AXK6S80647YG - Panasonic Electric Works

Manufacturer Part Number

AXK6S80647YG

Manufacturer

Panasonic

Introduction

AXK6S80647YG is a high-density, high-precision rectangular connector from Panasonic, designed for Board to Board connections, particularly suited for miniaturized electronic assemblies.

Product Features and Performance

Connector Type: Header, Outer Shroud Contacts

Number of Positions: 80

Pitch: 0.020" (0.50mm)

Number of Rows: 2

Mounting Type: Surface Mount

Contact Finish: Gold

Mated Stacking Heights: 6mm, 6.5mm, 9mm

Height Above Board: 0.209" (5.30mm)

Product Advantages

High-density connectivity in a compact form factor

Reliable gold contact finish ensuring excellent conductivity and corrosion resistance

Flexible mated stacking heights for varying design requirements

Key Technical Parameters

Pitch: 0.020" (0.50mm)

Number of Positions: 80

Mated Stacking Heights: 6mm, 6.5mm, 9mm

Height Above Board: 0.209" (5.30mm)

Quality and Safety Features

Gold contact finish for superior electrical connectivity and protection against oxidation

Manufactured under stringent Panasonic quality control standards

Compatibility

Compatible with a range of Panasonic mezzanine connectors and applicable for diverse board-to-board connection scenarios

Application Areas

Telecommunications

Consumer electronics

Automotive electronics

Data/Computing

Industrial applications

Product Lifecycle

Product Status: Active

No immediate discontinuation, ensuring ongoing product availability and support

Replacements or upgrades are available within the Panasonic P5KS series

Several Key Reasons to Choose This Product

High degree of integration and precision for advanced electronic assemblies

Durable material and build quality as per Panasonic’s trusted manufacturing standards

Multiple mated stacking heights provide design flexibility

Active product status ensures continuity in availability and comprehensive support

Utilizes industry-standard surface mount technology for ease of assembly and maintenance in manufacturing processes