Explain the relationship between transistors, logic gates, and integrated circuits (ICs).

• Transistors are used to build logic gates, which are then used to create integrated circuits.

• Logic gates are used to build transistors, which are then used to create integrated circuits.

• Integrated circuits are used to build transistors, which are then used to create logic gates.

• Transistors, logic gates, and integrated circuits are unrelated components.

Transistor-Transistor Logic (TTL) is a type of digital circuit used in electronics. Which of the following best describes its primary characteristic?

• It uses bipolar junction transistors.

• It is based on field-effect transistors.

• It operates at very low power levels.

• It is primarily used in analog circuits.

The TTL logic gate numbering system is used to:

• Identify the type and function of TTL logic gates

• Measure the speed of TTL circuits

• Determine the power consumption of TTL devices

• Calculate the cost of TTL components

A truth table shows what for each input combination?

• The output result

• The input variables

• The logic gates used

• The circuit diagram

In the context of truth tables, how many possible outputs are there for 2 inputs?

• 2

• 4

• 8

• 16

ICs are categorized in how many different ways?

• By function, technology, and application

• By size, color, and weight

• By brand, price, and availability

• By age, origin, and material

What does VLSI stand for?

• Very Large Scale Integration

• Very Low Scale Integration

• Variable Logic System Interface

• Virtual Linear System Integration

What does TTL stand for in electronics?

• Transistor-Transistor Logic

• Transistor-Transistor Level

• Transistor-Transistor Link

• Transistor-Transistor Line

Fill in the blank: TTL is _______ than CMOS.

• Faster

• Slower

• Equal

• More complex

Fill in the blank: CMOS uses _______ power than TTL.

• More

• Equal

• Greater

• Less