0387390356

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Terminal blocks - Barrier Blocks are electrical connectors that allow the division of a circuit into two or more paths, or the connection of two or more circuits. They are commonly used to divide a circuit into two elements for the purpose of organizing and isolating one from the other.

The device under discussion, 0387390356, is a Terminal Block - Barrier Block designed for use on printed circuit boards. It features a pluggable design, allowing for the easy insertion of individual components into the circuit board. The device is composed of two main parts - a plastic housing and a copper contact. The housing enables the connection between the two pins of the copper contact, while the contact itself provides the electrical connection.

The 0387390356 is designed to work within an AC voltage range of 24V to 250V. When two or more devices are connected together, they can be used to divide a circuit into multiple sections or to route electrical current where needed. Each block has two posts that are designed to be connected together using a spade or screwdriver. This connection between posts serves to divide the circuit and route the electrical current.

The 0387390356 also offers protection to the connected circuit from overload, over voltage, and short circuit. It does so by utilizing a thermal barrier between the contact post and the housing, ensuring that no excessive current or voltage can pass into the circuit. This protection is supplemented further by a varistor, which helps to reduce the effects of any over voltage spikes that may occur.

In summary, the 0387390356 is a Terminal Block - Barrier Block designed for use on printed circuit boards. It features a pluggable design, allowing for the easy insertion of individual components into the circuit board. The device is composed of two main parts - a plastic housing and a copper contact. Its AC voltage range is 24V to 250V. The device also offers protection to the connected circuit from overload, over voltage, and short circuit, as well as protection from potential over voltage spikes, through the use of a thermal barrier and a varistor.

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