If the instantaneous RF potentials on the two sides of a magnetron cavity are of

Question

If the instantaneous RF potentials on the two sides of a magnetron cavity are of opposite polarity, the operation is in the

Options:

A . π mode

B . π/2 mode

C . 2π mode

D . π/4 mode

Answer: Option A

Submit Your Solution Below and Earn Points !

Next Question

More Questions on This Topic :

Question 1. Oscillators of a klystron tube are maintained....

Question 2. A PPI cathode-ray tube as used on a radar set....

Question 3. A high-power microwave pulse of the order of megawatts can be generated by a....

Question 4. It is possible to increase the maximum range of a radar equipment by....

Question 5. A shipboard equipment which measures the distance between the ship’s bottom and the ocean floor.....

Question 6. Rainfall is an important factor for fading of radio waves at frequencies above....

Question 7. In a pulsed radar set, the STC circuit is used to....

Question 8. Which causes multipath or frequency selective fading?....

Question 9. If k-factor is greater than 1, the array beam is bent....

Question 10. Klystron oscillators are most often used in the frequency range of....

Chapter 1 - GLOBAL STEEL SCENARIO & INDIAN STEEL INDUSTRY Part 1 : (13-04-2024) INDUSTRY AND COMPANY AWARENESS (ICA)

Direction Sense Test Part 1 Reasoning (Hindi)

Chapter 1 - RMHP / OHP / OB & BP Part 1 : (14-02-2024) GPOE

Cube & Cuboid Part 1 Reasoning (Hindi)

Data Interpretation (DI) Basic Concept Reasoning (Hindi)

Counting Figures Part 1 Counting Of Straight Lines Reasoning (Hindi)

Sail E0 free webinar Webinars

Real Numbers Part 7 Class 10 Maths

Real Numbers Part 1 Class 10 Maths

Polynomials Part 1 Class 10 Maths

Pie Chart - Test Paper 1 Data Interpretation Reasoning & DI

Tabulation - Test Paper 2 Data Interpretation Reasoning & DI

Test Paper 1 Direction Sense Test Reasoning & DI

ICA , RDIC,GFM Free Modal Test Paper - Non - Technical Branch Old Syllabus 2022 - SAIL Junior Officer E0

GFM Combined 1 Free Revision Test SAIL JO E-0