Modular superconductivity electronic equipment pod compact in structure

Abstract

The invention discloses a modular superconductivity electronic equipment pod compact in structure. The modular superconductivity electronic equipment pod is characterized in that the pod is composed of an upper end cover, a lower end cover, a shell and a pod-penetrating piece, and the pod-penetrating piece is fixed to the center of the upper end cover; three eccentric-circle pile plates are adopted in the pod to establish a modular stack structure and to provide support for a superconductivity sensor assembly and a measurement and control assembly under the precondition that a vacuum bleeder valve outside a Dewar cylinder body is prevented from being bumped, and therefore integrity of a Dewar and a stack assembly is achieved; the modular stack structure formed by the three eccentric-circle pile plates is in rigid connection with the Dewar cylinder body through lengthened bolts between the cylinder body and a plug, and the eccentric-circle pile plate structural components of the stack assembly are connected through threaded rods; an SQUID device and a selected direct-reading type SBC are placed in a low-temperature container Dewar formed by the Dewar cylinder body and the Dewar plug. The pod is easy to realize, low in cost and capable of guaranteeing maintainability, expandability and environmental suitability of superconductivity electronic equipment within limited space.

Description

technical field [0001] The invention relates to an electronic equipment pod, more precisely, a compact modularized superconducting electronic equipment pod which integrates a cryogenic container Dewar and its auxiliary measurement and control devices inside. Belongs to the field of superconducting applications Background technique [0002] The magnetic method is a very important method in geophysical exploration. It has the advantages of large detection depth and easy field implementation. Its magnetic sensor is a key component that determines the detection depth and accuracy of the system. Superconducting Quantum Interference Device (SQUID: Superconducting Quantum Interference Device) is currently the most sensitive magnetic measurement sensor known in the world, which is at least 2 to 3 orders of magnitude higher than other magnetic sensors such as optical pumps. It can be applied to geophysical detection Significantly improve the technical level of geophysical and magnet...

AI Technical Summary

Problems solved by technology

[0005] In order to solve engineering problems such as the scalability and maintainability of the superconducting electronic equipment pod in a limited space, the object of the present invention is to provide a compact modular superconducting electronic equipment pod. The pod provided by the present invention not only It has a compact modular frame structure, and can effectively guarantee the electromagnetic compatibility and environmental adaptability of the SQUID readout circuit

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