CX2142NLT RF/IF and RFID

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

A balun is a type of electrical circuit used to convert evenly balanced impedances, such as those found in a coaxial cable, into unequally balanced impedances, such as those found in twisted-pair cables. The CX2142NLT is an example of a balun capable of providing unmatched impedance conversion between two different types of cables. In addition to providing impedance conversion, the CX2142NLT can also provide signal isolation, which helps reduce interference and signal loss between cords.

The main feature of the CX2142NLT balun is that it uses two separate, specially designed wound coils to achieve conversion of an evenly balanced signal. The wound coils are housed in a switchable billet for easy connection to two different types of cables. The CX2142NLT balun can be used in a variety of applications, including broadband television distribution, wireless networking, and video surveillance.

The working principle of the CX2142NLT balun is based on the fact that when alternating current is applied to two closely wound coaxial cables, the impedance of the two cables will be balanced. If the impedance of one or both cables is not balanced, then the balun can help to convert the balanced signal into an unbalanced signal for the purpose of transmission. The CX2142NLT works by taking two signals from separate cables and converting them into an unbalanced signal using two connecting discs and a special isolation chamber.

Signal isolation is also one of the features provided by the CX2142NLT balun. By isolating the two cables, the CX2142NLT ensures that any interference present on one cable will not affect the other. This helps reduce the amount of signal loss between the two cables, as well as reduce the amount of electromagnetic interference (EMI) generated in the area.

The CX2142NLT balun is a useful device for providing converted signals from two different cables for a variety of purposes. Its signal conversion and isolation capabilities make it an ideal solution for applications such as broadband television distribution, wireless networking, video surveillance, and other similar applications.

The specific data is subject to PDF, and the above content is for reference