电气传动自动化
電氣傳動自動化
전기전동자동화
ELECTRICAL DRIVE AUTOMATION
2014年
4期
53-57
,共5页
中波广播%天线调配网络%双频共塔%仿真%阻抗
中波廣播%天線調配網絡%雙頻共塔%倣真%阻抗
중파엄파%천선조배망락%쌍빈공탑%방진%조항
AM%the tuning network%dual-band total tower%simulation%impedance
对我国某中波台603 kHz(10kW)和900 kHz(50kW)的两部广播发射机进行天线调配共塔网络设计,利用Mutsim 10软件进行仿真测试,并与实测数据进行比对,验证了设计结果的准确性,极大缩短了现场安装、调试时间,保证了电台安全、有效播出,为以后中波天调网络设计提供了新思路。
對我國某中波檯603 kHz(10kW)和900 kHz(50kW)的兩部廣播髮射機進行天線調配共塔網絡設計,利用Mutsim 10軟件進行倣真測試,併與實測數據進行比對,驗證瞭設計結果的準確性,極大縮短瞭現場安裝、調試時間,保證瞭電檯安全、有效播齣,為以後中波天調網絡設計提供瞭新思路。
대아국모중파태603 kHz(10kW)화900 kHz(50kW)적량부엄파발사궤진행천선조배공탑망락설계,이용Mutsim 10연건진행방진측시,병여실측수거진행비대,험증료설계결과적준학성,겁대축단료현장안장、조시시간,보증료전태안전、유효파출,위이후중파천조망락설계제공료신사로。
The design and simulation of the dual-band total tower network for 603kHz(10kW) and 900kHz(50kW) AM transmitters are presented. It is simulatively tested by the software Mutsim 10 and compared with the measured data, and the correctness and accuracy of the design is verified. It can greatly shorten the installation and commissioning time, ensure the safe and effective work of the station, and also provides a new idea for the design of the dual-band total tower network.