CP2-HB125-GE1-KR

Series:	MetPak™ CP2
Packaging:	Bulk
Lead Free Status / RoHS Status:	--
Part Status:	Active
Moisture Sensitivity Level (MSL):	--
Connector Type:	Header, Male Pins
Connector Style:	B 25
Number of Positions:	175 (125 + 50 Ground)
Number of Positions Loaded:	All
Pitch:	0.079" (2.00mm)
Number of Rows:	5 + 2
Mounting Type:	Through Hole
Termination:	Press-Fit
Connector Usage:	CompactPCI Hot Swap
Contact Finish:	Gold
Contact Finish Thickness:	30.0µin (0.76µm)
Voltage Rating:	--
Operating Temperature:	-40°C ~ 85°C
Features:	--

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CP2-HB125-GE1-KR Backplane Connectors - Hard Metric, Standard

Hard metric and standard backplane connectors are most commonly found within datacom and telecom systems. The CP2-HB125-GE1-KR, in particular, is an industrial-grade, dual row, contact retention card-edge connector manufactured using hard metric specifications. This connector\'s superior design and construction make it an ideal solution for high-density, high-speed applications.

Identifying Foundation Characteristics

Backplane connectors like the CP2-HB125-GE1-KR are often referred to as "hard metric." This term refers to the specific type of electrical connector interface that is used to connect a host cable to an application board. The CP2-HB125-GE1-KR connects in a similar fashion to standard backplane connectors, but it utilizes a slightly different type of contact retention mechanism. To identify a hard metric terminal such as the CP2-HB125-GE1-KR, it is important to observe two chief characteristics: pitch (or the separation between contact pins), and the number of pins. Hard metric connectors are available in a variety of pitches, ranging from 2.00 mm to 4.00 mm. The CP2-HB125-GE1-KR has a pitch of 2.54 mm. The number of pins in a hard metric connector may vary, but it is typically within the range of 20 to 150. The CP2-HB125-GE1-KR has 125 pins.

Benefits of Hard Metric Connectors

Hard metric backplane connectors, such as the CP2-HB125-GE1-KR, provide several key benefits. For starters, the pins on hard metric connectors are longer than the pins on the standard variety of backplane connectors, allowing for increased electrical performance. This improved electrical performance is especially beneficial in applications that require high-speed communication. In addition, hard metric connectors tend to be more reliable than standard connectors. Furthermore, hard metric connectors, such as the CP2-HB125-GE1-KR, are much easier to design and build. Their design is extremely flexible and can be tailored to the specific requirements of the application. This allows for more efficient board layout, and facilitates the efficient routing of electrical signals. Additionally, hard metric connectors require little to no maintenance over the lifetime of the system, thereby minimizing cost of ownership.

Working Principle of CP2-HB125-GE1-KR Connector

The dual-row design of the CP2-HB125-GE1-KR provides superior contact retention and signal quality. The connector is equipped with a special contact retention mechanism that ensures secure connection and reliable electrical performance. The contact retention mechanism utilizes a set of two metal plates that together hold the contact pins securely in place. In addition, the connector also utilizes a specialized contact interface that is designed to minimize noise and crosstalk. The connector is built to withstand harsh industrial conditions, and is rated for current up to 5 Amps and voltage up to 1,000V. It is designed to meet the environmental and vibro-acoustic specifications of a variety of industrial applications. Furthermore, the base material used for the housings of this connector is UL94-V0 compliant to ensure flame resistance.

Conclusion

The CP2-HB125-GE1-KR is a versatile dual row, contact retention card-edge connector manufactured to hard metric specifications. It is ideal for high-density, high-speed applications and meets the stringent environmental and vibro-acoustic requirements of a wide range of industrial environments. Additionally, it utilizes a specialized contact retention and interface mechanism that eliminates noise and crosstalk while providing superior contact retention and electrical performance.

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