HTS filter

Development of High Performance HTS Filter for CDMA Mobile Communication System

CDMA系统用高性能高温超导滤波器的研制

Design of high performance hts filter at 183 MHz Rheological Properties of High-Temperature Water Based Drilling Fluids at High Temperature and High Pressure

183MHz高性能高温超导滤波器设计

Design of HTS filter for WCDMA mobile communication system

WCDMA通信系统用高温超导滤波器的设计

HTS filter s design based on quasi - elliptic function

基于准椭圆函数的高温超导滤波器设计

Design of miniaturized HTS filter subsystem for the third generation mobile communication system

小型化第三代移动通信系统用高温超导滤波子系统的研制

The Research of HTS Filter

超导滤波器的研究

An ultra-narrow bandpass HTS filter for the 3G mobile communication

适用于3G移动通讯的高温超导窄带滤波器

It is briefly introduced in this paper that application and foreground of HTS filter in engineering firstly , and HTS basic characters .

本文首先简要介绍了高温超导滤波器在工程中的应用与前景，以及高温超导体的基本性质。

This paper presents an ultra-narrow bandpass HTS filter for potential application in the base station receiver of the 3G mobile communication .

研制了一种适用于3G移动通讯基站接收机的高温超导窄带带通滤波器。

A highly selective HTS bandpass filter on sapphire substrate

一种以白宝石为衬底的高选择性高温超导滤波器

This paper presents a design of 12-pole HTS band-pass filter for WCDMA mobile communications .

本文在耦合矩阵的基础上设计了一个适用于WCDMA系统的12节窄带高温超导带通滤波器。

This group-delay equalizer can follow any type of HTS microstrip filter in order to reduce phase distortion , enhance group-delay performance , and improve communication quality .

该群时延均衡器能与不同类型超导微带滤波器级联，实现相位均衡，减小相位失真，改善接收机前端信号群时延特性，提高通信质量。

A new HTS planar microwave filter using dual mode multi zigzag square loop resonators is developed .

发展了一种新型HTS双模多次曲折微带环谐振器滤波器。

After It is discussed that principle of the two most important components in the front end of HTS receiver , filter and LNA , in the next two chapters .

继而分两章详细论述了高温超导接收机前端最重要的两个器件&滤波器和低噪声放大器的工作原理。

In this paper , we present a research on electric-magnetic field of HTS resonator and bandpass filter with aid of EM simulation software .

本文通过使用电磁模拟软件对滤波器的滤波特性和电磁场分布进行了研究，模拟结果显示通过插入介质钉可以在基本不影响滤波器带内特性的条件下实现中心频率可调。