Power gain of antenna equals directive gain in VHF and UHF range if and only if efficiency of the antenna is __________ .

The logic function implemented by the following circuit at the terminal OUT is

Consider the Schmitt trigger circuit shown below. A triangular wave which goes from -V toV is applied to the inverting input of the op-amp. Assume that the output of the op-amp moves from +V to -V. The voltage at the non-inverting switches between

For the power amplifier circuit shown below, the maximum power dissipated by both output transistor is

The Boolean function realized by the logic circuit shown is

Find equivalent capacitance if each capacitance is 2 F.

The impulse response h(t) of a linear invariant continuous time system is given by h(t) = exp (- 2t) u(t), where u(t) denotes the unit step function. The output of this system to the sinusoidal input x(t) = 2cos(2t) for all time t, is

Find R_AB

Find R_L for maximum power transfer.

For a integrator circuit, R_i =KΩ, C_F =μF. The input is a step dc voltage as shown below. Its output will be

AkHz carrier wave modulatedatHz is applied to a resonant circuit tuned to a carrier frequency and having Q =What is the degree of modulation after transmission through this circuit?

In the circuit shown, all the transmission line sections are lossless. The Voltage Standing Wave Ration (VSWR) on theline is

The logic function implemented by the following circuit at the terminal OUT is

The input 3-dB frequency is :

The transfer function of a zero-order-hold system is :

2's complement representation of abit number (one sign bit andmagnitude bits) is FFFF. Its magnitude in decimal representation is

System is :

The Boolean function realized by the logic circuit shown is

The Boolean function realized by the logic circuit shown is

Find equivalent capacitance if each capacitance is 2 F.

The feedback control system shown in the given figure represents

Find R_AB

The impulse response h(t) of a linear invariant continuous time system is given by h(t) = exp (- 2t) u(t), where u(t) denotes the unit step function. The output of this system to the sinusoidal input x(t) = 2cos(2t) for all time t, is

The impulse response h(t) of a linear invariant continuous time system is given by h(t) = exp (- 2t) u(t), where u(t) denotes the unit step function. The output of this system to the sinusoidal input x(t) = 2cos(2t) for all time t, is

AkHz carrier wave modulatedatHz is applied to a resonant circuit tuned to a carrier frequency and having Q =What is the degree of modulation after transmission through this circuit?

In the circuit shown, all the transmission line sections are lossless. The Voltage Standing Wave Ration (VSWR) on theline is

Find R_L for maximum power transfer.

Find R_L for maximum power transfer.

The logic function implemented by the following circuit at the terminal OUT is

For a integrator circuit, R_i =KΩ, C_F =μF. The input is a step dc voltage as shown below. Its output will be

Consider the Schmitt trigger circuit shown below. A triangular wave which goes from -V toV is applied to the inverting input of the op-amp. Assume that the output of the op-amp moves from +V to -V. The voltage at the non-inverting switches between

Consider the Schmitt trigger circuit shown below. A triangular wave which goes from -V toV is applied to the inverting input of the op-amp. Assume that the output of the op-amp moves from +V to -V. The voltage at the non-inverting switches between

For the power amplifier circuit shown below, the maximum power dissipated by both output transistor is

The region between a pin of parallel perfectly conducting planes of infinite extent is y and z directions is partially filled with a dielectric as shown below.

AGHz TE₁₀ wave is incident on the air-dielectric interface. The VSWR at the interface is

The region between a pin of parallel perfectly conducting planes of infinite extent is y and z directions is partially filled with a dielectric as shown below.

AGHz TE₁₀ wave is incident on the air-dielectric interface. The VSWR at the interface is

The Boolean function realized by the logic circuit shown is

Find equivalent capacitance if each capacitance is 2 F.

Find R_L for maximum power transfer.

The impulse response h(t) of a linear invariant continuous time system is given by h(t) = exp (- 2t) u(t), where u(t) denotes the unit step function. The output of this system to the sinusoidal input x(t) = 2cos(2t) for all time t, is

Find R_L for maximum power transfer.

The logic function implemented by the following circuit at the terminal OUT is

A power ofW is radiated from an isotropic radiator. The power radiated peer unit solid angle and the power density at a distance ofkm from the antenna is respectively

The feedback control system shown in the given figure represents

The region between a pin of parallel perfectly conducting planes of infinite extent is y and z directions is partially filled with a dielectric as shown below.

AGHz TE₁₀ wave is incident on the air-dielectric interface. The VSWR at the interface is

Find R_AB

In the circuit shown, all the transmission line sections are lossless. The Voltage Standing Wave Ration (VSWR) on theline is

The logic function implemented by the following circuit at the terminal OUT is

The region between a pin of parallel perfectly conducting planes of infinite extent is y and z directions is partially filled with a dielectric as shown below.

AGHz TE₁₀ wave is incident on the air-dielectric interface. The VSWR at the interface is

A power ofW is radiated from an isotropic radiator. The power radiated peer unit solid angle and the power density at a distance ofkm from the antenna is respectively

A power ofW is radiated from an isotropic radiator. The power radiated peer unit solid angle and the power density at a distance ofkm from the antenna is respectively