74221-101LF - Amphenol ICC (FCI)

Manufacturer Part Number

74221-101LF

Manufacturer

amphenol-icc

Introduction

The 74221-101LF is a high-density, high-performance board-to-board connector from Amphenol ICC's MEG-Array® and MezzSelect™ series. It is designed for space-constrained applications that require a compact, reliable, and scalable interconnect solution.

Product Features and Performance

400 positions with a 0.050" (1.27mm) pitch

10 rows of female socket contacts

Surface mount mounting

Gold-plated contacts for exceptional conductivity and corrosion resistance

Mated stacking heights of 4mm and 10mm

Height above board of 0.132" (3.35mm)

Product Advantages

High-density design enables more compact and efficient board layouts

Reliable performance with gold-plated contacts

Flexible stacking heights accommodate various board spacing requirements

Scalable solution with multiple position counts available

Key Reasons to Choose This Product

Optimized for space-constrained applications

Robust and reliable interconnect solution

Excellent electrical and mechanical performance

Flexible design to meet diverse application needs

Quality and Safety Features

Amphenol ICC's rigorous quality control and testing processes ensure consistent product performance

RoHS-compliant design for environmentally friendly applications

Compatibility

The 74221-101LF is compatible with other products in the MEG-Array® and MezzSelect™ series, allowing for seamless integration and system-level optimization.

Application Areas

Telecommunications equipment

Industrial automation and control systems

Medical devices

Aerospace and defense electronics

Computer and server hardware

Product Lifecycle

The 74221-101LF is an active product in our website's sales team's portfolio. There are equivalent and alternative models available in the MEG-Array® and MezzSelect™ series to accommodate different application requirements. For more information on product availability and alternative options, please contact our website's sales team.