FST-21.5A-20

Flat Flexible Cables, or FFCs refferred to as Flat Flex, Ribbon Jumper Cables or Ribbon Cables, are flat conductive paths used for interfacing between devices. The FST-21.5A-20 is an example of these kinds of cables. They are primarily used in the automation transfer of electrical signals between various components. They can be utilized in a multitude of industries including data centers, medical, communications, and aerospace.

FST-21.5A-20 is an internal flat-flex power cable designed to deliver power within machines. A standard FST-21.5A-20 has 20 conductors, each measuring 0.20mm in diameter. Each of the conductors are shielded with an insulating wrap to reduce the risk of damage caused by high current. It has an acceptable temperature range of -55°C to +105°C and can withstand a voltage up to 30V.

The FST-21.5A-20 cable\'s application field includes, but is not limited to, fields such as Industrial Automation, Factory Automation, Robotics, Data Logging, Machinery Building, Automated Equipment, Power Supplies, and Manufacturing Control Systems.

The working principle of the FST-21.5A-20 cable is quite simple. It features insulated signal conductors as well as earth/ground wires that are securely connected to each other. This connection allows power to pass through from a source, such as a power supply, to the end device. The insulation and earth/ground wires help to reduce noise, protect from interference, and maintain signal integrity.

The FST-21.5A-20 also features strain relief. This allows for greater flexibility which makes the cable an ideal choice for environments with limited space or mobility issues. This feature helps to reduce connection breaks caused by movement, thus increasing the longevity of the cable.

In summary, the FST-21.5A-20 is a high-performance flat-flex power cable that can be used in a variety of applications. It is designed with 20 insulated and earth/ground wires that are designed to provide reliable power connections. It also features an excellent temperature range and protective insulation to help reduce risk of damage from higher current. Furthermore, it features strain relief which gives it greater flexibility and helps to reduce the risk of connection breaks caused by movement.