| Attribute | Value |
|---|---|
| Product Category: | |
| Manufacturer: | TE Connectivity |
| Manufacturer Part Number: | TE Connectivity 2302790-2 |
| 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: | 144 |
| Mount Orientation: | Vertical |
| Circuit Application: | Power & Signal |
| Sealable: | No |
| Mating Alignment: | Guide Hardware |
| Mating Alignment Type: | Keyed |
| Connector and Contact Terminate To: | Printed Circuit Board |
| 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: | 2302790-2 |
| SKU: | AMP2302790-2 |
2302790-2
| ICC Number: | AMP2302790-2 |
| Manufacturer: | TE Connectivity |
| Manufacturer Number: | 2302790-2 |
| Datasheet: | 3D Model (PDF) |
| ECAD Model: |
Specifications
Detailed Description
VERTRECASSY,RIGHTEND,MULTIGIG RT3 is a high-performance backplane connector designed for demanding aerospace, defense, and marine applications. With a rugged LCP-GF housing and press-fit termination, this connector ensures reliable power and signal transmission in harsh environments. Featuring 144 positions arranged in 9 rows, with a pitch of 1.8mm and impedance of 100Ω, it offers efficient board-to-board connectivity. Each row is spaced 1.8mm apart, with 16 columns and 2 pairs per column, allowing for versatile and secure mating. The connector is RoHS compliant and operates flawlessly at elevated temperatures. With its keyed mating alignment and vertical mount orientation, the VERTRECASSY,RIGHTEND,MULTIGIG RT3 is the ideal solution for critical systems that require high reliability and performance.

