86092645113755ELF

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DIN 41612, also referred to as the Backplane Connectors, is an interface standard which defines the physical structure of the electrical and mechanical components of a backplane connector. It was developed by the German National Laboratory (DIN) and is commonly used in a wide range of applications, especially in embedded systems. This connector technology has many advantages over other types of connectors, such as its high speed transmission capabilities, low power consumption, and multi-axis compatibility.

86092645113755ELF is a type of backplane connector that conforms to the DIN 41612 interface standard. This connector is a multi-axis connector that is commonly used for interboard communication in embedded systems and real-time systems. It is characterized by its 8-row design, with each row composed of two sets of five contacts. When used to link boards, it is typically mounted at 90 degrees.

The physical structure of the 86092645113755ELF is composed of two main parts. The first is the mating half, which is the part that will be connected to the board and consists of two rows of eight pins. The second is the interconnect block, which is the part that will be connected to the other board and consists of a row of eight pins. Both of these components are then connected via a series of contact pins. These pins are arranged in such a way that when inserted into the corresponding mating halves, they will create a correct connection.

When the 86092645113755ELF is used for interboard communication, its contacts are insulated from each other. This ensures that any electrical signal sent across one contact will be blocked by the insulation of the other contacts. This is an important feature as it prevents any noise generated by one board from being transmitted to the other. Additionally, the insulation protects the contacts from any ESD (electrostatic discharge) that could damage the boards. This insulation also helps to ensure that the maximum data rate is reached while maintaining the electrical integrity of the boards.

The 86092645113755ELF has a number of advantages that make it a suitable choice in many high-speed applications. Firstly, it has a very low insertion force which makes it easy to install and remove. Secondly, it has excellent electrical characteristics, which makes it ideal for high-speed applications. Lastly, it is also highly resistant to environmental conditions such as vibration, shock, and humidity.

The 86092645113755ELF can be found in many different applications and is a popular choice for applications where high-speed transmission and reliability are essential. It is commonly used in aerospace systems, industrial manufacturing devices, and automotive systems. Due to its excellent electrical characteristics, it is also suitable for use in medical equipment, military equipment, robots, and biometrics.

In conclusion, the 86092645113755ELF backplane connector is an excellent choice for high-speed interboard communication in embedded systems and real-time systems. Its 8-row design, low insertion force, and excellent electrical characteristics make it ideal for many applications. Additionally, its insulation helps to ensure that the maximum data rate is reached and that the electrical integrity of the boards is maintained. As such, it is used in many different industries and is highly suitable for a wide range of applications.

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