In armed forces, clear communication of orders, decisions and other information is crucial. Any possible communication breakdown can spell disaster for a mission. Failure to pass down important information could mean loss of innocent lives. Both the Chief of Command, chain of non-commissioned officers and soldiers ought to keep in constant communication especially when out on a mission. These officers rely on telecommunication equipment and one of such is the military antenna mast.
From the earliest days of armed forces history, top-ranking officers have endeavored to improve methods of communication. Today, martial services carry out thousands of communication activities every day, relying mostly on computer and other modern telecommunication methods. In most cases, these highly advanced communication equipment are designed and maintained by the forces personnel.
An important feature in such equipment is their data encryption and decoding capability. Armed forces messages carry highly classified information and this should get to the intended person only. Any message going to the wrong hands could mean a national security breach. This is why you will only find highly trained telecommunication professionals handling the said equipment.
One key quality about martial communication equipment is their ability to work in harsh environment. They should withstand cold and high heat. Today, armed forces are adopting new telecommunication technologies like satellite and radios to cater for their growing demand of advanced and effective communication means.
Many martial around the world rely on the radio system, which employs the use of an antenna. Antennas convert electrical currents into radio waves and is usually used with a radio transmitter or receiver. Since the antenna both receives and transmits messages, it must be well protected; otherwise, valuable information could be lost or destroyed.
In this case, antennas are installed on another structure called a mast. Their work is to support, position and protect antennas and other machines. Military masts come with strict design specifications and requirements. These help prevent harsh environmental factors from destroying or interfering with the antennas. This way, the equipment can effectively accomplish its transmission purpose for military and aerospace use. The mast also provides a clear line of sight for proper illumination and viewing.
Manufacturers use various materials on masts. Such include aluminium, stainless steel, fiberglass, plastic and composite material. Posts could be installed protruding to a height of 59 feet depending on where they are. Mostly, you will find them fixed on top of tall buildings and other towers. All masts ought to be installed properly according to set specifications. Otherwise, improper functioning masts can greatly impair or tamper with the integrity of antennas.
Without proper positioned antenna masts, armed forces all over the world would not be able to securely share information that could mean the difference between life and death. The government understands the meaning of such equipment and invests heavily in making sure their armed forces have state-of-the-art communication equipment. Installation of the same is also done by well-trained professionals; most of them in the forces too.
From the earliest days of armed forces history, top-ranking officers have endeavored to improve methods of communication. Today, martial services carry out thousands of communication activities every day, relying mostly on computer and other modern telecommunication methods. In most cases, these highly advanced communication equipment are designed and maintained by the forces personnel.
An important feature in such equipment is their data encryption and decoding capability. Armed forces messages carry highly classified information and this should get to the intended person only. Any message going to the wrong hands could mean a national security breach. This is why you will only find highly trained telecommunication professionals handling the said equipment.
One key quality about martial communication equipment is their ability to work in harsh environment. They should withstand cold and high heat. Today, armed forces are adopting new telecommunication technologies like satellite and radios to cater for their growing demand of advanced and effective communication means.
Many martial around the world rely on the radio system, which employs the use of an antenna. Antennas convert electrical currents into radio waves and is usually used with a radio transmitter or receiver. Since the antenna both receives and transmits messages, it must be well protected; otherwise, valuable information could be lost or destroyed.
In this case, antennas are installed on another structure called a mast. Their work is to support, position and protect antennas and other machines. Military masts come with strict design specifications and requirements. These help prevent harsh environmental factors from destroying or interfering with the antennas. This way, the equipment can effectively accomplish its transmission purpose for military and aerospace use. The mast also provides a clear line of sight for proper illumination and viewing.
Manufacturers use various materials on masts. Such include aluminium, stainless steel, fiberglass, plastic and composite material. Posts could be installed protruding to a height of 59 feet depending on where they are. Mostly, you will find them fixed on top of tall buildings and other towers. All masts ought to be installed properly according to set specifications. Otherwise, improper functioning masts can greatly impair or tamper with the integrity of antennas.
Without proper positioned antenna masts, armed forces all over the world would not be able to securely share information that could mean the difference between life and death. The government understands the meaning of such equipment and invests heavily in making sure their armed forces have state-of-the-art communication equipment. Installation of the same is also done by well-trained professionals; most of them in the forces too.
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