In this paper, it is introduced about how to utilize digital frequency temperature compensation circuit (DFTCC) to improve DRO s frequency vs temperature range stability.
本文介绍了一种利用数字频率温度补偿装置来提高DRO的频率温度稳定性的方法。
On this basis, we can carry out calibrating sampling and data storage in the temperature compensation range of the transmitter.
在此基础上，完成变送器的在温度补偿区间内的压力标定采样和数据存储。
On this basis, we can carry out calibrating sampling and data storage in the temperature compensation range of the transmitter.
在此基础上，完成变送器的在温度补偿区间内的压力标定采样和数据存储。
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