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Analog-designs Questions Set 63:

Quiz Mode

Applications of precision diodes are:

1 and 3

1 and 2

None of these

1, 2, and 3

Solution:

For a filter of order 5, what is the roll-off rate?

10 dB/decade

100 dB/decade

30 dB/decade

120 dB/decade

Solution:

Find the element that is different from the others in the given list.

Boron

Gallium

Indium

Aluminum

Phosphorus

Solution:

What is the reactance of a 3 mH inductor connected to an AC supply of 200 V, 120 Hz?

44.2 Ω

37.8 Ω

25.6 Ω

2.26 Ω

Solution:

If 60 coulombs of charge flow past a point in 15 seconds, what is the current?

2 amperes

900 amperes

4 amperes

0.25 amperes

Solution:

What is used to increase the speed of operation in MOSFET fabrication?

Ceramic gate

Silicon dioxide

Silicon nitride

Polysilicon gate

Solution:

The lower cut-off frequency of an individual amplifier is 30 Hz. Find the net cut-off frequency of a cascaded network of 6 similar amplifiers.

26.72 Hz

180 Hz

85.73 Hz

504.5 Hz

Solution:

By dividing volumetric thermal resistance by required thermal resistance, what value will we obtain?

Power dissipation of heat sink

Volume of heat sink

Maximum temperature of heat sink

Volume of surrounding air

Solution:

In an n-type semiconductor,

The Fermi level exists just below the conduction band

The Fermi level exists just above the conduction band

The Fermi level exists just below the valence band

The Fermi level exists just above the valence band

Solution:

Which are the major requirements for an instrumentation amplifier, of the four characteristics given below?
P. High common mode rejection ratio
Q. High input impedance
R. High linearity
S. High output impedance

P, Q and R only

P and R only

P, Q and S only

Q, R and S only

Analog-designs Questions Set 63:

Applications of precision diodes are:

Solution:

For a filter of order 5, what is the roll-off rate?

Solution:

Find the element that is different from the others in the given list.

Solution:

What is the reactance of a 3 mH inductor connected to an AC supply of 200 V, 120 Hz?

Solution:

If 60 coulombs of charge flow past a point in 15 seconds, what is the current?

Solution:

What is used to increase the speed of operation in MOSFET fabrication?

Solution:

The lower cut-off frequency of an individual amplifier is 30 Hz. Find the net cut-off frequency of a cascaded network of 6 similar amplifiers.

Solution:

By dividing volumetric thermal resistance by required thermal resistance, what value will we obtain?

Solution:

In an n-type semiconductor,

Solution:

Which are the major requirements for an instrumentation amplifier, of the four characteristics given below?
P. High common mode rejection ratio
Q. High input impedance
R. High linearity
S. High output impedance

Solution:

Related Question Sets:

Related Topics:

Analog-designs Questions Set 63:

Applications of precision diodes are:

Solution:

For a filter of order 5, what is the roll-off rate?

Solution:

Find the element that is different from the others in the given list.

Solution:

What is the reactance of a 3 mH inductor connected to an AC supply of 200 V, 120 Hz?

Solution:

If 60 coulombs of charge flow past a point in 15 seconds, what is the current?

Solution:

What is used to increase the speed of operation in MOSFET fabrication?

Solution:

The lower cut-off frequency of an individual amplifier is 30 Hz. Find the net cut-off frequency of a cascaded network of 6 similar amplifiers.

Solution:

By dividing volumetric thermal resistance by required thermal resistance, what value will we obtain?

Solution:

In an n-type semiconductor,

Solution:

Which are the major requirements for an instrumentation amplifier, of the four characteristics given below?P. High common mode rejection ratioQ. High input impedanceR. High linearityS. High output impedance

Solution:

Related Question Sets:

Related Topics:

Which are the major requirements for an instrumentation amplifier, of the four characteristics given below?
P. High common mode rejection ratio
Q. High input impedance
R. High linearity
S. High output impedance