28R1476-100

28R1476-100 is a ferrite core cable that belongs to the Cables and Wiring class. This type of cable is generally used in various general industrial applications such as lighting, signal transmission, sensor, power supply, motor control, computer, communication, RFID, consumer electronics, and networking. It is suitable for various commercial, industrial, and residential applications such as data centers, airports, factories, hospitals, warehouses, and buildings.

The 28R1476-100 has an outside shield constructed of aluminum plus a dielectric core. The maximum frequency range for this cable is up to 1.5 GHz. It is a shielded two-conductor cable with a twist ratio of 100:1. It is quite resistant to both EMI and RFI, thereby reducing the amount of noise interference. This cable is also flexible, allowing it to be used in tight spaces. Furthermore, the 28R1476-100 features excellent flexibility and durability, making it ideal for high vibration or exposure application areas.

The 28R1476-100 is designed to have a low inductance and a low capacitance, allowing it to carry a higher current without running into issues such as distortion. This type of cable is also extremely resistive towards heat and cold, making it suitable for the toughest of applications. The 28R1476-100 ferrite core cable is also flame-retardant and resistant to chemical corrosion, giving it extra staying power even in hazardous environments.

The 28R1476-100 ferrite core cable works by shielding electrical and magnetic fields using its ferrite cores. It is able to do this through magnetic induction. The core surrounds the conductor in order to spread the electrical and magnetic forces onto the conductor in a uniform manner, thereby negating any disruptive forces. This helps to reduce noise interference and prevents any unwanted data from being transferred over the cable. Furthermore, this type of cable also has a noise threshold of -32dB, making it one of the quieter options available.

In summary, the 28R1476-100 ferrite core cable has a number of advantageous features that make it ideal for general industrial applications. Its low inductance and low capacitance lets it carry high current without dealing with distortion. Furthermore, its shielding allows it to reduce noise interference and ensure the integrity of the signals being transferred over the cable. Lastly, its flame-retardant and chemical resistive properties give it extra staying power even in hazardous environments, making it the perfect choice for any job that requires a high-grade cable.