Q.1.

Match the following:

List I (BJT amplifier) List II (Characteristics)
A.CE1.good voltage gain, good current gain
B.CC2.voltage gain less thanhigh current gain
C.CB3.current gain less thanvoltage gain high

Q.2.

Match the following:

List I List II
A.R = 01.Undamped oscillation
B.R < 2 L/C2.Damped oscillation
C.R = 2 L/C3.Critically damped response
D.R > 2 L/C4.Non-oscillatory response.

Q.3.

Match the following:

List I (Operator) List II (Description)
A.! =1.Left shift
B.= =2.Right Shift
C.< <3.Equal to
D.> >4.Not equal to

Q.4.

Match the following:

List I List II
A.D Layer1.km
B.E layer2.km
C.F layer3.km
D.Troposphere4.km

Q.5.

Match the following:

List I (Power device) List II (Max. frequency)
A.Power Bipolar1.MHz
B.Power MOSFET2.kHz
C.SCR3.kHz
D.Insulated gate bipolar transistor4.1 kHz

Q.6.

Match the following:

List I (Microwave device) List II (Application)
A.PIN diode1.Microwave amplification
B.GaAs MOSFET2.Low noise microwave generation
C.Transferred electron device3.Electronic tuning of MW oscillator
D.Varactor diode4.Light wave detection

Q.7.

Match the following:

List I List II
A.R = 01.Undamped oscillation
B.R < 2 L/C2.Damped oscillation
C.R = 2 L/C3.Critically damped response
D.R > 2 L/C4.Non-oscillatory response.

Q.8.

Match the following:

List I List II
A.Total instantaneous value of emitter current1.IE
B.Quiescent value of emitter current2.iE
C.Instantaneous value of as component of emitter current3.Ie
D.RMS value of ac component of emitter current4.ie

Q.9.

Match the following:

List I List II
A.loop antenna1.flat line
B.folded dipole2.W
C.SWR of 13.sharp broadside full
D.VHF band4.toMHz

Q.10.

Match the following:

List I List II
A.hie1.49
B.hre2.x 10-6siemens
C.hfe3.2.4 x 10-4
D.hoe4.ohms

Q.11.

Match the following:

List I (Symbol in Java comparison operator) List II (Meaning)
A.= =1.Greater than or equal to
B.! =2.Equal
C.> =3.Not equal

Q.12.

Match the following:

List I (Octal) List II (Hexadecimal)
A.661.3 F
B.772.36
C.553.27
D.474.3D

Q.13.

Match the following:

List I List II
A.loop antenna1.flat line
B.folded dipole2.W
C.SWR of 13.sharp broadside full
D.VHF band4.toMHz

Q.14.

Match the following:

List I (Microwave device) List II (Application)
A.PIN diode1.Microwave amplification
B.GaAs MOSFET2.Low noise microwave generation
C.Transferred electron device3.Electronic tuning of MW oscillator
D.Varactor diode4.Light wave detection

Q.15.

Match the following:

List I List II
A.hie1.49
B.hre2.x 10-6siemens
C.hfe3.2.4 x 10-4
D.hoe4.ohms

Q.16.

Match the following:

List I (Antenna) List II (Communication system)
A.Turnstile1.Radar
B.Yagi2.TV transmission
C.Dish3.MW broadcasting
D.Vertical mast4.TV reception

Q.17.

Match the following:

List I (Symbol in Java comparison operator) List II (Meaning)
A.= =1.Greater than or equal to
B.! =2.Equal
C.> =3.Not equal

Q.18.

Match the following:

List I List II
A.loop antenna1.flat line
B.folded dipole2.W
C.SWR of 13.sharp broadside full
D.VHF band4.toMHz

Q.19.

Match the following:

List I List II
A.Anderson Bridge1.Low resistance
B.Kelvin Bridge2.Medium resistance
C.Schering Bridge3.Inductance
D.Wheatstone Bridge4.Capacitance

Q.20.

Match the following:

List I List II
A.Effective length of antenna1.
B.Capture area2.
C.Front to back ratio3.

Q.21.

Match the following:

List I List II
A.Anderson Bridge1.Low resistance
B.Kelvin Bridge2.Medium resistance
C.Schering Bridge3.Inductance
D.Wheatstone Bridge4.Capacitance

Q.22.

Match the following:

List I (Microwave device) List II (Application)
A.PIN diode1.Microwave amplification
B.GaAs MOSFET2.Low noise microwave generation
C.Transferred electron device3.Electronic tuning of MW oscillator
D.Varactor diode4.Light wave detection

Q.23.

Match the following:

List I List II
A.Simple dipole1.
B.Omnidirectional antenna2.
C.Loop antenna3.

Q.24.

Match the following:

List I List II
A.Effective length of antenna1.
B.Capture area2.
C.Front to back ratio3.

Q.25.

Match the following:

List I List II
A.Zener diode1.used in seven segment display
B.Tunnel diode2.used in voltage regulator circuits
C.LED3.used is solar energy utilization
D.Photovoltaic cell4.used in digital circuits

Q.26.

Match the following:

List I (Instrument) List II (Parameters)
A.Moving coil galvanometer1.High inertia, soft spring control
B.Ballistic galvanometer2.No control, high damping
C.Vibration galvanometer3.Soft spring control, critical damping
D.Moving coil flux meter4.Low inertia, tuned spring control

Q.27.

Match the following:

List I List II
A.Reactance theorem1.Foster
B.Driving point impedance2.Bartlett
C.Continued fraction expansion3.Cauer
D.Bisection Theorem4.Positive real function

Q.28.

Match the following:

List I (Operator) List II (Description)
A.& &1.Assignment
B.| |2.Logical AND
C.=3.Logical OR

Q.29.

Match the following:

List I List II
A.Output of signal generator1.Modulated
B.Error signal from a synchro2.Digital
C.Output of a JK flip flop3.Analog
D.Signal received by radar4.Stoichastic

Q.30.

Match the following:

List I (Operator in C) List II (Priority of Operation)
A.!1.1
B.< >2.2
C.3.3
D.=4.4