Examoogle
ExamsTest SeriesRank CheckPrevious Year PapersPassBook StoreMy BooksAI Tutor
๐Ÿ›’0
เค…A
Examoogle

India's most trusted platform for competitive exam PDF books. Expert-authored, watermark-protected, instant access.

Exams & Practice
All Exams & SyllabusMock Test SeriesPrevious Year PapersPractice Questions (MCQs)Recruitment Notifications
Quick Links
Examoogle AI TutorExam NewsBook StoreMy BooksLogin / Sign Up
Support
About UsRefund PolicyPrivacy PolicyTerms of UseContact Us
ยฉ 2026 Examoogle. India's #1 competitive exam AI tutor.
๐Ÿ”’ SSL Secured๐Ÿ“ฑ UPI Accepted๐Ÿงพ GST Invoice
Examoogle

Join 60,000+ competitive exam aspirants

or with email
By continuing, you agree to ourTerms of Service&Privacy Policy
Your Cart
Subtotalโ‚น0
Totalโ‚น0
Examoogle โ€ข User โ€ข info@examoogle.com โ€ข EE-2024-8821
Chapter 1 of 12 โ€ข Page 1 of 248๐Ÿ”’ Protected PDF โ€ข Watermarked
Back to Practice Questions
ElectricalElectronics
PrevNext

A small size relay or switch made of superconductors.

A

Maglev

B

Cryotron

C

Cryogenic propulsion

D

Supercomputers

Correct Answer

Verified SolutionElectricalElectronics
Option B

Cryotron

Quick Summary: Practice and solve "A small size relay or switch made of superconductors...." for Electrical - Electronics. The correct answer is Option B: Cryotron. Detailed step-by-step solution, conceptual clarity, and formulas on Examoogle.

Answer:

Option **(b) **

Related Questions

ElectricalElectronics
Calculate the critical current through a long thin superconducting wire of radius 0.5 mm. The critical magnetic
ElectricalElectronics
A superconductor tin has a critical temperature of 3.7 K in zero magnetic field and a critical field of 0.0306 T
ElectricalElectronics
The critical temperature for a metal with isotopic mass 199.5 is 4.185 K. Calculate the isotopic mass if the cri
ElectricalElectronics
For mercury of mass number 202, Tc is 4.2 K. Find the transition temperature for its isotope of mass number 200
ElectricalElectronics
The penetration depth is the __________ where the current drops to 1/e times of its value at the surface.

Discussion (0)

Loading discussion...
PrevNext