BBS-119-G-C

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Rectangular connectors are an essential part of many machines and systems. They are used to connect different parts of a machine or system, transferring energy or signals from one part to another. The BBS-119-G-C is a specific type of rectangular connector, a header and male pin set, often used in the aerospace and automotive industries. It is important to understand the BBS-119-G-C application field and working principle to help ensure proper installation and use.

BBS-119-G-C Application Field

The BBS-119-G-C is an ideal choice for applications or systems where compactness and lower power with a reliable connection are key considerations. It is commonly used in aerospace due to its construction features and superior electrical performance characteristics such as low and high contact resistance. Additionally, the BBS-119-G-C is often integrated into projects related to avionics, radar, propulsion, and defense systems. This header male pin set is also used in several vehicle applications, especially the automotive sector. It is widely used as a dependable connection system between central processing units (CPUs) in hybrid and electric vehicles, as well as related areas such as communications, braking, and navigation systems.

BBS-119-G-C Working Principle

The BBS-119-G-C working principle is based around the interconnect of a header and male pin. This connector is used in applications where there are lower power needs than higher rated connectors, such as those with pins adding up to a rating of 5A maximum. The BBS-119-G-C is a two-pin connector with a pin diameter of 2.5mm, with a maximum spacing of 1.5mm. It features a header-style and PCB mounting, complete isolation, and its simple design ensures a reliable connection.

The connector header is the main component of the BBS-119-G-C and consists of two pins spaced 1.5mm apart. The pins are made from high-temperature-resistant metal and male pins are inserted into the header. The connector’s design ensures connection reliability because of the combination of contact areas and tolerances. The male pins are first pressed into the header and then locked into place using a locking clip. They then form the electrical connection between the male pins and the header.

Conclusion

The BBS-119-G-C is a reliable and cost-effective two-pin header male pin set that meets the needs of many applications. It is commonly used in the aerospace and automotive industries because of its compact size, low power rating, and reliable connections. Understanding the BBS-119-G-C application field and working principle can help engineers ensure a successful installation and use of this connector.

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