0758485255

Series:	GbX® 75848
Packaging:	Tube
Lead Free Status / RoHS Status:	--
Part Status:	Not For New Designs
Moisture Sensitivity Level (MSL):	--
Connector Usage:	--
Connector Type:	Header, Male Pins
Connector Style:	GbX®, Guide Right
Number of Positions:	250
Number of Positions Loaded:	All
Pitch:	0.073" (1.85mm)
Number of Rows:	10
Number of Columns:	25
Mounting Type:	Through Hole
Termination:	Press-Fit
Contact Layout, Typical:	125 Differential Pairs
Features:	Shielded
Contact Finish:	Gold
Contact Finish Thickness:	--
Color:	Gray
Current Rating:	--
Material Flammability Rating:	UL94 V-0
Operating Temperature:	--
Voltage Rating:	120V

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Introduction

Backplane connectors are specialized electrical connectors designed for permanent wiring systems within backplanes, general purpose computer information and telecommunications applications. The 0758485255 connectors are a modern type backplane connector designed for completely customizable application field and working principles. Through improvements on the flexibility of the backplane, 0758485255 connector has become the most reliable interface and the most optimal choice for high-density applications.

Details

The 0758485255 backplane connector is composed of a single-piece connectors body with angled pins including inner contact and outer metal shields. With 0.384mm of mating pin separation, this small distance between pins allows a significant increase in the number of contacts, up to 24 contact positions.At the same time, the 0758485255 has an optimized combination of contact points for high voltage and optical applications with excellent heat dissipation characteristics. Each distinct feature of the 0758485255 consistently provides higher signal integrity with greater mechanical protection.The 0758485255 connectors are extremely reliable with secure positive locking and outstanding blind star mating system. In addition, the multi-position clocking feature of the connectors ensures maximum cable management flexibility. This feature is capable to provide better electrical performance, cost reduction, and faster installation in low-medium power applications. The 0758485255 connector and the backplane designs are allocated according to the requirements of the application field and the working principle. This includes standard configurations such as high-voltage contact layout, lens application layout, and optical contact layout. This allows for more flexibility due to the multiple standard configurations available and the fact the electronic components like plug stamped contacts can be reused in many sets and designs.

Application Field and Working Principle

The 0758485255 backplane connector is designed for rugged high-density applications such as server, high-end network equipment, high-end computing equipment, control equipment, e.g. radar and Avionics, and telecommunications. They are specifically designed to meet the challenging demands of the application field and working principles, in which a wide range of power and data needs to be routed behind a board or an enclosure.The 0758485255 operates under a working principle of cable entry and with available polarized and overmolded plugs and receptacle components. The polarized plug components are designed to only mate when correctly aligned, and the overmolded receptacle component provides metal shielding to increase EMI/RFI protection when mated. The cable entry mechanism ensures a long life and reliable performance in tough applications.

Conclusion

In conclusion, 0758485255 connectors are specialized backplane connectors designed for permanent wiring systems within backplanes, general purpose computer information and telecommunications applications. With the optimized combination of contact points for high voltage and optical applications, the 0758485255 connector provides the best signal integrity and maximum cable management flexibility. The connector and the backplane are allocated according to the requirements of the application field and working principles, making 0758485255 the most reliable and optimal choice for high-density applications.

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