Resistors, Capacitors, Integrated Circuits, FPGAs

What is the purpose of resistor color codes?

• To determine the voltage rating of a resistor.

• To identify the manufacturer of a resistor.

• To indicate the resistance value of a resistor.

• To indicate the temperature coefficient of a resistor.

Name three common types of capacitors.

• Aluminum capacitors

• Ceramic capacitors, electrolytic capacitors, tantalum capacitors

• Film capacitors

• Polymer capacitors

Explain the architecture of an FPGA.

• FPGA architecture includes CLBs, IOBs, Routing resources, and Programmable Interconnect Points.

• FPGA architecture consists of only one type of component

• FPGA architecture does not include IOBs

• FPGA architecture does not involve programmable interconnect points

How are resistors used in IoT devices?

• Resistors are used in IoT devices to limit current flow, protect components, and assist in voltage division.

• Resistors are used in IoT devices to generate power.

• Resistors are used in IoT devices to store data.

• Resistors are used in IoT devices to amplify signals.

What do the colors on a resistor represent in the color code system?

• The colors on a resistor represent the digits in the color code system.

• The colors on a resistor represent the physical size of the resistor in the color code system.

• The colors on a resistor represent the temperature tolerance in the color code system.

• The colors on a resistor represent the voltage rating in the color code system.

What is the function of a ceramic capacitor?

• Store and release electrical energy, filter noise, stabilize voltage levels

• Cook food, Play music, Drive a car

What are the key components of an Integrated Circuit?

• Gold, silver, bronze

• Aluminum, rubber, ceramic

• Silicon, metal, insulating materials

• Plastic, copper, glass

How do FPGAs differ from ASICs?

• FPGAs are programmable, ASICs are fixed.

• FPGAs and ASICs have the same functionality.

• FPGAs are fixed, ASICs are programmable.

• FPGAs and ASICs are both programmable.

How can resistors be used in sensor circuits for IoT applications?

• Resistors decrease the accuracy of sensor readings in IoT applications

• Resistors have no impact on sensor circuits in IoT applications

• Resistors help in calibrating sensor readings, providing voltage division, limiting current flow, and protecting the sensor from damage.

• Resistors amplify sensor readings in IoT applications

What is the role of tantalum capacitors in electronic circuits?

• Tantalum capacitors provide low capacitance in electronic circuits.

• Tantalum capacitors are known for their high failure rate in electronic circuits.

• Tantalum capacitors are used for amplifying signals in electronic circuits.

• Tantalum capacitors provide high capacitance, stability, and reliability in electronic circuits.