baseband processor 中文意思是什麼

baseband processor 解釋
基本頻帶信號處理機
  • baseband : 基本頻帶
  • processor : n. 1. 〈美國〉農產品加工者;進行初步分類的人。2. (數據等的)分理者;【自動化】信息處理機。
  1. The pn analyzer of the paper includes radio frequency receiver and digital baseband processor and gps receiver

    論文設計的pn分析儀包括射頻接收部分、數字基帶部分、 gps接收機部分等。
  2. The baseband processor and system controller interface in wireless communication, which is utstarcom, the center of researching wireless communication software a part of data transmission passway of simulator of user equipment

    無線通信中基帶處理器與系統控制器介面是ut斯達康公司無線通信軟體研究中心設計的userequipment模擬器中的數據傳送通道的一部分。
  3. Research on programmable baseband processor has become a hot point recently

    摘要多模基帶處理器晶元的設計已成為研究的熱點。
  4. Finally, the author has carried on software and hardware design of the similar clutter baseband signal production based on the tms320c6414dsp processor. and confirmed the design feasibility through the simulation experiment

    文章最後,基於tms320c6414dsp處理器進行了對類雜波基帶信號生成的軟硬體設計,通過模擬實驗驗證了設計的可行性。
  5. Duties : responsible specifying io of baseband processor, coordination with back - end engineer to ? ? accomplish verifying on fpga

    職責:完成基帶晶元外圍介面設計,與後端工程師配合完成基於fpga的測試驗證。
  6. This processor core is of small area and very low power and can be used in programmable baseband processor design

    經實際流片測試,該處理器核具有面積小、功耗低的特點,可用於多模無線通信基帶處理器的設計。
  7. The radio frequency receiver supports interface for instrument and base station and air interface for mobile station, and it takes the task of magnifying low noise and down - convert and digital baseband processor filtering and magnifying intermediate frequency to reverse link signal. the digital baseband processor samples the received signal after down - convert radio frequency signal to intermediate frequency signal and processes other processing and supports interfaces to computer, next sends data to computer. the gps receiver supports interface for instrument and gps system, and receives gps system signal, next it demodulates the correlative information and sends out benchmark clock signal we need

    射頻接收部分主要為儀器和基站、移動臺提供空中介面,其主要任務是在反向鏈路上對接收到的射頻調制信號進行低噪聲放大、射頻下變頻變換、中頻濾波放大等;數字基帶部分為對接收信號變頻為中頻后進行a / d采樣,以及其他的rsp處理並和計算機提供介面,將數據送至計算機進行后臺處理、顯示等; gps接收機部分為儀器和gps系統提供介面,接收gps系統信號並解調相關信息,輸出所需的電文及時鐘基準信息等。
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