塔康

本文给出了一种基于FPGA的塔康系统的数字接收机。

This paper presents the design of a FPGA-based TACAN system receiver .

基于PXI技术的塔康机载设备故障检测系统

The design of test & measurement system for TACAN equipment on aircraft based on PXI

一种基于GO-CFAR的塔康信号检测技术

A TACAN Signal Detection Technique Based on GO-CFAR

塔康（TACAN）又称战术空中导航系统，是为适应舰载、移动台而开发的军用战术空中导航系统。

The Tactical air navigation ( TACAN ) system is designed for ship-based , mobile station and the development of military tactical air navigation system .

本文主要研究了基于中频调制的塔康系统（TACAN）中的数字下变频技术及数字信号处理算法，并最终使用了FPGA硬件平台来实现整个TACAN系统。

In this paper , we mainly investigate tacan system modulated by medium frequency , and how to implement down-conversion and digital signal processing algorithm . Finally we use FPGA to implement all the TACAN navigation airborne equipment .

塔康导航台辐射场零区的预测及消除

Forecast and Elimination of Radiation-Field Zero-Zone on TACAN Guidance Station

通信、塔康、罗盘三合一天线研制

Development of the Trinity Antenna That Integrate Comms , Tacan and ADF

塔康信标方位信号失常的影响分析与仿真

Analysis and Simulation of Wrong Orientation Signal of TACAN Beaconing

船舶塔康天线稳定平台的数学模型

Mathematical Model of TACAN Antenna Stable Platform of Naval Vessels

塔康与精密测距地面信标通用监控单元设计

Interchangeable Module-monitored Design in the Ground-mark Between TACAN and DME / P

基于线性组合的塔康方位信号处理

TACAN Bearing Signal Processing Based on the Linear Combination

机动塔康导航台模拟训练系统

The Mobile TACAN Guidance Station Simulation Training System

机载塔康设备测试系统的设计实现

Design of Realization of A TACAN Testing System

基于遗传算法的一种小型塔康信标天线设计

A New Method for Designing a Mini-type TACAN Beacon Antenna Based on Genetic Algorithm

塔康信标训练模拟器的设计与实现

Design and Realization of TACAN Beacon Training Simulator

塔康信标基准下垂的补偿与性能改善研究

Compensation for Sag in Benchmark Signal and Improvement in Performance of the TACAN Beaconing

塔康信号的传播特性在不同的场地条件下是完全不同的。

The spread characteristics of the Tacan signal are totally different under different place conditions .

机载某型塔康设备特性研究

Research on the characteristics of airborne TACAN

仪表着陆系统和塔康组成的导航系统

Instrument landing system and TACAN

塔康信标台全向发射脉冲幅度调制信号，隐含空中目标相对于信标台的方位和距离信息。

TACAN beacon transmits pulse amplitude modulation signals in all direction , including bearing and distance information relative to the beacon .

是由相互配套的地面信标台和机载塔康设备组成的极坐标定位系统。

This system is a kind of polar positioning system consists of mutual assorted ground beacon stations and airborne TACAN equipment .

塔康是近程无线电导航系统，主要为空中飞行目标提供方位和斜距导航信息。

TACAN is a short-range radio navigation system , designed to provide the bearing and distance information for the flying objects .

根据塔康信号包络的特征提出了采用线性组合的思想来处理方位信号的方法。

According to the character of TACAN signal , an algorithm based on linear combination to process the bearing signal is discussed .

2种算法适应于不同的工作环境，都能够满足塔康导航系统对方位角处理误差2.5°的要求。

These two algorithms can be applied in different surroundings . Both meet the requirement of an error of 2.5 degree in TACAN .

确保塔康设备技术性能先进、工作稳定可靠，对于我国军队现代化、信息化建设具有重要意义。

To make TACAN system being advanced in technology and operating stably and reliably plays an important role in our military modernization information construction .

本文论述了一种基于虚拟仪器的塔康导航机载设备自动测试系统的研究与实现方法。

The paper describes the research on an automated test system based on virtual instrument for the TACAN navigation airborne equipment and it 's realization .

以塔康系统为例对特定频段导航系统信号进行了分析和模拟。

This paper has taken TACAN system as an example and carried on the analysis and simulation to the specific frequency band navigation system signal .

塔康导航系统是空军航空导航体制中主要的导航系统，对塔康导航机载设备自动测试技术的研究具有重要意义。

TACAN is the main system of navigation for air force , and the research on automated test technology for the TACAN navigation airborne equipment is important .

塔康运动和广西运动是分别发生在北美洲和华南志留纪之前发生的两次紧密衔接的重要构造运动。

The Taconican Orogeny in North America was one of the most important pre-Silurian tectonic movements which has been well investigated during the past one hundred years .

所建模型要实现的控制目的是：当船舶作摇荡运动时控制塔康天线始终指着同一个方向，以达到塔康天线的定向目的。

The intent of this model is , to control the TACAN antenna of the ship to point the same direction aiming at the goal when the ship is shaking .