The Breadboard Solderless 400 Tie-Points White is a convenient and easy-to-use tool for electronic experimentation. It allows for the quick and secure connection of electronic components without the need for soldering. The breadboard has 400 tie points, providing ample space for building and testing circuits. This particular model comes packaged and is designed for those who are just starting in the world of electronics or need a reliable tool for prototyping.

 

Package Includes:

• 1 x Breadboard Solderless 400 Tie-Points White (Packaged)

 

Features:

• 400 tie-points Mini Breadboard: This breadboard has 400 tie-points, providing ample space for building and testing circuits.
• 2 Distribution Strips: The breadboard also features two distribution strips, which make it easy to connect power and ground to your circuit.
• Tie-point 100: In addition to the distribution strips, the breadboard also has a tie-point 100 area, which allows for more flexible circuit design.
• Size: The size of the breadboard is 3.5x8.2x0.85 (cm), making it compact and easy to store.
• Material: The breadboard is made from ABS, which is a durable and lightweight material.
• Match jumper, wire diameter 0.8mm: The breadboard is designed to work with jumper wires that have a diameter of 0.8mm, making it compatible with a wide range of electronic components.

 

Description:

The Breadboard Solderless 400 Tie-Points White is a versatile and user-friendly tool for electronic experimentation and prototyping. This breadboard provides 400 tie-points on a compact 3.5 x 8.2 cm board, making it easy to assemble and test a wide range of electronic circuits. The breadboard is made from ABS, a lightweight and durable material that is well-suited to the needs of electronics enthusiasts and hobbyists. The spring clips on the breadboard are made from phosphor bronze and are nickel plated, providing a reliable and secure connection for your electronic components. In addition to the 400 tie-points, the breadboard features two distribution strips that make it easy to connect power and ground to your circuit. The breadboard also has a tie-point 100 area that allows for a more flexible circuit design. One of the standout features of this breadboard is its compatibility with jumper wires that have a diameter of 0.8mm. This makes it easy to connect a wide range of electronic components, including resistors, capacitors, and sensors. The breadboard is designed for experimentation and testing and works great with Arduino. It is also environmentally friendly, with a clear color structure that makes it easy to see your circuit design. The splicing feature of the breadboard makes it easy to connect multiple breadboards together for larger projects.

 

Principle of Work:

The principle of working for the Breadboard Solderless 400 Tie-Points White is to provide a convenient and secure way to connect electronic components without the need for soldering. The breadboard consists of a grid of holes or "tie-points" that are interconnected by spring clips made of phosphor bronze and nickel plated. These clips hold the leads of electronic components in place, allowing them to be easily connected without the need for additional tools. To use the breadboard, you simply insert the leads of your electronic components into the appropriate tie-points, making sure that they are securely held in place by the spring clips. You can then connect the components together by using jumper wires, which are inserted into the tie-points and provide a secure electrical connection between components. The breadboard also features two distribution strips that run along the length of the board, providing a convenient way to connect power and ground to your circuit. The tie-point 100 area provides additional flexibility for circuit design, allowing you to create custom connections between components.

 

Pinout of the Module:

 

as it is a tool for prototyping and experimenting with electronic circuits rather than a specific electronic component or device. However, the breadboard does provide a grid of interconnected tie-points that can be used to connect a wide range of electronic components together, making it a versatile and flexible tool for circuit design and experimentation. Each row of tie-points on the breadboard is typically connected horizontally, while each column of tie-points is typically connected vertically. The distribution strips on either side of the breadboard provide a convenient way to connect power and ground to your circuit, while the tie-point 100 area offers additional flexibility for circuit design. To use the breadboard, you simply insert the leads of your electronic components into the appropriate tie-points, making sure that they are securely held in place by the spring clips. You can then connect the components together by using jumper wires, which are inserted into the tie-points and provide a secure electrical connection between components.

 

Applications:

1. Circuit prototyping: The breadboard provides a convenient and easy-to-use platform for prototyping and testing electronic circuits, allowing you to quickly and easily connect a wide range of electronic components without the need for soldering.
2. Educational purposes: The breadboard is an ideal tool for teaching electronics principles and concepts, as it allows students to experiment with circuit design and learn how different components interact with each other.
3. DIY projects: The breadboard can be used to create a wide range of DIY electronics projects, from simple LED circuits to more complex microcontroller-based systems.
4. Arduino projects: The breadboard works great with Arduino, providing a simple and easy-to-use platform for experimenting with Arduino-based circuits and projects.
5. Troubleshooting: The breadboard can also be used for troubleshooting and testing electronic circuits, allowing you to easily connect and test individual components and identify any issues.

 

Circuit:

 

 you could read about the simple circuit in the comparison down page.

Code:

No codes were used.

 

Technical Details:

• Total tie-points: 400
• Distribution strips: 2, with tie-points 30 each
• Tie-point 100 area: 1
• Material: ABS plastic
• Spring clips: Phosphor bronze, nickel plated
• Wire diameter compatibility: 0.8 mm
• Size: 3.5 x 8.2 x 0.85 cm
• Weight: 15g

 

Resources:

 

Comparisons:

the process of connecting a simple circuit with and without the Breadboard Solderless 400 Tie-Points White.

Connecting a simple circuit without a breadboard involves physically connecting the components using wires, and typically requires soldering. For example, let's consider a simple circuit that consists of a battery, an LED, and a resistor. To connect this circuit without a breadboard, you would need to:

1. Connect one wire from the positive terminal of the battery to one end of the resistor.
2. Solder another wire from the other end of the resistor to the positive leg of the LED.
3. Solder another wire from the negative leg of the LED to the negative terminal of the battery.

This process can be time-consuming and requires specialized tools and skills.

On the other hand, connecting a simple circuit with the Breadboard Solderless 400 Tie-Points White is much simpler and requires no soldering. To connect the same simple circuit using the breadboard, you would need to:

1. Insert the positive leg of the LED into one of the tie points on the breadboard.
2. Insert one end of the resistor into another tie-point on the same row of the breadboard.
3. Insert one wire from the positive terminal of the battery into a tie-point on the distribution strip on the same side of the breadboard as the LED.
4. Insert another wire from the negative terminal of the battery into a tie-point on the opposite distribution strip on the same side of the breadboard as the resistor.

This process is much simpler and quicker and can be easily modified and adapted as needed by moving components and wires around on the breadboard.