BiCMOS integrated circuits; Ge-Si alloys; Zigbee; amplitude shift keying; analogue-digital conversion; carbon; monolithic integrated circuits; peripheral interfaces; phase shift keying; radio transceivers; ultra wideband communication; BPSK; BiCMOS technology; IEEE 802.15.4a standard; OOK; SPI; SiGe:C; analogue-to-digital conversion; binary phase shift keying; coherent impulse detection; digital-to-analogue conversion; frequency 31.2 MHz; frequency 499.2 MHz; impulse radio; monolithic integrated single-chip transceiver; multichannel IR-UWB single-chip transceiver; on-off keying; serial peripheral interface; size 0.25 mum; ultra wideband transceiver; Baseband; Clocks; Frequency measurement; Radio frequency; Receivers; Standards; Transceivers; IEEE 802.15.4a; Ultra-wide band; impulse radio; multi-channel; multi-data rate; single-chip transceiver;
机译:一种Uwb系统扩展码的搜索选择新方法及其在iee 802.15.4a Ir-uwb系统中的应用
机译:适用于IEEE 802.15.4a UWB收发器的基于6.1 mW 7.5-10.6 GHz PLL的频率合成器
机译:用于IR-UWB收发器的符合FCC要求的超低功耗五阶高斯脉冲发生器
机译:符合IEEE 802.15.4a的IR-UWB单芯片收发器,用于高频段操作
机译:在IEEE 802.15.4a工业环境中运行的IR-UWB通信系统中使用的次优接收器的性能比较。
机译:基于体硅的单芯片光子收发器作为用于光学互连的芯片级光子I / O平台
机译:基于空间稀疏度的IR-UWB在IEEE 802.15.4a信道中的直接定位