In this paper the principle and design of a microcomputer-controlled PLL frequency synthesis digit tuning system is discussed.
本文叙述了一个用微机控制的锁相环频率合成数字调谐系统的原理和设计。
The results indicate that larger SNR gain can be derived via tuning system parameters in non-Gaussian cases than that in the Gaussian noise.
结果表明在非高斯噪声情况下，通过调节参数可以得到比在高斯噪声情况下更好的信噪比增益。
The operational principle, hardware structure and software design of the self-tuning system of PID parameters based on ADAM5510 are introduced. The flowchart of the software modules is also given.
介绍了基于ADAM5 5 10的PID参数自整定系统的工作原理，硬件结构和软件设计，并给出了模块流程图。
Therefore, the frequency tuning system is the key part of the accelerator to ensure the cavity work normally. Auto-tuning system can tune the radio frequency cavity, remotely, fast and accurately.
因此，频率调谐系统既是保证腔体正常运行的关键部分之一，自动调谐系统能够实现对高频腔调谐的远程控制，能够快速、准确的进行调谐。
Therefore, the frequency tuning system is the key part of the accelerator to ensure the cavity work normally. Auto-tuning system can tune the radio frequency cavity, remotely, fast and accurately.
因此，频率调谐系统既是保证腔体正常运行的关键部分之一，自动调谐系统能够实现对高频腔调谐的远程控制，能够快速、准确的进行调谐。
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