228457064002097

Backplane connectors are devices that connect the components of a backplane to a system\'s internal systems. They are a critical part of many computer, networking, military, communication and automation systems, providing secure, reliable and flexible high-speed communication pathways between modules in a system. Backplane connectors are used to securely connect the backplane to the printed circuit boards, as well as power and signal/data connectors. Backplane connectors offer the advantage of allowing designers to easily configure system architectures that meet their specific needs for data, power, and signal requirements.

The DIN 41612 is a popular type of backplane connector, which provides a safe, reliable and cost-effective way of linking the components of a backplane. The DIN 41612 backplane connector is a robust, standardized system designed for general purpose use in industrial applications, such as automation, robotics, power and motor control, instrumentation, medical, and more. It consists of two rows of 66-pin electrical and power connections, and is used for both contactless and contact applications. The connector is designed to be used with printed circuit boards, but can also be used with other types of systems, such as pluggable module systems and custom-built systems.

The DIN 41612 connector is widely used not only in industrial applications, but also in consumer electronics. It is designed for quick and easy hot-pluggable connections between backplane components and is compatible with many older-style backplane technologies. In terms of physical operation, the DIN 41612 connector facilitates insertion, secure locking, and removal of the backplane connectors. It also offers several features for enhanced performance, such as heat sinking, interference shielding, and protection from EMI (electromagnetic interference).

The specific part number 228457064002097 is a type of DIN 41612 backplane connector, which is designed for applications such as rail vehicles, industrial automation, telecommunications, and medical equipment. It offers high-density connections for power and signal transmission, and supports both contact and contactless connections. The 228457064002097 comprises two rows of 66 pins and has a working temperature range from -55°C to +125°C.

The 228457064002097 backplane connector also offers several features designed to enhance performance and reliability. These features include scratch-resistant seals; vibration and shock resistance; EMC (electromagnetic compatibility) protection; and electrostatic/overvoltage/overcurrent protection. It also has a long-term stability and retention force, and is designed to enable quick hot-pluggable connections between components.

In terms of working principle, the 228457064002097 backplane connector utilizes the force-fit principle, which is a common electrical connector method. Force-fit connectors, also known as socket pins, are non-voltage carrying electrical components that act as a pass-through junction for both power and signal applications (such as the DIN 41612). Force-fit connectors consist of two parts: a male contact and a female contact. When the male contact is inserted into the female contact, the electrical connection is established and power/signal pathways are formed. This connection is secured by the force-fit principle, which uses a spring-loaded mechanism to apply pressure on the contact, ensuring a reliable connection.

In conclusion, the 228457064002097 backplane connector is a robust and reliable device designed for use in a wide range of applications, including industrial automation, rail vehicles, medical equipment, and telecommunications. It is a type of DIN 41612 connector, which offers high-density connections, vibration resistance, interference shielding, and other features designed to ensure secure, reliable and high-performance connections between backplane components. Additionally, the 228457064002097 utilizes the force-fit principle to provide a reliable connection between the two contacts.