UGC NET/ JRF December 2005 Question Paper II: Electronic Science

The University Grant Commission (UGC) conducts the National Eligibility Test (UGC NET/ JRF) for Junior Research Fellowship and Eligibility for Lectureship twice in the Month of December. Here you find question papers from the Electronic Science for the benefit of the aspirants. The question paper will help in the practice and thereby further the preparation procedure of the students.

1. The threshold voltage of an n-channel MOSFET can be increased by:

(A) increasing the channel dopoint concentration

(B) decreasing the channel dopoint concentration

(C) reducing the gate oxide thickness

(D) reducing the channel length

2. The potential difference between two Points can be expressed as:

(A) Volt per meter

(B) Watt per ampere

(C) Coulomb per Newton

(D) Volt per ampere

4. In a linear network the ratio of voltage excitation to current response is unaltered when position of excitation and response are interchanged. This assertion stems from:

(A) principle o1 duality

(B) principle of superposition

(C) reciprocity theorem

(D) equivalent theorem

Click Here to find Electronic Science (December 2005) complete question paper