PVC Sheath DB 9P TO IDC 10P IDC Ribbon Cable

DB9P TO IDC10P IDC Ribbon Cable Connection Cable Soldered D-SUB Male Cable

Product introduction

The IDC Ribbon cables is small in size and light in weight. The original design of the cable board was used to replace the larger wire harness wire. The IDC Ribbon cables is currently the only processing method to meet the requirements of miniaturization and mobile on the assembly board of the plug-in electronic sub-device. The IDC Ribbon cables is etched copper circuit or printed polymer thick film circuit on the polymer substrate. For devices that are thin, light, and have a compact and complex structure, their design and processing plans range from single-sided conductive circuits to complex multi-layer three-dimensional assembly. The total weight and volume of the gray cable is 70% less than the traditional round wire harness method.

Parameters:

Features:

1. Small size and light weight is the only solution to meet the requirements of miniaturization and movement;

2. It can be moved, bent and twisted without damaging the wire, and can meet different shapes and special package sizes;

3. The IDC Ribbon cables has excellent electrical properties, dielectric properties and heat resistance;

4. The IDC Ribbon cables has higher assembly reliability and quality.
 

All crimping methods at both ends of the IDC cable:

(1) In the same direction, the convex points are consistent

The direction du of the two baiIDC crimping heads is the same, and the direction of the bumps is also the same. The conventional pressing method of three zhi angles to the red edge is also called dao one-to-one pressing method. Eighty-five percent of customers use this pressing method! 6-34P can be crimped with an automatic pressing machine.

(2) In the same direction, the convex points are opposite

The direction of the two IDC crimping heads is the same, and the direction of the bumps is opposite. Everyone will ask how the bumps are different. The two-piece buckle is the direction of the three-piece buckle! The conventional method is to make three-piece, so here we are talking about the three-piece directional bump!

(3) In the same direction, the convex points are opposite

The direction of the two IDC crimping heads is the same, and the direction of the bumps is opposite. The upper one is a three-piece type, and the lower one is a two-piece type with no reverse buckle! The three-piece direction bumps are subject! If you need a two-piece type, pay attention!

(4) Positive and negative, the convex points are consistent

The direction of the two IDC crimping heads is opposite, and the direction of the bumps is the same. The upper one is a three-piece type, and the lower one is a two-piece type without a back buckle! The conventional is to make a three-piece type, so here we are talking about the three-piece direction bumps!

(5) Positive and negative, convex points are opposite

The directions of the two IDC crimping heads are opposite, and the directions of the bumps are opposite, which means the opposite. The upper one is a three-piece type, and the lower one is a two-piece type without a back buckle! The conventional is to make a three-piece type, so here we are talking about the three-piece direction bumps!

(6) One positive and one negative, the convex points are relative

The direction of the two IDC crimping heads is opposite, and the direction of the bumps is opposite. The upper one is a three-piece type, and the lower one is a two-piece type without a back buckle! The conventional is to make a three-piece type, so here we are talking about the three-piece direction bumps!

The above six crimping methods are all crimping methods at both ends of the finished IDC cable. These six crimping methods are used in IDC gray cables with different positioning!

Widely used in various connectors and connectors such as computers, instruments, machines, appliances, automobiles, color TVs, air conditioners, LED displays, DVDs, VCDs, etc.