IDC D-sub

IDC flat cable D-sub connectors with stamped contacts provide a modular approach to electronic inter-connection.

Outstanding features of these IDC connectors are high contact reliability, long life and low contact resistance.

Description

Description

Reliable IDC D Sub Connectors for Efficient Data Connections

These standard IDC D-sub connectors have stamped contacts. IDC technology is a solderless connection method which remains very popular in the mass production of electronic equipment.

Soldering can have several disadvantages ~ it can create thermal stress, and pretty obviously requires solder to be applied in what can be a costly reflow manufacturing process

DF2-09MTBSPOM | DF209FTBSPOM | DF2-15MTBSPOM | DF2-15FTBSPOM | DF2-25MTBSPOM | DF2-25FTBSPOM | DF2-09MTBSP1M | DF2-09FTBSP1M

High-Quality Design and Construction

IDC (Insulation Displacement Contact) D Sub connectors are constructed to ensure robust performance. They feature a design that allows for quick assembly without the need for soldering, making them a practical choice for high-density applications. The connectors have steel-tin plated shells for superior conductivity and durability, ensuring long-lasting connections that can withstand the rigours of industrial use.

Versatility and Applications

These IDC D Sub connectors are versatile and suitable for a wide range of applications, including telecommunications, computing, and industrial equipment. The connectors are available in various configurations, accommodating different pin counts to meet specific project needs. Their ability to maintain high signal integrity makes them an excellent choice for data-intensive environments.

Ease of Use

One of the standout features of IDC D Sub connectors is their ease of use. The insulation displacement technology allows for rapid and reliable wire connections without stripping the insulation, reducing installation time and improving efficiency.

Why Choose In2Connect’s IDC D Sub Connectors?

In2Connect’s IDC D Sub connectors are a reliable and efficient choice for professionals looking to ensure secure data connections. By choosing In2Connect, you can rely on a solution that combines quality, efficiency, and reliability, ensuring your projects are completed with optimal performance and minimal hassle.

 

Key Features

Key Features

  • RoHS compliant
  • For wire size AWG 26…28 flat cable
  • Mounting style: with through-hole, Ø .118″ 3 mm
  • Connector with or without strain relief
  • Quality class 3 (other quality classes on request)
  • Shell: Steel tin plated
Specifications

Specifications

Materials

  • Shell – Steel tin plated brass tin plated stainless steel
  • Insulator – Polyester GF UL94 V-0
  • Contacts – CU alloy
  • Contact plating – Gold plated over nickel

Electrical

D-Subminiature, Standard
9, 15, 25 and 37 position

  • Test voltage – 1000 V
  • Current rating – 7,5 A (UL) 5 A (CSA,VDE)
  • Working voltage – 125 V ≈
    Depending on isolation coordination (refer to DIN VDE 0110 IEC 664-1)
  • Contact resistance – Max. 10 mΩ prior to stressing, Δ R max. 10 mΩ after stressing per DIN 41652, Part 2
  • Insulation resistance – ≥5 GΩ

Mechanical

D-Subminiature, Standard
9, 15, 25 and 37 position

  • Clearance and creepage distance –
    Contact – contact ≥ .004″ 1.0 mm
    Contact – earth ≥ .047″ 1.2 mm
  • Mating and unmating forces –
    9 pos. ≤ 30 N
    15 pos. ≤ 50 N
    25 pos. ≤ 83 N
    37 pos. ≤ 123 N
    50 pos. ≤ 167 N

Environmental

  • Operating Temperature – -55 °C to + 125 °C

Contact Arrangement

  • Standard – 9, 15, 25, 37

Quality Class

  • A = Quality class 3 = 50 mating cycles
  • B = Quality class 2 = 200 mating cycles
  • C = Quality class 1 = 500 mating cycles
Applications

Applications

Insulation displacement contacts (IDCs) allow a ribbon cable to be forced onto sharp tines on the back of the contacts; this action pierces the insulation of all the wires simultaneously. This is a very quick means of assembly whether done by hand or automatically.The design these IDC dsub connectors offers a very reliable mass termination and cost effective approach to interconnecting PCBs, or wire-to-board applications.