AFFC-100-30-076-11

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Application Field and Working Principle of AFFC-100-30-076-11

Flat Flex Ribbon (FFR) jumper cables are a highly flexible cable type made of flat, flexible interconnections between conductors. They are used in many electronic applications, including medical implants, aircraft devices, automotive electronics, and robotics. The AFFC-100-30-076-11 is an example of a FFR jumper cable that is designed for use in high-temperature environments.

The AFFC-100-30-076-11 is constructed using stranded copper conductors that are enclosed inside a durable Polyimide (PI) jacket. The stranded construction reduces the loss of electrical signal due to contact resistance. The PI jacket has excellent temperature resistance up to 300°C. The cable is rated for up to 30A. The cable is also RoHS and UL compliant.

The AFFC-100-30-076-11 is designed for use in applications in which high electrical and physical flexibility are required. Due to its flat design, the AFFC-100-30-076-11 can fit into tight spaces. As the cable does not contain insulation, it is less susceptible to moisture, dust, and other airborne particles. This makes it suitable for use in moist and dusty environments.

The working principle of the AFFC-100-30-076-11 is based on electrical current flow. The flexible conductors are connected with a series of solder joints on each end. When an electrical signal is applied to the cable, the current is transmitted along the length of the conductor. The conductor\'s flexibility ensures that the electrical signal is not lost due to vibrations or external forces.

In conclusion, the AFFC-100-30-076-11 is a flat flexible ribbon cable that is designed for use in high-temperature environments. The cable is made with stranded copper conductors that are enclosed inside a durable Polyimide jacket. The cable is highly flexible due to its flat design, and its excellent temperature resistance allows it to be used in moist and dusty environments. The cable’s working principle is based on electrical current flow, and its flexibility ensures that the electrical signal is not lost due to vibrations or external forces.

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