Modular Connectors - Plugs

Image Part Number Description / PDF Quantity Rfq
940-SP-3044R

940-SP-3044R

Stewart Connector

CONN MOD PLUG 4P4C UNSHIELDED

16819

09451812800XL

09451812800XL

HARTING

T1 INDUSTRIAL PLUG SL-C IP20 - 1

169

130G405042-E

130G405042-E

RIA Connect / METZ CONNECT

25G RJ45 FIELD PLUG PRO 360

17

17-100944

17-100944

CONEC

CONN MOD PLUG 8P8C SHIELDED

0

MTP-66-G

MTP-66-G

Adam Tech

TELEPHONE PLUG 6P6C

0

1-1761184-3

1-1761184-3

TE Connectivity AMP Connectors

CONN PLUG 8POS SDL 24AWG AU FLAT

800

TM3P-66P

TM3P-66P

Hirose

CONN MOD PLUG 6P6C UNSHIELDED

853

VDV826-703

VDV826-703

Klein Tools

CONNECTOR RJ45 CAT6 50/PK

13

32-2298UL

32-2298UL

Vitelec / Cinch Connectivity Solutions

CONN MOD PLUG 8P8C SHIELDED

383

SPS6X88-C

SPS6X88-C

Panduit Corporation

SHIELDED CAT6A PLUG PACKAGE QTY

1185

35660G

35660G

Socapex (Amphenol Pcd)

RJFTV SIZE 19 38999 SHELL PLUG K

22

FP6X88MTG-X

FP6X88MTG-X

Panduit Corporation

TX6A CATEGORY 6A UTP FIELD TERMI

5437790

0900750027

0900750027

Woodhead - Molex

CONN MOD PLUG 4P4C UNSHIELDED

2085

940-SP-361010-A108

940-SP-361010-A108

Stewart Connector

CONN MOD PLUG 10P10C SHIELDED

830

A-MO 6/6 SF

A-MO 6/6 SF

ASSMANN WSW Components

CONN MOD PLUG 6P6C UNSHIELDED

7289

32-2098UL

32-2098UL

Vitelec / Cinch Connectivity Solutions

CONN MOD PLUG 8P8C SHIELDED

179

SS-39100-008

SS-39100-008

Stewart Connector

CONN MOD PLUG 8P8C UNSHIELDED

6379

09352220421

09352220421

HARTING

CONN MOD PLUG 8P4C SHIELDED

3

2213145-1

2213145-1

TE Connectivity AMP Connectors

CONN MOD PLUG 8P2C UNSHIELDED

1944

R301602 000S1

R301602 000S1

Belden

CONN MOD PLUG 8P8C CAT 6A

124

Modular Connectors - Plugs

1. Overview

Modular connectors-plugs are standardized electro-mechanical interfaces enabling rapid connection/disconnection of electronic devices. Defined by international standards (IEC 60603, TIA/EIA-568), these components form the backbone of modern communication infrastructure. Their hot-swappable design ensures system flexibility while maintaining signal integrity in applications ranging from telecommunication to industrial automation.

2. Main Types & Functional Classification

TypeFunctionalityApplications
RJ116-position 2-conductorTraditional telephone systems
RJ458-position 8-conductor (Cat6/8)Ethernet networks (10/100/1000 Mbps)
USB Type-ARectangular 24-pinHost/device connectivity (USB 3.2 Gen2)
USB Type-COval 24-pin reversiblePower Delivery (100W), Thunderbolt 4
HDMI Type-A19-pin digital video/audio4K/8K display interfaces

3. Structure & Composition

Typical modular plugs feature:

  • Contact points: Phosphor bronze with gold plating (30-50 m)
  • Insulation: High-temperature thermoplastics (LCP/PBT)
  • Shell: Zinc alloy or reinforced polymer
  • Retention mechanism: Spring-loaded latches (3.5N typical force)

Advanced designs incorporate EMI shielding (Mu-metal) and strain relief boots for 5000+ mating cycles.

4. Key Technical Specifications

ParameterValue RangeCritical Importance
Rated Voltage50-600V ACElectrical safety compliance
Contact Resistance5-20m Signal integrity maintenance
Insulation Resistance100M -10G Prevent current leakage
Operating Temp-55 C to +125 CEnvironmental reliability
Mating Cycles1,500-10,000Product longevity

5. Application Fields

Primary industries include:

  • Telecommunications: 5G base stations, VoIP systems
  • Consumer Electronics: Smartphones, VR headsets
  • Industrial Automation: PLC interfaces, sensor networks
  • Medical Equipment: MRI scanners, patient monitors
  • Automotive: Onboard diagnostics (OBD-II), infotainment

Typical devices: Network switches, PoE-powered devices, USB-C docking stations.

6. Leading Manufacturers & Products

ManufacturerProduct ExampleKey Features
TE ConnectivityDB115X Series10G Ethernet, PoE++ support
AmphenolUSB6781-CUSB4 Gen3, 40Gbps data rate
Molex705456 SeriesAutomotive-grade HDMI (Type-E)
SamtecZSE2-10-S-8CHigh-speed RJ45 with integrated magnetics

7. Selection Guidelines

Key selection criteria:

  1. Match interface standard to protocol requirements (e.g., USB4 vs. Thunderbolt 4)
  2. Evaluate current carrying capacity (1.5A-5A per pin)
  3. Environmental compliance (IP67, RoHS)
  4. Termination type (PCB mount vs. cable)
  5. EMI/RFI shielding effectiveness
  6. Cost vs. longevity trade-offs

Case study: Selecting USB Type-C over Micro USB for new IoT devices due to 10x durability rating and reversible design.

8. Industry Trends

Emerging developments:

  • Optical modular connectors for 400Gbps+ data rates
  • Hybrid connectors integrating power/data transmission
  • Nanocoatings for IP68-rated industrial connectors
  • Smart connectors with embedded ID chips (USB-IF Authentication)
  • Recyclable polymer composites for eco-friendly designs
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