MS27468T21B11P

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When it comes to specialty cables, some types are better suited for certain applications than others. The MS27468T21B11P is one such cable, as it is designed for a very specific application - its strength lies in its ability to handle high frequencies in high-voltage environments. The cable itself is an environmental product that meets stringent requirements. It has an excellent heat resistance, excellent solvent resistance, excellent resistance to abrasion, and flexibility of assembly.

The MS27468T21B11P is a coaxial cable composed of bare copper wire that is coated with polyethylene dielectric. A polyethylene tape is applied for extra protection. The outer conductor of this cable is a tightly wound braid of tinned copper with an overall jacket of vinyl. It is designed for applications that require high-frequency signals to be transmitted in high-voltage and high-amperage environments.

The MS27468T21B11P is commonly used in military, aerospace, medical, and other applications that require high-frequency, high-voltage, and high-amperage transmissions. It is a robust cable that can withstand the elements and temperatures up to temperatures up to +221°F (+105°C).

The cable has a superior corrosion resistance and low-voltage Dielectric Loss Characteristics while operating at high frequency. The shielding in the cable provides up to 95.4 percent coverage which makes it effective in rejecting interference. It is also UL listed, CSA certified, and RoHS compliant for commercial installations.

The working principle of the MS27468T21B11P cable is relatively simple. The centric core is the conductor, which is surrounded by a dielectric made of polyethylene. This dielectric is further wrapped by a tightly wound braid for improved shielding. The whole structure is then covered with an outer jacket which aides in protecting the inner conductors from environmental elements. The cable is designed to carry radio frequency (RF) signals from one point to another without any loss in performance and high attenuation. The signals carried by the cable depend on the application.

In conclusion, the MS27468T21B11P cable has specific qualities that make it ideal for many applications that require high-frequency signals, especially in high-voltage and high-amperage environments. Its strength lies in its superior shielding, corrosion resistance, and excellent dielectric properties. The working principle is relatively simple and the cable has been designed to provide and the best performance possible.

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