探空火箭回收艙酬載無線電通訊系統開發

Development of radio communication system for sounding rocket recovery system payload

徐鈵琨(Bing-kun Syu)

指導教授 ： 葉則亮 ； 江士標

國立中央大學/工學院/光機電工程研究所/碩士(2012年)

摘要

本論文以實現探空八號回收艙全程無線通訊系統為目標，對火箭
內部裝置間通訊無線化。另外對回收艙酬載系統進行狀態監聽搭配無
線電做到線上監聽，提升任務可靠度。
文中透過通訊系統規格設計，依據規格製作收發機以及天線，使
用單晶片系統軟體使模組智慧化，經過微波元件性能量測，系統邏輯
規劃驗證，逐步完成目標。

關鍵字

天線 ； 無線通訊 ； 探空火箭

並列摘要

To establish full-time wireless communication for Sounding
Rocket VIII Recovery System RS through out the mission, wireless
communication between the RS and the telemetry Input Output
Processor IOP is established inside the rocket, moreover, the
system status of RS is also monitored and transmitted by wireless
communication through out the mission to enhance the recovery
system reliability.
The process of design according to specifications, the build and
test of RF transceiver and antennas performance and control
system is described. The control of the system is implemented by
microprocessors running on in house developed operation system
OS LUTOS.
Key

並列關鍵字

antenna ； wireless communication ； Sounding Rocket

參考文獻

Taiwan,” National Space Organization(NSPO)

[1] Goddard Space Flight Center, Wallops Flight Facility, Wallops

Island, & Virginia. NASA SOUNDING ROCKET PROGRAM

[2] National Aeronautics and Space Administration, NASA Sounding

Rockets 2011 Annual Report, 48(2011)