This is one of the PIC on CC1100 RF transceiver operating procedures.
这是一个在PIC单片机上对射频收发器CC 1100的操作程序。
In chapter 2, the different structures of RF transceiver are discussed.
在本文第二章介绍了不同的射频收发信机结构。
The RF transceiver is integrated with a highly configurable baseband modem.
RF收发器集成了一个高度可配置的调制解调器。
It takes AT89C51 single-chip computer and RF transceiver as core using the improved digital chaos algorithm.
该系统中以at89c 51单片机和射频收发器为核心，采用改进的混沌算法。
And provide numerous measurement data for performance analysis. The system consists three major functional blocks, data acquisition, rf transceiver, and PDA display.
在系统设计中采用模块化的设计思想，按照系统功能划分为三大模块，即数据采集模块，无线收发模块以及PD A显示处理模块。
Transceiver machine communication system is an indispensable part of which is the front-end RF transceiver may be the most important application of a very wide range.
收发机是通信系统中不可缺少的一部分，而射频前端则是收发机的重中之重，应用十分广泛。
Host computer using field programmable gate array FPGA XC3S400 control the CC1100 RF transceiver chip to receive tire pressure information and accordingly respond to treatment.
上位机采用现场可编程门阵列fpgaXC3S400控制无线射频收发芯片CC 1100来实时接收胎压信息，并做相应应对处理。
The key technology in designing of RF transceiver and an omnidirectional broadband microstrip antenna that can be used as array element for TD-SCDMA smart antenna system are discussed in this paper.
本文主要讨论了TD - SCDMA智能天线系统射频收发信机设计中的部分关键问题，同时研制了可用作智能天线阵列单元的全向宽带微带阵列天线。
In the transmit direction, the transceiver provides RF signals to the power amplifier, which amplifies the signals based on gain and ramp information for a given modulation type.
在发送方向，收发信机向功率放大器提供射频信号，功率放大器根据给定调制类型的增益和斜坡信息对信号进行放大。
Another important work of this dissertation is the design of an RF low-noise amplifier integrated within a Bluetooth transceiver chip.
本文另一个工作重点是设计集成于蓝牙收发器信机芯片中的射频低噪声放大器。
The highly integrated RFT3100/IFR3000 transceiver of QUALCOMM Corporation is used to realize the main chip of RF subsystem.
本系统采用了髙通公司高集成度的RFT3100/IFR3000收发芯片为射频子系统的主芯片。
RF signal transceiver is an important component of MRI spectrometer. It is responsible for the receive of MR signal and the transmit of RF pulse.
射频（RF）信号收发器是MRI谱仪的重要组成部分，它负责MR 信号的接收和RF脉冲的调制发射。
Project areas may include waveguide components subassemblies used in the RF path between a microwave transceiver the antenna, such as diplexers, filters couplers.
项目范围可能包括用在微波收发器和天线间通道的波导管组合件和部件，比如双工器、滤波器和耦合器；
For example, the RF output line may be coupled to a switch, which is controlled based on control information, e. g., received from the transceiver.
例如，射频输出线可以耦合到开关，这个开关基于控制信息而被控制，例如，从收发信机接收的控制信息。
It is capable of transceiver operation on several bands and generates around one watt of RF power out.
收发机能够工作在几个波段上，并产生大约一瓦的RF功率输出。
So there's a trend towards making the transceiver as digital as possible. This trend points to software-defined radio (SDR), which appears to be this decade's Holy Grail for the RF world.
这是个很难做的混合物，所以现在有趋势将收发器做的尽量数字化，这个趋势就是软件无线电(SDR)，它看上去是RF领域在这个年代的圣杯。
So the satellite communication system made stringent requirements for the RF front end of the transceiver.
所以，在卫星通信系统中，射频收发模块的性能指标有着严格的要求。
The conducting paths and the RF sensing transceiver can form one elastic base through matching together.
此传导路径以及射频感测收发器可以形成于一个弹性基底且配在一起。
The radio frequency (RF) circuits of the transceiver and the intermediate frequency (IF) signal processing methods of the LAU are all given a more detailed description in this paper.
文章对收发系统的射频电路及本地天线单元的中频信号处理方法作了较为详细的介绍。
TDSCDMA paper-based system with the base station transceiver on the design of broadband digital transceiver RF front-end design principle and design methods.
本文借助基于TDSCDMA系统的基站收发机的设计阐述宽带数字收发机射频前端的设计原理和设计方法。
Another aspect of the present invention resides in an apparatus that includes a transceiver to receive baseband data and to provide RF data to a power amplifier.
本发明的另一方面在于包括接收基带数据并提供射频信号给功率放大器的收发信机的设备。
In addition to squelching the RF signal path, a ramp output of the transceiver may further be disabled during the predetermined portion.
除了抑制射频信号路径之外，还可以在预定义时段中禁用收发信机的斜坡输出。
Thus, the transceiver ACTS as an interface between digital and rf domains.
因此，收发信机充当数字域和射频域之间的接口。
RF front end transceiver is one of the most important parts in RFID system, including interrogator transceiver and transponder transceiver.
模拟前端是射频识别芯片中的关键模块，包括读写器模拟前端和标签模拟前端两个部分。
The transceiver may receive baseband data and control information and provide RF data to the power amplifier.
收发信机可接收基带数据和控制信息，以及向功率放大器提供射频信号。
The transceiver may receive baseband data and control information and provide RF data to the power amplifier.
收发信机可接收基带数据和控制信息，以及向功率放大器提供射频信号。
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