Flexible flat cables (FFCs) offer a flexible choice of conductor number and spacing, making wiring more convenient, significantly reducing the size of electronic products, lowering production costs, and improving efficiency. They are ideal for data transmission between moving components and motherboards, between PCBs, and in miniaturized electrical devices. Let's take a look at the available flexible flat cable models and their characteristics.
What types of flexible flat cables are available?
Common specifications include 0.5mm, 0.8mm, 1.0mm, 1.25mm, 1.27mm, 1.5mm, 2.0mm, and 2.54mm pitches.
YFFB Flexible Flat Cable
YFFBG Tensile-Resistant Flexible Flat Cable
YVFB Flexible Flat Cable
YVFBG Flexible Tensile-Resistant Reel Cable
YFFB Shielded Flat Cable
YFFBG Cold-Resistant Flat Cable
YFFBG Oil-Resistant Flat Cable
TVVB Elevator Flat Cable
TVVBP Elevator Shielded Flat Cable
TVVBPG Wear-Resistant and Tensile-Resistant Elevator Flat Cable
YFFBG Gantry Crane Flat Cable
What are the characteristics of flexible flat cables?
1. They offer bending and tensile strength, good flexibility, and are cold and high temperature resistant.
2. They can withstand the complex terrain, frequent transmission and reception, and harsh weather conditions encountered during field construction.
3. They offer excellent wear resistance, cold resistance, tensile strength, and insulation properties.
4. User experience has proven that their mechanical, electrical, and waterproof properties meet the requirements of field operations.
The above is an introduction to flexible flat cables. They are commonly used in theaters, gymnasiums, stages, KTVs, cultural performance venues, theaters, studios, demonstration halls, smart conference rooms, multimedia conference rooms, exhibition halls, booths, cinemas, TV stations, concert halls, conference halls, mobile performance venues, multimedia distance education colleges, stadiums, intelligent building intercom systems, karaoke entertainment venues, electroacoustic control systems, and public address systems.
