阅读说明：本技术 一种温度场测试系统 (Temperature field test system ) 是由 雷海东 朱小龙 于 2020-12-29 设计创作，主要内容包括：本发明实施例中公开了一种温度场测试系统,该温度场测试系统包括原子钟系统、频率计数器、高稳H钟源、寄存器、处理器、恒温箱、第一测量模块、第二测量模块、第三测量模块以及第四测量模块,其中：原子钟系统置于恒温箱的恒温环境中,原子钟系统、频率计数器、寄存器、处理器以及恒温箱连通,频率计数器还与高稳H钟源连通,第一测量模块、第二测量模块、第三测量模块以及第四测量模块均分别与处理器、恒温箱以及原子钟系统连通。本发明提供的温度场测试系统可以通过处理器确定原子钟系统温度系数,通过测量模块确定光谱灯的控温能力、腔泡系统的控温能力、腔泡系统磁温度场系数以及为温度场有关设备选择最优的工作参数点。(The embodiment of the invention discloses a temperature field test system, which comprises an atomic clock system, a frequency counter, a high-stability H clock source, a register, a processor, a thermostat, a first measurement module, a second measurement module, a third measurement module and a fourth measurement module, wherein: the atomic clock system is arranged in the constant temperature environment of the constant temperature box, the atomic clock system, the frequency counter, the register, the processor and the constant temperature box are communicated, the frequency counter is further communicated with the high-stability H clock source, and the first measuring module, the second measuring module, the third measuring module and the fourth measuring module are respectively communicated with the processor, the constant temperature box and the atomic clock system. The temperature field testing system provided by the invention can determine the temperature coefficient of the atomic clock system through the processor, determine the temperature control capability of the spectrum lamp, the temperature control capability of the cavity bubble system and the magnetic temperature field coefficient of the cavity bubble system through the measuring module, and select the optimal working parameter point for the temperature field related equipment.)