1) Baseband
['beisbænd]
基带
1.
Research on Simulation of Baseband of a New GNSS Receiver;
一种新型卫星接收机基带仿真研究
2.
SOC Design for GSM Handset Baseband Processing;
GSM手机基带芯片SOC设计
3.
Design and Implementation of Multi-Mode WLAN Baseband SoC SyStem;
多模WLAN基带SoC系统的设计与实现
2) base band
基带
1.
Design of cell phone base band synchronization module;
手机基带同步模块的设计
2.
This thesis describes wavelet-based coder-decoder(codec)structure for base band waveform coding.
本文提出了一种基于小波的基带波形成形结构,仿真结果显示,小波成形符合奈奎斯特脉冲成形理论。
3.
Mainly introduced construction and working principle of optical transceiver which transmits two way analog base band signal by Single fiber along with single direction.
主要介绍单纤单向传输两路模拟基带信号光端机的构成及工作原理 ,对光端机的主要性能进行分析 ,对出现的问题提出改进方法 ,对光发射端所采用频率调制和脉冲频率调制以及光接收端所采用脉冲倍频、低通解调方式进行概
3) base-band
基带
1.
According to the demands of low power consumption and low resource consumption in the ASIC design, we present an implementation method for mobile terminal base-band transmitter of CDMA2000-1x, carry out the process of sub-modules partition and avoid the design complexity of some sub-module.
针对ASIC(专用集成电路)芯片设计低功耗、低资源耗用的要求,提出了CDMA2000-1x系统移动终端基带发射部分的一种硬件实现方案,进行了内部模块划分,减少了部分子模块的实现复杂度,同时提供并讨论了功耗、资源优化的一些方法,对方案进行了针对性的优化,最终完成了芯片流片。
2.
With the digitization of SAR signal processing, base-band digital signal generator has substituted for SAW devices, and functioned as a part of the digital linear frequency modulator (chirp), which generates various sending signals for the radar.
基带数字信号源是合成孔径雷达 (SAR)系统中的关键设备 ,开发基带数字信号源对于满足SAR向多分辨率、多模式的发展具有重要的意义。
3.
The system communication base-band process based on Radio Frequency Identification(RFID) is analyzed,and a model of RFID base-band transmission is set up,which utilizes FPGA technology to design a communication IP core,integrating functions of base-band codec and data transmitting.
分析基于射频识别(RFID)技术的系统基带通信过程,建立RFID基带传输模型,利用FPGA技术实现具有基带编解码、数据收发功能的通信IP核,介绍基于模块化思想的基带通信IP核的RTL设计方法,利用QuartusⅡ与Simulink工具进行系统仿真,仿真实验结果表明,该通信模块是有效的,能够为设计RFID通信系统提供高度集成的基带通信IP核。
4) substrate
[英]['sʌbstreit] [美]['sʌbstret]
基带
1.
The Ni5W alloy substrates with higher strength, lower magnetism and cubic texture for YBCO second-generation coated conductor were prepared by a powder metallurgy method.
为了制作能满足YBCO涂层导体(coated conductor)所需要的高强度、低磁性的立方织构基带,本工作用粉末冶金方法制作了Ni-5at%W合金基带。
2.
The cube textured pure Ni and non-magnetic Cu-Ni tapes were obtained by rolling and recrystallization and these tapes are suitable for substrates for second generation high temperature superconducting tape.
用轧制 再结晶热处理方法制备了强立方织构的纯Ni基带和无磁性Cu Ni合金基带 ,为第二代钇钡铜氧高温超导带材提供了较好的基带材料。
3.
The cube textured pure Ni and non-magnetic Cu-Ni tapes were obtained by rolling and recrystallization andthese tapes are suited as substrates of the second generation high temperature superconductor.
用轧制-再结晶热处理方法制备了强立方织构的纯Ni基带和无磁性Cu-Ni合金基带,为第二代高温超导带材提供了较好的基带材料。
5) baseband
['beisbænd]
基带基带
6) tape base
磁带带基
补充资料：基带
基带(BASEBAnd)，又叫基频。在大部分手机中，基频都是最昂贵的半导体元件，随着TFT-LCD显示屏价格的下降，基频正在成为手机中占成本比例最高的元件。不仅如此，基频还决定了手机平台的选择，很大程度上决定了手机的功能和性能。毫无疑问，基频是手机的心脏。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条