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    • 3. 发明申请
    • COMPLEMENTARY SIGNAL MIXING
    • 补充信号混合
    • US20140363026A1
    • 2014-12-11
    • US13912905
    • 2013-06-07
    • Intel IP Corporation
    • Chuanzhao YUMark KIRSCHENMANN
    • G10H1/00
    • H04L27/2092H03B28/00H03D7/12H03D7/165H04L27/0008H04L27/18H04L27/206H04L27/2071
    • A method of performing complementary mixing may include performing an exclusive OR (XOR) function with respect to an I-channel symbol based on an oscillator signal to produce an I-channel output signal with bits that alternate between the I-channel symbol and a complement of the I-channel symbol in response to the oscillator signal rising and falling. The method may also include performing the XOR function with respect to a Q-channel symbol based on the oscillator signal to produce a Q-channel output signal with bits that alternate between the Q-channel symbol and a complement of the Q-channel symbol in response to the oscillator signal. Further, the method may include combining the I-channel output signal and the Q-channel output signal based on adding operations performed with respect to an I-channel extra bit signal, a Q-channel extra bit signal, the I-channel output signal, and the Q-channel output signal to generate a complementary mixed signal.
    • 执行互补混合的方法可以包括基于振荡器信号相对于I信道符号执行异或(XOR)功能,以产生具有在I信道符号和补码之间交替的位的I信道输出信号 的I通道符号响应于振荡器信号的上升和下降。 该方法还可以包括基于振荡器信号执行关于Q信道符号的异或函数,以产生具有在Q信道符号和Q信道符号的互补之间交替的Q信道输出信号 响应振荡器信号。 此外,该方法可以包括基于对I信道额外位信号,Q信道额外位信号,I信道输出信号执行的相加操作来组合I信道输出信号和Q信道输出信号 和Q通道输出信号,以产生互补混合信号。
    • 4. 发明授权
    • Phase and amplitude modulator
    • 相位和幅度调制器
    • US08860522B2
    • 2014-10-14
    • US13125853
    • 2008-10-24
    • Bengt-Erik Olsson
    • Bengt-Erik Olsson
    • H04L27/12H04L27/20H04L27/00H04L27/36
    • H04L27/0008H04L27/206H04L27/2092H04L27/2096H04L27/366
    • A modulator for an electrical signal comprises a data input port and a clock frequency input port. The modulator also comprises a first phase shifter for subjecting input clock frequency signals to a phase shift and adapted to keep the phase of an input clock frequency signal aligned with the phase of a data stream which is input at the data input port. The modulator also comprises a first XOR gate with an output port, to which first XOR gate said input ports of the modulator are connected, by means of which a BPSK signal is created at the output port when a first data stream is connected to the data input port and a first clock frequency signal is connected to the clock frequency input port.
    • 用于电信号的调制器包括数据输入端口和时钟频率输入端口。 调制器还包括第一移相器,用于使输入时钟频率信号进行相移并且适于保持输入时钟频率信号的相位与在数据输入端口输入的数据流的相位对准。 所述调制器还包括具有输出端口的第一异或门,所述调制器的所述输入端口连接到所述第一异或门,当所述第一数据流连接到所述数据时,借助于所述BPSK信号在所述输出端口处产生BPSK信号 输入端口和第一个时钟频率信号连接到时钟频率输入端口。
    • 6. 发明授权
    • Signal converter for converting a start signal to an end signal and method for converting a start signal to an end signal
    • 用于将开始信号转换为结束信号的信号转换器和用于将起始信号转换为结束信号的方法
    • US07529534B2
    • 2009-05-05
    • US11300191
    • 2005-12-13
    • Stefan Koehler
    • Stefan Koehler
    • H04B1/16
    • H03H17/0621H03H17/0275H03H2017/0247H04L27/2092H04L27/2627
    • A signal converter for converting a start signal into an end signal includes means for copying the start signal to obtain a plurality of copied start signals, wherein a copied start signal may be fed into a processing branch as a branch signal. Further, the signal converter includes a first branch processing means in a first processing branch for processing a first branch signal according to a first processing regulation to obtain a first processed branch signal. Further, the signal converter includes a second branch processing means in a second processing branch for processing a second branch signal according to a second processing regulation to obtain a second processed branch signal, wherein the second processing regulation is different from the first processing regulation and wherein the first processing regulation and the second processing regulation are implemented to cause a low-pass polyphase filtering of the copied start signals. Finally, the signal converter includes selection means for sequentially selecting the first processed branch signal and then the second processed branch signal in order to obtain the end signal.
    • 用于将开始信号转换为结束信号的信号转换器包括用于复制起始信号以获得多个复制的起始信号的装置,其中复制的起始信号可以作为分支信号被馈送到处理支路。 此外,信号转换器包括第一处理分支中的第一分支处理装置,用于根据第一处理调节处理第一分支信号以获得第一处理分支信号。 此外,信号转换器包括第二处理分支中的第二分支处理装置,用于根据第二处理调节处理第二分支信号以获得第二处理分支信号,其中第二处理调节与第一处理调节不同,其中 实施第一处理调节和第二处理规则以对复制的起始信号进行低通多相滤波。 最后,信号转换器包括选择装置,用于顺序地选择第一处理的分支信号,然后是第二处理的分支信号,以获得结束信号。
    • 8. 发明申请
    • Frequency offset and method of offsetting
    • 频偏和抵消方法
    • US20070098111A1
    • 2007-05-03
    • US11261166
    • 2005-10-27
    • Mark GehringRussell MoenBrent Jensen
    • Mark GehringRussell MoenBrent Jensen
    • H04L27/12
    • H04L27/2092
    • A transmitter digital signal processor (DSP) circuit has a transmit frequency represented by n-bit data output from a look up table (LUT). The n-bit data is outputted to an n-bit accumulator structured to overflow at a rate based on the output n-bit data to output a phase. The circuit further has device structured to add an n-bit signed constant to the accumulator to offset the frequency represented by the n-bit data output from the LUT. A transceiver on a semiconductor chip may include as part of a transmitter circuit, a transmit DSP circuit that has the LUT, accumulator and device providing an n-bit signed constant to the accumulator to offset a transmit frequency in order to allow a receiver circuit on the transceiver to communicate directly with the transmitter circuit, and thus allowing testing of the transceiver.
    • 发射机数字信号处理器(DSP)电路具有由查找表(LUT)输出的n位数据表示的发射频率。 n比特数据被输出到构成为以基于输出n比特数据的速率溢出的n比特累加器,以输出相位。 电路还具有被构造为向累加器添加n位有符号常数以便偏移由LUT输出的n位数据表示的频率的器件。 半导体芯片上的收发器可以包括作为发射机电路的一部分的发射DSP电路,其具有LUT,累加器和设备向累加器提供n位有符号常数以偏移发射频率,以允许接收机电路 收发器与发射机电路直接通信,从而允许对收发器进行测试。