650913-5

Backplane Connectors - DIN 41612 are characterized by a set of features that make them suitable for a variety of applications in multiple fields. Specifically, the 650913-5 connector is a versatile and robust option used in many different applications. This article will discuss the advantages of using 650913-5 within Backplane Connectors - DIN 41612 settings and provide an overview of its working principle.

The Structure and Functionality of 650913-5

A 650913-5 connector is a polypropylene-molded cased external backplane, with two rows of five pins. It is a horizontal, soldering Type A, open-pin, between-board, rectangular connector for the backplane of the motherboard. It features two rows of five 2 mm pitch female connectors, which mate to standard male connectors on mating boards.

The 650913-5 connector has two main components — the mating sleeve or contact pitch, and the insulation plane. The contacts are about a 2mm pitch; the insulating layer thickness is 0.3mm. The topmost bracket layer comprises of the contact ground strap is approximately 0.2mm in thickness. The contacts are hole-type and have solder tail pins, while the contacts all get and have an absolute pitch top layer.

The relative isolation between the two adjacent contacts is 1.1mm. The 650913-5 connectors feature a brush-style solder pin tail design. The contact material itself is copper alloy. This makes it capable of carrying signals with an exceedingly low electrical resistance — a requirement within Backplane Connectors - DIN 41612 setting for optimal data transfer.

Advantages of the 650913-5 connector include its low voltage drop, reliable connection, and improved thermal and shock resistance. It also offers greater connection reliability over that of a PCB-mounted transformer or other alternatives within Backplane Connectors - DIN 41612 settings.

Working Principle of the 650913-5 Connector

The650913-5 connector is considered to be the most widely used within Backplane Connectors - DIN 41612 technology. The working principle of this connector is fairly straightforward. The pins of the connector are designed to be inserted into the mating board. Once the contacts are connected, a signal can be sent and received from the pins. Connectors are also common in this configuration — making it possible to transfer signals from multiple boards simultaneously.

The 650913-5 connector has an integral insulation layer that prevents high-frequency signals from being short-circuited or crossing between the pins. This is important for optimal performance within Backplane Connectors - DIN 41612 settings.

In addition, the 650913-5 uses a two-piece connection system. This is designed to provide a robust connection that prevents damage to the connections during regular operations. This is important in preventing data loss or disruption of signals.

Conclusion

The 650913-5 connector is a versatile and robust solution for use in Backplane Connectors - DIN 41612 settings. Its design and characteristics allow for the optimal transmission of data and signals, and a durable connection in a wide range of applications. The two-piece connection system ensures a robust connection that prevents damage to the contacts, and the integral insulation layer ensures high-frequency signals are not short-circuited or crossed between pins.