AXK724147G - Panasonic Electric Works

Manufacturer Part Number

AXK724147G

Manufacturer

Panasonic

Introduction

The AXK724147G is a high-performance socket connector from Panasonic designed for mezzanine or board-to-board connections and used in various electronic applications.

Product Features and Performance

Connector Type: Socket with center strip and outer edge contacts

Number of Positions: 24

Pitch: 0.016" (0.40mm)

Number of Rows: 2

Mounting Type: Surface Mount

Contact Finish: Gold for reliable connectivity

Mated Stacking Heights: 1.5mm

Height Above Board: 0.059" (1.50mm)

Product Advantages

High-density connectivity in a compact size

Gold contacts ensure high-conductivity and corrosion resistance

Designed for simple and efficient surface mount assembly

Key Technical Parameters

Pitch: 0.016" (0.40mm)

Number of Positions: 24

Number of Rows: 2

Mated Stacking Heights: 1.5mm

Height Above Board: 0.059" (1.50mm)

Contact Finish: Gold

Quality and Safety Features

Gold-contact finishing provides superior durability and long-lasting performance under various environmental conditions.

Compatibility

Compatible with various surface mount technology (SMT) board configurations due to its compact size and versatile design.

Application Areas

Primarily used in consumer electronics, communications equipment, and automotive electronics where high-density board-to-board connections are required.

Product Lifecycle

Currently in Active product status

Not nearing discontinuation, with ongoing availability and support.

Several Key Reasons to Choose This Product

Manufacturer reliability: Panasonic is known for high quality and innovative electronic components.

High-density and reliable connectivity solutions in compact electronic devices.

Versatile application across various industries including consumer electronics and automotive.

Gold plated contacts provide enhanced conductive efficiency and corrosion resistance for extended product life.

Efficient surface-mount package facilitates easy assembly process.