Terminal Blocks - Headers, Plugs and Sockets

Image Part Number Description / PDF Quantity Rfq
37.515

37.515

Altech Corporation

PCB HEADER 15 P 5.08MM STLZ950/1

0

PHP11-5,08

PHP11-5,08

Altech Corporation

PCB HEADER508MMPSCLOSED END 11PH

0

PDV16-3,50-H-K

PDV16-3,50-H-K

Altech Corporation

PCB DUAL ROW HEADER 16P 350MM HO

0

PH22-3,50-K

PH22-3,50-K

Altech Corporation

PCB HEADER 22P 350MM HORIZONTAL

0

PVS16-5,00

PVS16-5,00

Altech Corporation

PCB TERMPINS 5MMPS 16P

200

36.203

36.203

Altech Corporation

PCB PLUG 3P 5.00MM VERT AK1100/0

1900

PDH10-5,08

PDH10-5,08

Altech Corporation

PCB DUAL ROW HORIZ HDR 508MM 20P

0

PVP09-5,00

PVP09-5,00

Altech Corporation

VERTHEADER5MMPSCLOSED END 9P12A3

250

PV12-5,08-K

PV12-5,08-K

Altech Corporation

PCB VERTHEADERSCREW FLANGE 508PS

0

PDV18-3,50-H-P

PDV18-3,50-H-P

Altech Corporation

PCB DUAL ROW HEADER 18P 350MM HO

0

PV23-3,81

PV23-3,81

Altech Corporation

PCB HEADER 23P 381MM VERTICAL 11

0

PV13-3,50-K

PV13-3,50-K

Altech Corporation

PCB HEADER 13P 350MM VERTICAL 11

0

PDV17-3,50-V-K

PDV17-3,50-V-K

Altech Corporation

PCB DUAL ROW HEADER 17P 350MM VE

0

SH06-5,08-K

SH06-5,08-K

Altech Corporation

PCB-PLUG WSCREW FLANGE 508MMPS 6

0

37.722

37.722

Altech Corporation

PCB PLUG 22 P 5.00MM HORIZONTAL

0

SHS16-5,00

SHS16-5,00

Altech Corporation

PCB TERMPLUGGABLE5MMPS 16P10A250

0

37.454

37.454

Altech Corporation

PCB HEADER 4 P 5.08MM STLZ950/04

0

PVP08-10,16

PVP08-10,16

Altech Corporation

PCB HDR VERT 1016MMPS CLOSED END

0

37.806

37.806

Altech Corporation

PCB HEADER DOUBLE LEVEL 6 P 5.08

200

36.058

36.058

Altech Corporation

PCB PLUG 8P 5.08MM VERT AKZ1110/

240

Terminal Blocks - Headers, Plugs and Sockets

1. Overview

Terminal blocks, headers, plugs, and sockets are essential components in electrical and electronic systems for establishing reliable connections between circuits. These devices enable signal transmission, power distribution, and system modularity. Their standardized designs ensure interoperability, scalability, and ease of maintenance in complex systems.

2. Main Types and Functional Classification

Type Functional Characteristics Application Examples
Terminal Blocks Screw/clamp-based connections for high current/ voltage Industrial control panels, power distribution units
PCB Headers Pin/grid arrays for board-to-board connections Embedded systems, Arduino shields
RJ Connectors Modular jacks for data/telecom signals Ethernet networks (RJ45), telephone systems (RJ11)
D-Sub Connectors Multi-pin trapezoidal shells for analog/digital signals Legacy serial interfaces, industrial sensors
USB Connectors Hot-pluggable interfaces for power/data Consumer electronics, peripheral devices

3. Structure and Components

Typical structures include:

  • Insulating housing (PA66, PBT, or LCP plastics)
  • Contact elements (phosphor bronze, beryllium copper)
  • Plating materials (gold, tin, nickel for corrosion resistance)
  • Actuation mechanisms (screws, spring clamps, or friction fits)
  • EMI shielding layers (for high-frequency applications)

4. Key Technical Specifications

Parameter Importance
Current Rating (A) Determines power handling capacity
Voltage Rating (V) Defines dielectric strength requirements
Contact Resistance (m ) Impacts signal integrity and power loss
Insertion Loss (dB) Critical for high-speed data transmission
Mating Cycles Indicates mechanical durability
Operating Temperature (- C to + C) Defines environmental tolerance

5. Application Fields

Primary industries include:

  • Industrial automation (PLCs, HMIs)
  • Telecommunications (5G base stations, routers)
  • Consumer electronics (smartphones, wearables)
  • Medical equipment (imaging devices, patient monitors)
  • Automotive (EV charging systems, ADAS)

6. Leading Manufacturers and Products

Manufacturer Representative Product
Phoenix Contact COMBICON series terminal blocks
TE Connectivity MICRO MATCH connectors
Molex SL Series headers
Amphenol D-Subminiature connectors
Samtec QTE high-speed socket systems

7. Selection Guidelines

Key considerations:

  • Electrical requirements (current/voltage levels)
  • Mechanical constraints (space, vibration)
  • Environmental factors (temperature, humidity)
  • Signal integrity needs (frequency, noise rejection)
  • Cost vs. reliability trade-offs
  • Compliance with standards (IPC, IEC, UL)

8. Industry Trends

Emerging developments include:

  • Miniaturization for wearable devices
  • High-speed connectors for 5G/6G ( 25 Gbps)
  • Hybrid connectors integrating power/data
  • Eco-friendly materials (halogen-free, RoHS compliant)
  • Smart connectors with built-in sensors
  • Automotive-grade connectors for EVs

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