Backplane Connectors - ARINC Inserts

Part Number	Description / PDF	Quantity
446662-4 TE Connectivity Aerospace Defense and Marine	CONN SOCKET INSERT ASSY	0
143-1912-000 VEAM	CONN PIN ASSY ARINC INSERT 5W2	264
446658-1 TE Connectivity Aerospace Defense and Marine	CONN SOCKET INSERT ASSY	0
446657-2 TE Connectivity Aerospace Defense and Marine	CONN SOCKET INSERT ASSY	0
1218604-1 TE Connectivity Aerospace Defense and Marine	ARINC 600 INS ASSY 13C2 FR PIN	0
C-ENXBE25Q1PB Vitelec / Cinch Connectivity Solutions	INSERT PER EN4644 25X PLG B CODE	0
143-1910-000 VEAM	CONN PIN ASSY ARINC INSERT 60	46
C-ENXBE28PB Vitelec / Cinch Connectivity Solutions	INSERT PER EN4644 28X PLG B CODE	0
C-ENXBE22VSA Vitelec / Cinch Connectivity Solutions	INSERT EN4644 V 22X SKT A CODE	0
C-ENXBE06SA Vitelec / Cinch Connectivity Solutions	INSERT PER EN4644 6X SOKT A CODE	0
446667-2 TE Connectivity Aerospace Defense and Marine	CONN PIN INSERT ASSY	0
EN4165A20-222NM TE Connectivity DEUTSCH Connectors	CONN PIN ASSY ARINC INSERT 20	0
C-ENXBE30PA Vitelec / Cinch Connectivity Solutions	INSERT PER EN4644 30X PLG A CODE	0
C-ENXBE28PA Vitelec / Cinch Connectivity Solutions	INSERT PER EN4644 28X PLG A CODE	0
446675-2 TE Connectivity Aerospace Defense and Marine	PIN INSERT ASSY 106 POSN ARINC	0
C-ENXBE17SB Vitelec / Cinch Connectivity Solutions	INSERT PER EN4644 17X SKT B CODE	0
C-ENXBE34SA Vitelec / Cinch Connectivity Solutions	INSERT PER EN4644 34X SKT A CODE	0
446672-1 TE Connectivity Aerospace Defense and Marine	CONN PIN INSERT ASSY	0
1484398-1 TE Connectivity Aerospace Defense and Marine	CONN SCKT ASSY ARINC INSERT 13C2	0
C-ENXBE34SB Vitelec / Cinch Connectivity Solutions	INSERT PER EN4644 34X SKT B CODE	0

Backplane Connectors - ARINC Inserts

1. Overview

ARINC inserts for backplane connectors are modular interconnect solutions designed to meet aviation and high-reliability industry standards. Defined by ARINC (Aeronautical Radio Inc.) specifications, these connectors provide scalable, high-density electrical connections between printed circuit boards (PCBs) and backplanes. Their importance lies in enabling rapid system maintenance, hot-swapping capabilities, and robust signal integrity in mission-critical applications such as avionics, defense systems, and industrial automation.

2. Main Types & Functional Classification

Type	Function Features	Application Examples
ARINC 404	Rectangular sealed connectors, 12-100 contacts, environmental sealing	Commercial aircraft avionics racks
ARINC 407	Panel-mountable, quick-disconnect design, 15-124 contacts	Military radar systems
ARINC 600	High-density LRU modules, 128-512 contacts, EMI shielding	Modern flight control computers
ARINC 801	Fiber optic termini, single/multi-channel variants	High-speed data links in UAVs

3. Structure & Components

Typical ARINC insert assemblies consist of: - Housing: Anodized aluminum or composite materials with keying features - Contact Blocks: Modular inserts with precision-machined copper alloy contacts (gold-plated) - Latching Mechanism: Cam-driven or push-pull coupling systems - Environmental Seals: Silicone gaskets meeting IP67 ratings - EMI Shielding: Conductive elastomer gaskets and metallized coatings

4. Key Technical Specifications

Parameter	Value Range	Significance
Current Rating	1-15A per contact	Determines power handling capability
Contact Resistance	5m	Impacts signal integrity
Dielectric Withstanding Voltage	500-1500VAC	Safety insulation requirement
Vibration Resistance	20G-50G	Ensures stability in harsh environments
Temperature Range	-65 C to +200 C	Operational reliability factor

5. Application Areas

Aerospace: Boeing 787 flight management systems, Airbus A350 IFE backplanes
Defense: F-35 radar interface modules, naval combat management systems
Industrial: High-availability server racks, automated test equipment
Transportation: High-speed train control systems

6. Leading Manufacturers & Products

Manufacturer	Representative Product	Key Features
TE Connectivity	ARINC 600 Series	320GB/s data rate support, 512 contacts
Amphenol Aerospace	MIL-DTL-38999	Space-rated variants, 10,000 mating cycles
Delphi Connection Systems	Airframe Connectors	Weight-optimized composite shells

7. Selection Guidelines

Key considerations include: - Electrical requirements (voltage/current profiles) - Environmental extremes (temperature/vibration) - Mechanical constraints (board spacing, retention force) - Future-proofing (contact density scalability) - Compliance with ARINC 429/664 standards - Cost-effectiveness for volume deployment

8. Industry Trends Analysis

Market developments indicate: - Transition to 22Gbps+ high-speed differential signaling - Integration of optical and RF contacts in hybrid modules - Adoption of additive manufacturing for weight reduction - Increased demand for DO-160G compliance variants - Growth in UAV and autonomous vehicle applications - Development of thermoplastic alternatives to metal housings