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Backplane Connectors - DIN 41612 are important components of the electrical architecture of any electromechanical system. These connectors provide high-speed communication between different electronic components in the system. They provide the necessary connections between PCBs, backplanes, and mainframes. This article will discuss the application field and working principle of DIN 41612 or 09061152932 backplane connectors.

Application Field of DIN 41612 Connectors

DIN 41612 connectors are commonly used in electronic systems such as computers, business machines, audio systems, home electronics, and industrial equipment. They are ideal for applications where high-speed communication is required across multiple boards or backplanes. DIN 41612 connectors offer the highest number of possible contacts, which makes them highly popular and suitable for a wide range of applications.

Hardware designers choose DIN 41612 connectors for their board-to-board communication needs due to their flexibility in design, excellent contact performance, and efficient transmission of data signals. The DIN 41612 design allows for a high number of signal pins to be connected in tight packages, making them highly suitable for space-constrained applications. In addition to signal transmission, the DIN 41612 also supports power and control lines.

Advantage of DIN 41612 Connectors

When compared to other types of connectors, DIN 41612 connectors have several advantages that make them the preferred choice for most applications. First, they are highly reliable and robust, offering an efficient data transfer rate. The way that the DIN 41612 connectors are designed also makes them easy to mount on either the backplane or directly onto the PCB board. The connectors offer RoHS compliance, and are available in various contact counts and pin configurations.

In addition, DIN 41612 connectors are offered in different shapes, allowing them to fit into any space regardless of its shape or size. For example, DIN connectors come in a variety of pitches, from 2 mm to 5 mm, allowing them to fit into almost any space. Furthermore, these connectors also support Robust and Reliable Contact technology which ensures more secure connections.

Working Principle of DIN 41612 Connectors

DIN 41612 connectors incorporate two gateways, an opening and a mating socket. The openings are generally formed using a stamping process. The mating socket is typically composed of plastic materials such as polyester. Fundamental elements of DIN 41612 connectors include the contact housing, which is integral to the connector\'s operational functioning. Contacts are susceptible to corrosion and mechanical wear, so robust contact housing is essential for long-term stability.

An individual pin is located at the center of the contact housing, and the housing of contacts is often composed of several layers of various materials, such as stainless steel. This construction makes them dust and water proof and provides them superior performance in harsh environments. Each contact typicallyincorporates fingers that grip the mating component. Contacts are often available in different thickness, ranging from 0.1 mm to 1.2 mm. The contact also include a chamfer profile, sealed ribs, and anti-overload security measures.

The principles of electrical contact and energy transfer are achieved through physical contact between the contact and the mating component. Each contact point creates a seal between the contact and the mating component, forming an electrical joint. Depending on the application requirements, contact system designs can incorporate either durable or compliant-pin contact trees. Durablecontact trees provide superior protection from wear and tear, while compliant-pin trees offer excellent contact contact with a high degree of flexibility.

The mating assembly completes the main function of the connector. It consists of snap-lock housings and snap-lock contacts which are designed to securely transmit signals between the PCB and the backplane. The snap-lock housings are designed to firmly clamp the contact to the PCB while the snap-lock contacts are encased in a housing and are protected against vibration. With this construction, the operation of DIN 41612 connectors is straightforward.

Conclusion

DIN 41612, or 09061152932 connectors are an important component in board-to-board and backplane electrical systems. They provide high-speed communication between different electronic components, offer multiple contact counts, and robust and reliable contact technology. On top of that, the easy-to-mount DIN 41612 connectors offer flexibility and a secure transmission of data signals. The working principle of DIN 41612 connectors involves the contact housing, which is integral to their function, and a contact system with durable and compliant-pin contact trees. This article discussed the application field and working principle of DIN 41612 connectors.

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