1) Bluetooth baseband
蓝牙基带
1.
This thesis introduces a Bluetooth baseband IP core using IP core interface of embedded system platform based on SoC technology.
基于SoC技术的嵌入式系统开发平台ESP的IP核接口,设计了蓝牙基带IP核;给出了支持功能裁减的蓝牙基带模块划分;作为ESP的无线通信功能,实现了蓝牙基带的数据处理IP核。
2.
This paper realizes the design of enhanced Bluetooth baseband system based on SOPC.
论文采用SOPC方案完成了增强型蓝牙基带系统的设计和实现。
3.
The application and principle of correlator in bluetooth baseband are described in the paper.
主要介绍了相关器在蓝牙基带中的应用及原理以及VHDL实现,并通过仿真进行验证。
2) Bluetooth baseband controller
蓝牙基带控制器
3) Bluetooth
蓝牙
1.
The Application of Bluetooth Technology on CNC and its Realization;
蓝牙技术在数控系统中的应用研究及实现
2.
Make Use of Bluetooth Technology in the Automatic Fire Alarm System;
浅谈蓝牙技术在火灾自动报警系统中的应用
3.
Development of a portable ECG monitor based on bluetooth communication;
基于蓝牙通讯的便携式心电监护仪的研制
4) blue tooth
蓝牙
1.
Development and design of blue tooth phonetic classroom based on school net;
基于校园网的蓝牙语音室开发设计
2.
Design of integrated Sensor based on Blue Tooth Protocol;
基于蓝牙技术的集成液压传感器设计
3.
Information appliances network based on blue tooth technology;
基于蓝牙技术的信息家电网
5) blue-tooth
蓝牙
1.
A Blue-tooth Scheme Scatternet Adapted to Office Block;
一种适用于办公大楼的蓝牙散射网方案
2.
The project of network refrigerator fuzzy controller based on blue-tooth technology is given, including the LAN system module and the blue-tooth network communication, at same time, the hardware frame, the temperature control model and the fuzzy defrost model is given in this page.
给出基于蓝牙模块的网络电冰箱控制器技术方案,其中包括蓝牙接入的局域网系统模型和蓝牙家庭网络通讯过程。
3.
A 7-bit binary weighted current-steering CMOS DAC applied to transmitter of blue-tooth RF circuit is presented, the sampling frequency is 20 MHz.
介绍了一种应用在蓝牙射频芯片发送通道中的7位电流驱动型CMOS数模转换器,采样频率为20MHz。
6) Bluetooth technology
蓝牙
1.
LTCC AlN multilayer technology applied to development of bluetooth technology;
应用于蓝牙技术发展的LTCC——AlN多层布线工艺
2.
The paper summarizes the characteristics and application of the Bluetooth technology.
简介了蓝牙技术的特点及其应用 ,说明了推广蓝牙技术需解决的问题 ,展望了蓝牙技术的未来。
补充资料：Bluetooth(蓝牙)
蓝牙是一种短程（2.4GHz）无线技术，用于简化网络设备之间以及设备与互联网之间的通信。它还可简化网络设备和其它计算机之间的数据同步。由于蓝牙不是为传输大流量负载而设计的，因此并不适于替代LAN或WAN。
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