BBD-120-G-D Datasheet/PDFRectangular Connectors - Headers, Male Pins are often used in a diverse range of applications due to their ease of installation, durability, and space-saving features. The BBD-120-G-D is one of the most popular and common configurations for these kinds of connectors. It has a large application field and can be employed in many applications, as well as a proven working principle.
Applications
The BBD-120-G-D is suitable for a wide range of applications in both commercial and industrial fields. It can be used in a variety of portable device applications, such as mobile phones, tablets, laptops, digital cameras, and security systems. In addition, this type of connector is widely used in the automotive industry, as it offers a cost-effective and reliable connection in high voltage applications. The BBD-120-G-D can also be utilized in other applications such as industrial computers, robot arms, HVAC systems, and audio/video systems.
Construction
The BBD-120-G-D is a rectangular connector constructed from high-quality materials, such as phosphor bronze contacts, contact plating, tin-plated brass, stainless steel shells, and flexible PTFE insulation. It is designed to provide superior performance, low insertion loss, low cross-talk, and excellent RF shielding performance.
This type of connector contains two male pins and two female pins that are held in place by a collet and provides two internal power poles. The power poles are rated at 0.75A and 400V AC, making it suitable for applications that require high current and voltage levels. The BBD-120-G-D connector also features a flexible cable, which helps minimize vibrations during installation.
Working Principle
The BBD-120-G-D utilizes a simple and straightforward working principle. The pins are inserted into the connector and then held in place by the collet. The two pins have different contact profiled surfaces, which helps prevent static electric charges from building up during the connection process. The connection is also facilitated by the copper base, which helps dissipate heat and minimize the chance of shorts.
The connector is also designed to provide a reliable connection with minimal resistance, but it is not suitable for applications involving high voltages and currents. In such applications, a different type of connector should be used. The BBD-120-G-D’s simple, yet reliable design makes it an ideal choice for low voltage and low current applications.
Conclusion
The BBD-120-G-D has a wide range of applications, as it is suitable for both commercial and industrial fields. It is an easy to install connector with superior performance, low insertion loss, and reliable RF shielding capability. Furthermore, it offers a simple yet effective working principle that is perfect for low voltage and low current applications. With these features, the BBD-120-G-D is an excellent solution for many different applications.