0982670314 Datasheet/PDFFlat Flexible Cable (FFC) is an interconnection cable that is used for electronics, automations, robotics and computers. FFC cables are perfect for applications that require both flexibility and high-density connections. The flat shape and small pitch of the wires help to make FFC a great cable for tight applications, making them ideal for use in tight spaces.
Characteristics of FFC Cables:
- FFC cables are lightweight cables with a flat profile.
- FFC cables offer high wear and tear resistance.
- FFC cables are highly versatile and are suited for a myriad of applications.
- FFC cables are available in a variety of lengths, colors and inter-connect options.
- FFC cables are easy to install and maintain.
- FFC cables are typically used in automated control systems.
The 0982670314 is an FFC cable that is used for a variety of applications. The cable is composed of stranded wires with a pitch of 0.76 mm. The cable has a nominal voltage of 300V, a rated current of 1.5A, and a UL designation of E109730. The cable has an outer diameter of 2.54 mm and a bend radius of 6.00 mm.
Applications of FFC Cables:
- Connecting circuit boards of various electronic devices
- Connecting electronic parts with automated control systems
- Connecting motors, sensors, and other elements for robotic applications
- Connecting LCDs for digital signage
- Connecting cameras for surveillance systems
- Connecting circuit boards in consumer electronics such as cellphones, tablets, etc.
FFC cables provide a great alternative to more traditional ribbon and jumper cables due to their smaller size, lighter weight, and greater flexibility. Additionally, FFC cables are much more reliable than traditional ribbon and jumper cables due to their ruggedness and low levels of electromagnetic interference.
Working Principle of FFC Cables:
The working principle of FFC cables is fairly simple. FFC cables are composed of numerous thin copper strands that are connected to a conventional insulated cord. When two FFC cables are connected, the copper strands interlock and create an electrical connection, thus allowing a current to flow between the two devices.
Compared to ribbon and jumper cables, FFC cables have a much lower profile, making them ideal for tight spaces and cramped environments. Additionally, FFC cables don’t contain any mechanical parts that could potentially fail, making them much more reliable.
FFC cables are highly versatile and can be used in almost any application that requires high-density, low-profile interconnects. They are a great alternative to traditional ribbon and jumper cables and can provide a much more flexible and reliable connection.