BTS-125-01-H-D-A

The BTS-125-01-H-D-A is a rectangular connector typically used in mezzanine board to board applications, as well as other edge type and array connectors. This type of connector features tabs along the length of the adjacent sides and have a distinct locking mechanism. This allows multiple connectors to be connected to each other as well as to other printed circuit boards.

The primary purpose of this type of connector is to provide efficient transmission of electrical signals between multiple printed circuit boards. The connector features a variety of design elements that reduce crosstalk and maximize the overall signal quality, as well as improve signal integrity. This includes shielded contacts, with a central grounding tab, as well as a special contact design that is designed to reduce the overall signal noise.

The BTS-125-01-H-D-A connector is designed for easy installation into printed circuit boards. The snap-lock and clip design makes it easy to use and allows for quick connection and disconnection. The design also allows for quick wiring, as well as easy cable management.

The BTS-125-01-H-D-A is also designed to withstand high temperatures and other harsh environments. The contacts are made of high temperature resistant material and the whole connector is enclosed in a robust housing. The whole connector is also vibration resistant, making it ideal for applications where it may be necessary to routinely disconnect and reconnect.

The BTS-125-01-H-D-A is capable of carrying up to 500 volts and up to 12 amps current. The connector is capable of handling both analog and digital signals, making it suitable for a wide range of applications. The contact design also ensures that there is low electrical resistance, meaning that high frequency signals can be successfully transmitted through the connector.

The BTS-125-01-H-D-A is a great option for applications that require reliable, low voltage and low current transmission. It is commonly used in industrial control systems, consumer electronics, medical devices, and automotive applications. The robust design and high speed transmission capabilities make it a great option for many applications.