Military operations are very critical and those in the base need to know the whereabouts of the other men in the field. Hence, communication systems are very helpful in such critical situations, especially in asking for backups when the situation gets out of hand. When it comes to military communication systems, radio and antenna devices are the most reliable. There are light antennas but they do not guarantee high frequency signals. Most of the time, size and weight are the primary issues with military antennas.
Some of the most reliable systems in military operations are RF and Satellite Communications. The use of military antenna mast is crucial for both. But there are things to consider in manufacturing these innovations, like the bandwidth, size, and materials. The cost of manufacture and labor are also included. Hence, it is never easy to modify or improve antennas.
Users like to use lighter and handier antennas and communication system. Designers and engineers are having trouble regarding this because the demand for lighter and handier equipment has increased. These professionals are working on it but they cannot guarantee immediate outcome. They are still researching and altering the properties of these devices. They say that the bigger and higher radio waves can be captured more if the devices are taller, heavier, and bigger.
In the battle grounds, where the tension is very high, the men still need to bring along with them antennas that are too heavy and are too tall they overtake the height of a man. Hence, the inconvenience will cause the life of the one assigned to carry it. Again, according to the physics explained by the experts, the taller the material is, the better the reception.
While users prefer the least heavy and the smallest sizes, designers are still incapable of giving them that. According to experts, the usual physics of creating such innovations has always been higher, heavier, bigger, which yield better receptions. Otherwise, there will be low frequencies which is impossible to communicate effectively between men at the base and men on the field.
Many are suggesting to use the cell phone innovation instead to use in war areas. This could be the answer of the plea of the soldiers to have a really small and handy antenna to use for connecting with their comrades. But experts say that this is not as easy as it seems. A less scientific explanation that will best describe the reason why these cannot be used is that it is susceptible to many kinds of interferences.
The conditions in war stricken areas are often very negative. Network signals which are land based are sometimes limited and often, they have been destroyed by war. Thus, there is a need for phones to have a more extensive system like radio frequencies.
Hence, only RF communications systems are suitable in these areas, the experts reiterate. But applications engineers are already finding ways to shrink down the size of these antennas although it is nearly impossible to do so. Studies and experiments are still ongoing while the demand for smaller devices for battle increase dramatically.
Experts have reiterated that the best device to use in military operations is RF. But this is not a conclusion. To them, this is only a variable in the continuous studies and research. A series of experiments and tests are to be done in order to ensure the efficiency of any new innovation discovery.
Some of the most reliable systems in military operations are RF and Satellite Communications. The use of military antenna mast is crucial for both. But there are things to consider in manufacturing these innovations, like the bandwidth, size, and materials. The cost of manufacture and labor are also included. Hence, it is never easy to modify or improve antennas.
Users like to use lighter and handier antennas and communication system. Designers and engineers are having trouble regarding this because the demand for lighter and handier equipment has increased. These professionals are working on it but they cannot guarantee immediate outcome. They are still researching and altering the properties of these devices. They say that the bigger and higher radio waves can be captured more if the devices are taller, heavier, and bigger.
In the battle grounds, where the tension is very high, the men still need to bring along with them antennas that are too heavy and are too tall they overtake the height of a man. Hence, the inconvenience will cause the life of the one assigned to carry it. Again, according to the physics explained by the experts, the taller the material is, the better the reception.
While users prefer the least heavy and the smallest sizes, designers are still incapable of giving them that. According to experts, the usual physics of creating such innovations has always been higher, heavier, bigger, which yield better receptions. Otherwise, there will be low frequencies which is impossible to communicate effectively between men at the base and men on the field.
Many are suggesting to use the cell phone innovation instead to use in war areas. This could be the answer of the plea of the soldiers to have a really small and handy antenna to use for connecting with their comrades. But experts say that this is not as easy as it seems. A less scientific explanation that will best describe the reason why these cannot be used is that it is susceptible to many kinds of interferences.
The conditions in war stricken areas are often very negative. Network signals which are land based are sometimes limited and often, they have been destroyed by war. Thus, there is a need for phones to have a more extensive system like radio frequencies.
Hence, only RF communications systems are suitable in these areas, the experts reiterate. But applications engineers are already finding ways to shrink down the size of these antennas although it is nearly impossible to do so. Studies and experiments are still ongoing while the demand for smaller devices for battle increase dramatically.
Experts have reiterated that the best device to use in military operations is RF. But this is not a conclusion. To them, this is only a variable in the continuous studies and research. A series of experiments and tests are to be done in order to ensure the efficiency of any new innovation discovery.
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