CC-2

The CC-2 application filed and working principle is based on a concept of electric field based communication technology, commonly referred to as Electronic Field Theory. The technology is based on the use of an oscillating electric field to create a data signal. The signal is then detected by a receiver and decoded for use in an application or system.

The CC-2 operates on the premise that a pattern of changing signal traces can be developed at two separate nodes in an oscillating electric field. When two nodes are connected in an oscillating electric field, due to mutual inductance, an electrical impulse will travel from one node to the other, creating a voltage difference which can then be ‘read’. The CC-2 then utilises this effect to transmit a digital data signal from one node to the other across the air.

The underlying principle by which the CC-2 operates is by taking advantage of the relationship between the electric field and the underlying structure of the communication medium. The CC-2 communication medium typically utilises coaxial cables, Zigbee, microwave, Wi-Fi, ATSC, Digital Video Broadcasting Terrestrial (DVBT) and Direct-Connected equipment (DCE).

At one end of the cable, the CC-2 communication technology creates and sends a data frame consisting of a series of symbolized patterns or pulses. These signals are received by the receiving node and converted. The signal is then decoded based on the type of translating method being used.

The CC-2 communication technology has been designed with many different uses in mind. This includes use in wireless phone and telecommunication systems, as well as in consumer electronics. The CC-2 also provides high-speed data transfer in environments where traditional RF signals are not suitable due to interference issues.

In addition to the above applications, the CC-2 is also used extensively in the industrial sector, in areas such as test and measurement equipment, communication systems, and robotics. It has become particularly popular in the areas of factory automation and home automation due to its low cost, portability and flexibility.

The CC-2 has a wide range of applications and is capable of transmitting data over large distances. It is also capable of transmitting a variety of signal types including digital, analog, and serial. The CC-2 is also a reliable and secure data transmission technology, as it uses encryption and digital signatures to protect data from being intercepted and altered.

Overall, the CC-2 application field and working principle has enabled many technological advances in a wide range of industries, and is set to continue being a major factor in the development of further communication technologies in the years to come.