EXTreme Energetic 171098 Series, Specialized

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Series
Number of Positions
Connector Usage
Number of Columns
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Number of Rows
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Contact Finish Thickness
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EXTreme Energetic 171098
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ImageProduct DetailPriceAvailabilityECAD ModelFeaturesMounting TypeConnector StyleNumber of RowsContact FinishContact Finish ThicknessColorPitchTerminationSeriesConnector UsageConnector TypeNumber of PositionsNumber of Positions LoadedNumber of ColumnsContact Layout, Typical
1710980425
CONN RCPT 29POS PCB
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Quantity
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PCB Symbol, Footprint & 3D Model
-
Through Hole
-
5
Gold
30.0µin (0.76µm)
Black
-
Press-Fit
EXTreme Energetic 171098
-
Receptacle, Female Sockets and Blade Sockets
29
All
-
25 Signal, 4 Power
1710980001
ENERGETIC VERT RECEPTACLE G+6P+2
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Quantity
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PCB Symbol, Footprint & 3D Model
Mating Guide
Through Hole
-
5
Gold
30.0µin (0.76µm)
Black
-
Press-Fit
EXTreme Energetic 171098
Front Board
Receptacle, Female Sockets and Blade Sockets
31
All
6
25 Signal, 6 Power

About  Specialized

Specialized backplane connectors adhere to a defined set of specifications and are specifically designed for use with daughterboards, midplane, coplanar, or front boards in a backplane or rack and panel system. These connectors are distinguished by their connector type, number of positions, pitch, number of rows, and contact layout. Their primary purpose is to facilitate the connection and communication between various electronic modules within the system. These connectors are tailored to meet the unique requirements of daughterboards, midplane, coplanar, or front boards, ensuring seamless integration and reliable interconnectivity. The specifications of specialized backplane connectors encompass the type of connector, the quantity of positions available, the pitch (distance between contact points), the number of rows, and the arrangement of contacts. Adhering to these specifications ensures compatibility, reliability, and optimal performance within the specific context of backplane or rack and panel systems. In summary, specialized backplane connectors play a crucial role in enabling the efficient and dependable interconnection of electronic modules within complex systems. Their design and specifications are tailored to meet the distinct needs of daughterboards, midplane, coplanar, or front boards, ensuring seamless integration and reliable performance within backplane or rack and panel configurations.