B104

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The versatile B104 barrier blocks are used in a number of applications. From providing protection against overcurrent surges to controlling current flow within electrical systems, these terminal blocks have become an invaluable component of many daily operations. This article will discuss the applications and working principles of B104 barrier blocks.

Applications

B104 barrier blocks are most commonly used for connecting higher power circuits. By using these blocks, circuitry can be completed with the same level of precision as seen in low current projects. This makes them ideal for numerous industrial applications, including electrical box assembly, PCBs, and relay protection.

In addition, B104 barrier blocks are widely used in the fields of aviation and automotive due to their ability to withstand high currents without getting damaged. They are also often employed in industrial equipment where precision control of current flow is essential.

The use of barrier blocks is not limited to industrial applications. As they are compatible with a wide range of connectors, they are also frequently used in consumer electronics, such as televisions, video game consoles, and stereo systems.

Working Principle

B104 barrier blocks act as a shield between input and output connectors, limiting the amount of current that can flow through them. The current is divided into two paths, with one running through an upper circuit and the other through a lower circuit.

These blocks contain two sets of circuits that are insulated from each other. The lower circuit is the power or output, and is used to carry higher power current. The upper circuit is used to connect low current signals and components.

The two circuits are connected by two solder joints. The first connects the upper circuit to the power source, while the second connects the power source to the lower circuit. The current limit is set by the size of the wires used to make the solder joints.

This setup allows B104 barrier blocks to provide current protection and limit the amount of current that can flow through the block. In addition, they can be used to separate input from output, thereby protecting more delicate parts of circuitry from interference or damage.

Conclusion

Barrier blocks, such as the B104, are an important component in many electrical systems, both industrial and consumer-level. By providing current protection and ensuring the accuracy of circuitry, these blocks make complicated tasks easier. As they are designed to withstand high currents, they are ideal for use in aviation and automotive industries.

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