SUPERCONDUCTORS IN ADVANCED ELECTRONICS
Abstract
The low power as well as the high power applications of superconductivity are increasing. Both are expected to benefit from the high current relay switch developed by the authors. In contrast to previous 'switching' devices, the new switch has a true 'open' position, and is thus loss free in either position. A novel method for the storage of electrical energy is given by connecting the new switch with a high current, high inductance superconducting solenoid. The basic circuits are derived from analogous capacitor circuits. The inductive energy storage is superior to the capacitive one in the operation of pulsed light sources, for example. A sharp distinction should be made between the cooling methods suitable for the laboratory and those for technical applications. For the latter, greater use should be made of the now available closed cycle refrigerators. Higher operating temperatures for superconducting circuits are sought through improved materials. The development of special low loss dielectric materials for these circuits is also suggested.
Document Details
- Document Type
- Technical Report
- Publication Date
- Jan 01, 1964
- Accession Number
- AD0612113
Entities
People
- Gerhart K. Gaule
- James T. Breslin
- Raymond L. Ross
- Roy S. Logan
Organizations
- United States Army Communications-Electronics Command