论文部分内容阅读
一、概述随着计算机科学的飞速发展,微处理机的性能日趋完善,这为研制数字式大气数据测试系统提供了可靠的物质基础。由于在数字式测试系统中采用了微处理机,因而能很方便地对测试系统的系统误差进行修正;对原始参数传感器的温度误差进行自动或半自动修正。这就提高了系统的测量精度,扩大了使用环境温度范围。同时,也可以根据少量的原始参数为用户提供多种有用信息,增强系统的功能。
I. Overview With the rapid development of computer science, microprocessor performance is maturing, which provides a reliable material foundation for the development of digital atmospheric data testing system. Due to the adoption of a microprocessor in the digital test system, the system error of the test system can be easily corrected; the temperature error of the original parameter sensor is automatically or semi-automatically corrected. This improves the measurement accuracy of the system and expands the operating ambient temperature range. At the same time, you can also provide users with a variety of useful information based on a small amount of raw parameters to enhance the system’s functionality.