BBD-108-G-B

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Rectangular Connectors - Headers, Male Pins play a vital role in electrical systems and their interconnectedness in many applications. BBD-108-G-B is a high-voltage, high-current, multi-pin headers used for advanced applications. Typically these are suspended on printed circuit boards or used to interconnect equipment, where it becomes necessary to provide a secure, vibration-resistant connection.

Application

BBD-108-G-B can typically be found in motor control systems, flight control systems, military equipment and many more. Electric grid application demanding control and switching from ground-level to the power distribution points require separation of the power groups, detection and tracking of the connections that the BBD-108-G-B can provide.

BBD-108-G-B also has adaptability to be used in harsh environment applications. Industrial process control systems, including the heating, cooling and ventilation systems need to provide reliable connectivity in the harsh environment. BBD-108-G-B is suitable for such applications due to its reliability and adaptability.

BBD-108-G-B provides a cost-effective connectivity solution for heavy-duty machines, such as robotic welders and wire harness testers that require a lot of power. This makes BBD-108-G-B ideal for applications like automotive engine control system, machine tool control system, package printing machine, and many more.

Working Principle

BBD-108-G-B is a multi-pin header designed to suit a wide range of applications due to its internal circuit structure. This includes spring-loaded contacts to provide secure and rapid connection. It also includes recessed grooves for insertion into the board or components for extra security.

The housing of BBD-108-G-B is created with high-grade base material (plugs and receptacles), offering excellent stability and low electrical resistance. This ensures high-currents can be handled safely when transferring energy from the power source to the application.

The contact pins of BBD-108-G-B are constructed with a dielectric material to reduce the thermal shock between mating parts. It also features stability against vibrations and has better resistance than alternative surface mounted connectors. Ultimately, it offers measurable value as the pin connector distributes the weight of the cable across the board and does not stress its track.

The method of insertion of BBD-108-G-B is simple, first the preloaded self-securing plate is fitted to the desired position and then the pin is inserted. The pin will remain securely attached due to the force of pin’s shoulder force against the recessed grooves. The locking mechanism prevents the devices from becoming disconnected due to vibration or shock.

The BBD-108-G-B incorporates a secondary disconnection system to reduce the release times when the pin needs to be removed for maintenance or troubleshooting. The BBD-108-G-B also comes with a range of keying-pins to ensure that the connected pins are safely secured and can not be accidentally removed.

It offers a reliable power transfer when compared to other connectors due to its unbeatable performance. All the sensitive components of the BBD-108-G-B provide protection against shock and vibration and ensure that it will perform without failure within its capacity.

For higher-power demanding application, BBD-108-G-B is an economic and practical solution. It is compact yet robust, making it suitable for application in limited space. Due to its premium build quality, it can be relied upon when safety, performance and reliability is essential.

The specific data is subject to PDF, and the above content is for reference