612.1100.812

612.1100.812, more commonly referred to as the "Automatic Frequency Transfer System" (AFTS), has become a popular choice for control engineers and facilities managers alike due to its versatility and accuracy. AFTS provides a reliable, fast, and safe method for transmitting data over long distances, making it a popular choice for applications where signal integrity is critical. The system is made up of a transmitter and receiver, which allow for precise control of all the parameters associated with signal transfer.

The transmitter communicates with the receiver via a radio frequency carrier wave. This carrier wave is modulated with digital or analog signals. This modulated signal is then transmitted to the receiver, which then translates the signal into various functions and parameters on the receiving end. This communication process allows for precise control of all the related parameters.

In addition to its signal strength and accuracy, AFTS is also well suited for applications that require data to be sent over long distances, particularly in cases where direct line of sight is not available. This is because the system utilizes an omni-directional antenna, which is capable of propagating the signal over a much greater area than a normal antenna. This allows for the transmission of data even in environments where line of sight is not available, such as in heavily wooded areas or mountainous terrain.

AFTS is also very reliable, as the system has a built-in failure detection system. This system monitors the transmitting and receiving devices and can detect any faults that may be occurring in the transmission. If any faults occur, the system will automatically switch off its transmission to prevent any further damage. Additionally, the system has an auto-shutoff feature that will automatically stop the transmission when the receiving device runs out of power or otherwise fails.

Finally, the system is extremely energy efficient, as it uses low-power, low-voltage components. This means that the system can be powered by standard batteries, making it a great choice for applications that require a power source that is easily obtainable.

In summary, AFTS is a reliable, versatile, and energy efficient system that allows for the precise control of various parameters. It is particularly well suited for applications where signal integrity is important, such as those that require data to be transmitted over long distances without direct line of sight.