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遥测是一个多学科综合应用的学科,因而它总是随着电子器件、通信、计算机等学科的发展而向前发展的。从二次世界大战未到五十年代未期,遥测技术经历了由电子管到晶体管、模拟调制到数字调制等阶段;遥测的精度、容量、作用距离以及体积、重量等项指标都得到了显著的改善和提高,使其适应了当时空间科学等领域发展的需要,六十年代初期到现在由于大规模集成电路以及电子计算机技术奇迹般的发展也强有力地推动着遥测领域的进
Telemetry is a multidisciplinary application of discipline, so it always with the electronics, communications, computers and other subjects to the development of the forward. From the time of World War II to the late 1950s, telemetry went through the stages from electron tube to transistor, analog modulation to digital modulation. The accuracy, capacity, distance of action, volume and weight of telemetering were all significant Improved and improved to meet the needs of the space science and other fields at that time. From the early 1960s to the present, the miraculous development of large-scale integrated circuits and computer technology has also strongly promoted the progress in telemetry