Module 4 : Chapter 3 Breadboard

What is a breadboard?

• A breadboard is a device used to build and test electronic circuits without soldering.

• A breadboard is a wooden board used for serving bread at the table.

• A breadboard is a tool used for kneading dough in baking.

• A breadboard is a type of cutting board used specifically for slicing bread.

What are the components of a breadboard?

• Plastic board, metal clips or sockets, metal strips

• Wooden board, plastic clips, plastic strips.

• Metal board, plastic clips, metal strips.

• Plastic board, plastic clips, plastic strips.

How are components connected on a breadboard?

• By connecting them with wires on the breadboard.

• By using adhesive to stick them onto the breadboard.

• By soldering them onto the breadboard.

• By inserting their leads into the holes on the breadboard.

What is the purpose of a breadboard?

• To toast bread and make it crispy.

• To create and test electronic circuits without soldering.

• To store bread and keep it fresh.

• To slice bread into even pieces.

Tags

NGSS.MS-ETS1-4

What are the advantages of using a breadboard?

• Expensive, limited prototyping options, and requires soldering.

• Limited prototyping options, requires soldering, and slow circuit modification and testing.

• Easy prototyping, no soldering, and quick circuit modification and testing.

• Requires soldering, time-consuming, and difficult circuit modification and testing.

Tags

NGSS.MS-ETS1-4

What are the limitations of a breadboard?

• Limited space for circuit connections

• Limited ability to handle complex circuits

• Limited power handling capacity, limited durability, and limited ability to handle high-frequency signals.

• Limited compatibility with certain components

What is the difference between a breadboard and a PCB?

• A breadboard is a temporary prototyping tool, while a PCB is a permanent circuit board.

• A breadboard is used for digital circuits, while a PCB is used for analog circuits.

• A breadboard is larger in size compared to a PCB.

• A breadboard is made of plastic, while a PCB is made of metal.

How can you prevent loose connections on a breadboard?

• Insert components firmly and avoid excessive movement or vibration.

• Use a soldering iron to secure the connections.

• Apply a strong adhesive to hold the components in place.

• Use a breadboard with tighter connection points.

What are some common mistakes to avoid when using a breadboard?

• Not properly aligning the components, using excessive force when removing components, not properly securing the wires, and not double-checking the connections.

• Not properly aligning the components, using excessive force when inserting or removing components, not properly securing the wires, and not double-checking the connections.

• Using excessive force when inserting or removing components, not properly securing the wires, and not double-checking the connections.

• Not properly aligning the components, using excessive force when inserting components, not properly securing the wires, and not double-checking the connections.

What is the difference between a breadboard and a PCB?

• A breadboard is a temporary prototyping tool, while a PCB is a permanent circuit board.

• A breadboard is used for digital circuits, while a PCB is used for analog circuits.

• A breadboard is larger in size compared to a PCB.

• A breadboard is made of plastic, while a PCB is made of metal.