Abstract in simplified Chinese:在一实施例中,本发明包括一种方法:接收对应一进入的射频(RF)频谱之一部分的数据;透过一线性频谱分析,决定来自该数据的一组估计,该组估计包括一信道频率估计与一符元率估计的一或多对;以及透过至少一非线性频谱分析,由该组估计中决定一精细化组的估计。
Abstract in simplified Chinese:本发明提供一种通信设备,其包括一经组态以对一射频(RF)信号进行操作的RF电路,及一耦接至该RF电路的数码处理电路。该数码处理电路可根据一时域隔离技术,结合该RF电路进行操作。另外,该数码处理电路包括一调度器,其可为一或多个个别接收时槽之每一者调度一信道等化作业。该调度器亦可为该或该等个别接收时槽之每一者调度一译码作业,以获得槽分配信息。
Abstract in simplified Chinese:于一具体实施例中,本发明包括一设备用以容许进行无线设备之诊断测试。该设备包括一第一开关其用以按规定路线发送自设备之一处理器接收的诊断信息或音响信息,一编译码器,其系与该第一开关耦合用以将选路诊断信息或音响信息编码,以及一第二开关,其系与该编译码器耦合用以将经编码诊断信息按规定路线发送至无线设备的一第一端口并用以将经编码音响信息按规定路线发送至无线设备的第一端口或是一第二端口。
Abstract in simplified Chinese:本发明系揭示一种用于通信系统之比例测量值发送路径架构及相关方法。本比例测量发送路径架构可运用一单一本地震荡器信号及除法器,以提供对于中频(IF)混合电路及回授混合电路的混合信号,借此消除在先前解决方案中的个别IF及射频(RF)电压控制震荡器(VCO)之需要。
Abstract:
In one embodiment, a method includes: receiving, in an access point, a configuration request from a user, the configuration request comprising a first SSID; in response to the user request, entering into a monitor mode to identify one or more existing SSIDs of one or more existing access points in a local environment with the access point; and informing the user if the first SSID matches at least one of the existing SSIDs.
Abstract:
A wideband power detector (peak or RMS) is placed in a base-band portion of a receiver chain implemented with a current mode RF front end. A differential transimpedance amplifier (TIA) includes a current sense circuit that replicates the input currents to the TIA as current sense output voltages without the current sense output voltages being affected by the filter characteristics of the TIA.
Abstract:
A wireless communications device includes a receiver having a phase detector configured to extract frequency offset and provide a corresponding error signal generated based on a baseband version of a received radio frequency signal and an expected transmitted data signal. The receiver has a phase-locked loop configured to generate an error correction signal based on a phase of the error signal and a predicted instantaneous phase of the error signal. The receiver has a correction circuit configured to provide a corrected baseband version of the received radio frequency signal based on the baseband version of the received radio frequency signal and the error correction signal. The receiver may have a re-encoding-based processing circuit configured to provide the expected transmitted data signal based on a preliminarily decoded symbol.
Abstract:
In one embodiment, an apparatus includes: a first radio frequency (RF) circuit to transmit and receive at a 2.4 GHz band according to a first wireless communication protocol; a second RF circuit to transmit and receive at a 2.4 GHz band according to a second wireless communication protocol; and a selection filter coupled to the first RF circuit and the second RF circuit. The selection filter may include: a first filter to couple to the first RF circuit, the first filter configured for a first wireless channel within the 2.4 GHz band; and a second filter to couple to the second RF circuit, the second filter configured for a second wireless channel within the 2.4 GHz band.
Abstract:
In one aspect, an apparatus includes: a first feedback digital-to-analog converter (DAC) to receive a first feedback signal from a first successive approximation register (SAR) and output a first analog signal; a comparator to compare the first analog signal with a reference voltage; the first SAR to store a digital value based on the comparison and provide the first feedback signal to the first DAC; a second feedback DAC to receive a modulated quantized residual error based on the comparison and output a second analog signal; a second SAR to store a quantized residual error; and a delta-sigma modulator (DSM) to modulate the quantized residual error and provide the modulated quantized residual error to the second feedback DAC.