0850090555

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Backplane connectors essentially function as a bridge between two user components, such as between a motherboard and a daughter card or between two boards. The specific kinds of backplane connectors vary depending on the application and the type of electrical wiring system. One such backplane connector is DIN 41612, which provides a secure and reliable electrical connection between two surfaces.

DIN 41612 backplane connectors are mainly used in telecommunications and industrial control applications. These connectors feature a multiple pin-and-socket connection, allowing two components to be securely connected over a single plane. They permit two separate parts to be securely fastened, making them highly popular in a wide range of size-restricted applications. The fact that these connectors offer little mechanical control in terms of adjusting the directionality of signal paths also makes them suitable for these sorts of applications.

The naming convention of DIN 41612 backplane connectors is composed of numbers and/or letters in the following format: ‘0850090555.’ The prefix ‘08’ is primarily used to denote the use of a backplane in the application, while the remainder of the digits represents the type code and the series. For instance, the ‘500’ and ‘90555’ represent the pitch and the length, respectively.

In general, DIN 41612 backplane connectors offer a high density of contacts in a relatively small package. The number of contacts is usually anywhere between 4 and more than 100, affording the end user a wide range of available connection options. The types of contacts that these connectors feature include insulation displacement type (IDC) contacts, machined pins, and also printed circuit boards (PCB).

The internal contact arrangement of DIN 41612 backplane connectors is defined by their series. For instance, 2-row or 3-row varieties are the most commonly used connectors, with the majority having contacts facing opposite directions. Other series, such as 6-row and 10-row varieties, feature contacts facing the same direction. These kinds of connectors also provide an increased number of contact positions within the same size.

In terms of their working principles, DIN 41612 backplane connectors operate in much the same way as other connectors. The main parts involved in the connection are the male and female contacts, along with a lock to secure them in position. The lock is typically made of resilient plastic and ensures a tight fit between the two components, which prevents loosening over time. To ensure that the connection is secure and reliable, the male and female conta<\p>

The connection between two components using a DIN 41612 backplane connector is both convenient and secure. In addition to the robust locking mechanism, the female connector also features insulation displacement contacts, which reduce any risk of electrical shock and damage to the components. Furthermore, the connectors are designed to maintain a consistent contact resistance. This helps to improve signal transmission and facilitate faster data transfer speeds.

The resilient properties of DIN 41612 backplane connectors make them a popular choice for a wide variety of applications. As they feature a high number of contacts in a relatively small package, they are particularly suitable for size-restricted applications in industrial control and telecommunications. Furthermore, their secure connections, electrical insulation, and consistent contact resistance make them a reliable choice for digital and analog signals.

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