analogue-to-digital-converter is configured to provide a first-digital-signal to the first-output-node. The processor comprises a first-reference-node; and a configurable-data-pipe extending between the second-receiver-node and the second-output-node. The configurable-data-pipe comprises: a configurable-pipeline-multiplexer comprising: a first-MUX-input-node coupled to the second-receiver-node; a second-MUX-input-node coupled to the first-reference-node; and a MUX-output-node. The configurable-data-pipe also comprises a second-analogue-to-digital-converter comprising: a second-ADC-input coupled to the MUX-output-node; and a second-ADC-output coupled to the second-output-node. When the configurable-pipeline-multiplexer is configured to couple the second-MUX-input-node to the MUX-output-node, the second-analogue-to-digital-converter is configured to provide a first-digital-reference-signal to the second-output-node.
    • 一种处理器,包括:用于接收第一接收机信号的第一接收机节点; 第二接收机节点,用于接收第二接收机信号; 用于耦合到数字基带处理器的第一输出节点; 用于耦合到数字基带处理器的第二输出节点; 在第一接收器节点和第一输出节点之间延伸的第一有效数据管道。 第一有源数据管包括:第一模数转换器,其包括耦合到第一接收机节点的第一ADC输入; 以及耦合到第一输出节点的第一ADC输出; 其中所述第一模拟至数字转换器经配置以将第一数字信号提供到所述第一输出节点。 处理器包括第一参考节点; 以及在第二接收器节点和第二输出节点之间延伸的可配置数据管道。 该可配置数据管道包括:可配置流水线多路复用器,包括:耦合到第二接收机节点的第一MUX输入节点; 耦合到第一参考节点的第二MUX输入节点; 和一个MUX输出节点。 该可配置数据管道还包括第二模数转换器,该第二模数转换器包括:耦合到该MUX输出节点的第二ADC输入; 以及耦合到第二输出节点的第二ADC输出。 当可配置流水线多路复用器被配置为将第二MUX输入节点耦合到MUX输出节点时,第二模拟到数字转换器被配置为将第一数字参考信号提供给 第二个输出节点。