Resistor Ratio design is used in linear ICs because

Most of the linear ICs are based on the two-transistor differential amplifier because of its

A

Input voltage dependent linear transfer characteristic

B

High voltage gain

C

High input resistance

D

High CMRR

Computer ICs work reliably because they are based on _____ design.

A

Top-bottom

B

System

C

Two-stage

D

Two-states

E

None of the above

FETs are used in linear ICs to:

A

increase input resistance

B

provide large resistances

C

increase device complexity

D

(a) and (b) above

E

None of the above

There are two domains on your network. The DESIGN domain trusts the SALES domain. A color printer is shared in the DESIGN domain, and print permissions have been granted to the Domain Users and Domain Guests groups in the DESIGN domain. The Guest account has been enabled in the DESIGN domain. User John Y logs on using his account in the SALES domain. What must you do to allow JohnY to access the printer?

A

Make JohnY a member of the DESIGN Domain Guests group

B

Make JohnY a member of the DESIGN Domain Users group

C

Do nothing. JohnY can access the printer now

D

JohnY cannot access the printer with this configuration

E

None of the above

ICs are used in ___________

A

Linear devices only

B

Digital devices only

C

Both linear and digital devices

D

None of the above

___________ ICs are the most commonly used

A

Thin films

B

Monolithic

C

Hybrid

D

None of the above

The most popular types of ICs are ___________

A

Thin-film

B

Hybrid

C

Thick-film

D

Monolithic

ICs are generally made of ___________

A

Silicon

B

Germanium

C

Copper

D

None of the above

Digital ICs process ___________

A

Linear signals only

B

Digital signals only

C

Both digital and linear signals

D

None of the above

We use ___________ ICs in computers

A

Digital

B

Linear

C

Both digital and linear

D

None of the above

Resistor Ratio design is used in linear ICs because

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