MaxFlite data cables are high-performance, high- peed 100 Base-T Ethernet cables designed for use in aircraft IFE (In-Flight Entertainment) systems.They are also ideal for other applications using IEEE 1394, ARINC 629, and similar protocols. These cables feature our advanced LTE extruded expanded PTFE dielectric for increased velocity of propagation. They can also be used as components in more complex cables with additional components such as power wires, coaxial cables, or other types. MaxFlite cables meet the requirements of FAR 25.853/ Appendix F, Part 1 (a)(3) for burn/smoke test.

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MaxFlite data cables are high-performance, high- peed 100 Base-T Ethernet cables designed for use in aircraft IFE (In-Flight Entertainment) systems.They are also ideal for other applications using IEEE 1394, ARINC 629, and similar protocols. These cables feature our advanced LTE extruded expanded PTFE dielectric for increased velocity of propagation. They can also be used as components in more complex cables with additional components such as power wires, coaxial cables, or other types. MaxFlite cables meet the requirements of FAR 25.853/ Appendix F, Part 1 (a)(3) for burn/smoke test.

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As commercial aircraft entertainment systems become increasingly sophisticated, the technology of the cables used in the systems is an important factor in clean signal delivery. Thermax aircraft entertainment system cables are custom designs that are composed of materials that best suit not only the electrical and electronic characteristics of the specific system, but meet safety and reliability requirements as well. These cables typically include coaxial and/or high-speed twisted-pair twinaxial data cables, along with other component wires for power and signal transmission. The data-transmission cable components can also be supplied with our unique LTE expanded PTFE dielectric for increased data speed and light weight.

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Thermax Low-Noise cables minimize triboelectric noise generated by cable movement, as well as providing superior shielding to protect signals from external interference. These cables are ideal for use with piezoelectric accelerometers or other sensitive transducers, or other applications with low-power signals and/or electrically noisy environments. They are also used in airborne EVM (Engine Vibration Monitoring) systems, with approvals from many major aerospace manufacturers. The cables shown below are just a few examples of our low-noise cable expertise. Many other combinations of materials and construction can be used to produce a low-noise cable that will fulfill your needs.

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Thermax sensor cables are designed to maintain critical low-level signals from sophisticated sensors, providing a clean data transmission that helps preserve the information from the sensor. Whether your application calls for the measurement of weight, fluid levels, flow rate, proximity or vibration,we can design and build a cable to meet even your most demanding needs in such applications as:

• Pressure Transducers (Liquid Level, Flow Level, Load Cell);
• Photoelectric Transducers;
• Proximity Transducers;
• Vibration Sensors. We have extensive experience manufacturing rugged cable constructions suitable for hostile environments such as those present in wastewater treatment facilities, municipal drainage sumps, and ...

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Almost any wire or cable in this catalog can be supplied as a Flight Test cable, with industry- standard orange jacket for identification. As a leader in aerospace wire and cable, we can apply our technical and manufacturing expertise to your most demanding applications especially in severe environments and high temperatures. Our low-noise designs are especially suited to flight test applications. Besides providing excellent shielding, the design of these cables minimizes triboelectric noise produced by cable movement. Our expertise in sensor cable design helps ensure that sensor data is transmitted cleanly to monitoring or recording equipment. Flight test cables can be supplied with our unique LTE expanded PTFE dielectric for increased ...

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The new SAE AS5419 standard replaces the cancelled MIL-W-5846 specification. This standard defines thermocouple cables with a variety of insulation, shielding, and jacket materials

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When your high-end speaker or interconnect cable requirements call for the latest high-performance materials,Thermax/CDT should be your first choice. Our experience in commercial aircraft cabin communications and in-flight entertainment systems means we have the knowledge to design audio cables that deliver clean, clear signals. We can apply our technical and manufacturing expertise to your most demanding applications. Put our expertise to work for you in the design of audio cables that provide controlled or optimized impedance and capacitance. We also offer constructions with reduced inductance in order to minimize signal loss, thereby maintaining signal integrity even over long cable runs. Our low-noise designs are especially suited to ...

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