Features of Providing Information-Measuring Systems with Reference Highly Reliable Power Sources

Ensuring the uniformity of measurements requires confirmation of compliance of measuring instruments with metrological requirements. This requires initial and periodic verification, established by the relevant guidance documents. New directions in metrology and radio-measuring equipment are information-measuring systems and their varieties. As a rule, the main constituent element in them is a computer with special software that works in real time and serves to process the measurement results and present them in the required form. Such information-measuring systems are used as universal measuring instruments. Existing application software allows you to solve the tasks of research and processing signals, collecting data from sensors, controlling devices, and also providing metrological support for measuring systems. For the stable operation of exemplary program-controlled measures, the creation of reference highly reliable power sources, which can be renewable sources of electric energy, is required. The implementation of the latter is based on laser-pumped active magnetic cores. A capillary tube with mercury is proposed as such an active magnetic circuit. The modes of multiple excitation of an active magnetic circuit using a semiconductor laser diode in the infrared region are studied.