| Attribute | Value |
|---|---|
| Product Category: | |
| Manufacturer: | TE Connectivity |
| Manufacturer Part Number: | TE Connectivity 2302793-1 |
| Series: | MULTIGIG RT 3 |
| Amperage: | 1 A |
| Connector Type: | Backplane (Receptacle) |
| Gender: | Receptacle |
| Housing Material: | LCP - GF (Liquid Crystal Polymer) |
| Number of Rows: | 9 |
| Mount Type: | Board Mount |
| Termination Method: | Through Hole - Press-Fit |
| Pitch: | .071 in, 1.8 mm |
| Row Spacing: | .071 in, 1.8 mm |
| Impedance: | 100 Ω |
| Number of Positions: | 80 |
| Mount Orientation: | Vertical |
| GPL: | B54 |
| Operating Temperature Range: | , |
| Circuit Application: | Power & Signal |
| Sealable: | No |
| Mating Alignment: | Guide Hardware |
| Mating Alignment Type: | Keyed |
| GPL Description: | Aerospace Defense & Marine |
| Connector and Contact Terminate To: | Printed Circuit Board |
| Product Code: | X943 |
| Number of Columns: | 16 |
| Connector System: | Board to Board |
| Connector Product Type: | Motherboard Connector |
| Pairs Per Column: | 2 |
| Board to Board Configuration: | Vertical |
| Shroud Type: | No |
| Card Slot Centerline: | 20.3 mm, .8 in |
| Guide Location: | Unguided |
| Part Aliases: | null 2302793-1 |
| SKU: | AMP2302793-1 |
2302793-1
Specifications
Detailed Description
VERTRECASSY is a high-performance backplane connector designed for demanding applications in aerospace, defense, and marine industries. Featuring a rugged RTM housing constructed from LCP-GF, this connector ensures reliable operation in harsh environments. With 80 positions arranged in 9 rows, it offers ample connectivity for power and signal transmission. Each pair of contacts is impedance-matched at 100 Ω, guaranteeing signal integrity. The board mount, through-hole press-fit termination method provides secure and durable connections. Mating alignment is facilitated by guide hardware, with keyed alignment for easy installation. This connector, part of the MULTIGIG RT 3 series, is RoHS non-compliant, making it suitable for a wide range of high-reliability applications.

