BBD-135-T-C

Introduction:

BBD-135-T-C is a kind of rectangular connectors - headers, male pins. It has lots of features and it is widely used in many application fields. This article will focus on introducing its application fields and working principles. After the introduction, we will discuss more details about them.

Application field:

BBD-135-T-C rectangular connectors - headers, male pins are suitable for many applications, including but not limited to PCB, automobile, computer, PBX, home appliance, telecommunications, mobile phone, toys, energy, digital products and control systems. It can be used in all kinds of electronic products, such as industrial products, home appliances, automobiles or consumer electronics.

BBD-135-T-C connectors are especially suitable for pin installations in small systems or boards. They can be used in both horizontal and vertical orientations, in a wide variety of contact routing and thermal management solutions. Because of its small size and low-profile design, BBD-135-T-C can be easily used in incredibly small devices.

Working principle:

BBD-135-T-C connectors operate by forming a secure connection between two circuit boards. A pin, which is typically metal or plastic in construction, is inserted into the BBD-135-T-C connector. The contact surface of the pin, which is typically made of harder metals like gold or copper, makes electrical contact with the female part of the BBD-135-T-C connector. This creates a galvanic connection that allows current to flow from one circuit board to the other.

BBD-135-T-C connectors also provide a secure connection with a limited amount of interference. This is because the design of the female portion of the BBD-135-T-C connector minimizes the potential for shorting out other pins in the circuits. This in turn helps to prevent current leakage or signal interference.

Conclusion:

BBD-135-T-C connectors are widely used in many application fields due to their reliable electrical connection and small size. They are suitable for pin installation in small systems or boards. Most importantly, their design minimizes the potential for shorting out and current leakage. It is a great choice for many applications.