|
Images
|
Mfr.Part #
|
In Stock
|
Manufacturer
|
Description
|
Package
|
|---|---|---|---|---|---|
|
1000570276 | Molex | CBL RIBN16COND 0.025 NAT FEET | Digi-Spool®, Continuous Spool | |
|
AWG28-25/F-1/300 | Assmann WSW Components | CBL RIBN 25COND 0.039 MULT 300' | Box | |
|
|
666K101-44-050 | Cicoil | CBL RIBN 44COND 0.039 CLEAR 50' | Bulk | |
|
3302/15SF | 3M | CBL RIBN 15COND 0.05 MULT 300' | Spool | |
|
|
969M101-20-8-050 | Cicoil | CBL RIBN 8COND CLEAR 50' | Bulk | |
|
3365/24 | 3M | CBL RIBN 24COND 0.05 GRAY 500' | Spool | |
|
|
310J101-44-050 | Cicoil | CBL RIBN 44COND 0.05 CLEAR 50' | Bulk | |
|
HF447/68 100' | 3M | CBL RIBN 68COND 0.025 GRAY 100' | Spool | |
|
3517/24 100SF | 3M | CBL RIBN 24COND 0.05 GRAY 50' | Bulk | |
|
|
666K101-40-050 | Cicoil | CBL RIBN 40COND 0.039 CLEAR 50' | Bulk | |
|
|
C3811/50 100 | 3M | CBL RIBN 50COND 0.05 MULT 100' | Spool | |
|
3319/26 100 | 3M | CBL RIBN 26COND 0.05 BLACK 50' | Bulk | |
|
HF365/44SF | 3M | CBL RIBN 44COND 0.05 GRAY 100' | Spool | |
|
3302/20 300 | 3M | CBL RIBN 20COND 0.05 MULT 300' | Spool | |
|
|
8124/15 100 | 3M | CBL RIBN 15COND 0.1 GRAY 100' | Spool | |
|
3659/36 100 | 3M | CBL RIBN 36COND 0.05 BLACK 100' | Spool | |
|
3601/34 100 | 3M | CBL RIBN 34COND 0.05 BLUE 25' | Bulk | |
|
|
HF625/50-30M | 3M | CBL RIBN 50COND 0.039 GRAY 98.4' | Spool | |
|
|
C3749/80 100 | 3M | CBL RIBN 80COND 0.025 GRAY 100' | Spool | |
|
|
HF365/20 300 | 3M | CBL RIBN 20COND 0.05 GRAY 300' | Spool |
Flat Ribbon Cables
Flat Ribbon Cables have become a common wiring solution in industrial automation, electronic equipment, and other fields due to their compactness, flexibility, and reliability.
1. What are the Basic Structure of Flat Ribbon Cables?
Conductor: Usually composed of multiple parallel tinned soft copper wires, such as 7-stranded conductors, to improve conductivity and flexibility.
Insulation Layer: Made of materials such as soft PVC or FEP (fluorinated ethylene propylene), it is heat-resistant and oil-resistant, and can maintain the integrity of the insulation layer when torn.
Band Form: The conductors are arranged side by side in a flat form to form a "ribbon" structure, and high-density connectors can be connected at both ends to save equipment space.
2. What are the Core Features of Flat Ribbon Cables?
High Flexibility: It can be easily bent and curled, suitable for scenes that require frequent movement such as robotic arms and robots.
Anti-interference: Through twisted conductors and shielding design, electromagnetic interference is reduced, suitable for signal transmission.
Environmental Resistance: Some models support oil resistance and high-temperature resistance (such as environments below 80 °C).
3. Where are Flat Ribbon Cables Used?
Internal Wiring of Electronic Equipment: such as computer wiring, signal, and power connection in industrial control equipment.
High-speed Motion Equipment: used for power or signal transmission modules that need to be frequently moved in automation equipment.
Oil-resistant Environment: scenarios that need to be exposed to oil in automobiles or industrial machinery.
4. What are the Differences Compared to FFC (Flexible Flat Cable)?
Structural Difference: Flat Ribbon Cables are usually a flat arrangement of independent wires, and the outer material is mostly PVC or FEP; while FFC is thinner, with integrated conductors on a flexible substrate (such as polyimide), suitable for high-density connections.
Termination Method: Flat Ribbon Cables are commonly terminated with standard IDC (insulation displacement connector); FFC mostly uses ZIF (zero insertion force) connectors.
Application Focus: Flat Ribbon Cables are more used for medium and low-speed signal or power transmission; FFC tends to be more high-frequency, high-density scenarios (such as inside mobile devices).
5. How to Choose Flat Ribbon Cables?
Conductor Quantity and Spacing: Select the number of conductors (such as 5 to 50 circuits) and spacing (such as 0.5mm and 1.0mm) according to the equipment requirements.
Environmental Adaptability: Parameters such as oil resistance and temperature resistance need to be considered.