Hii sir, I Wants to get the Sample Question Paper of the APGENCO Assistant Engineer Examination ?

As you Asking for the Sample Question Paper of the APGENCO Assistant Engineer Examination the Question Paper is given below


The z-parameters of the shown T-network at Fig.1 are given by
(A) 5, 8, 12, 0
(B) 13, 8, 8, 20
(C) 8, 20, 13, 12
(D) 5, 8, 8, 12


The “Superposition theorem” is essentially based on the concept of
(A) duality. (B) linearity. (C) reciprocity. (D) non-linearity. Ans: B

The power factor of a purely resistive circuit is
(A) zero. (B) unity. (C) lagging. (D) leading. Ans: B


A pure resistance, RL when connected at the load end of a loss-less 100 Ωline produces a VSWR of 2. Then RL is 50 Ω or 200 Ω, as follows: Q.14 All pass filter
(A) passes whole of the audio band.
(B) passes whole of the radio band.
(C) passes all frequencies with very low attenuation.
(D) passes all frequencies without attenuation but phase is changed.

Ans: D All pass filters, passes all frequencies without attenuation but phase change.

A series resonant circuit is inductive at f = 1000 Hz. The circuit will be capacitive some where at
(A) f > 1000 Hz.
(B) f < 1000 Hz.
(C) f equal to 1000 Hz and by adding a resistance in series.
(D) f = 1000+ fO ( resonance frequency)
Ans: B

A series resonant circuit is inductive at f = 1000 Hz. The circuit will be capacitive some where at f < 1000 Hz. Q.17 Compensation theorem is applicable to
(A) non-linear networks. (B) linear networks. (C) linear and non-linear networks. (D) None of the above.
Ans: C

A network function is said to have simple pole or simple zero if
(A) the poles and zeroes are on the real axis.
(B) the poles and zeroes are repetitive.
(C) the poles and zeroes are complex conjugate to each other.
(D) the poles and zeroes are not repeated.
Ans: D A network function is said to have simple pole or simple zero if the poles and zeroes are not repeated.

A delta connection contains three impedances of 60 Ω each. The impedances of equivalent star connection will be
(A) 15 Ωeach. (B) 20 Ω each. (C) 30 Ω each. (D) 40 Ω each.



Q.8 For a coil with inductance L and resistance R in series with a capacitor C has
(A) Resonance impedance as zero. (B) Resonance impedance R. (C) Resonance impedance L/CR. (D) Resonance impedance as infinity.
Ans: B