1575AT44A0010E

1575AT44A0010E Application Field and Working Principle

1575AT44A0010E is an antenna specially designed to receive and transmit Long Term Evolution (LTE) signals. It is especially helpful for users who need to get better signals when they are in an area with weak coverage. The antenna works by receiving electromagnetic waves from the base station and then converting them into electrical signals.

The 1575AT44A0010E has a number of features that make it particularly useful for this type of usage. It has a high gain of 10 dBi. This means that it can pick up signals from far away sources and still have a high level of sensitivity. It also has a wide-beam width of 90 degrees, which means it will be able to capture signals from a wide area. Additionally, this antenna is fairly small and compact. This makes it easy to mount and also helps to reduce wind drag.

The 1575AT44A0010E is typically used in two scenarios. The first is in the field of telecommunication. This type of antenna is important for receiving and transmitting LTE signals in places like rural areas or in areas where normal coverage is poor. The second use of this type of antenna is for small businesses and residential use. This is especially important when an area does not have traditional cellular transmission towers, such as in rural areas, where large towers are not financially feasible.

The working principle of the 1575AT44A0010E antenna is fairly simple. It has an elongated radiation pattern which is achieved by an interference pattern between the metal reflector disk and the driven element. This creates a unidirectional pattern of radiation. The antenna is generally placed on an elevated position to ensure it gets the best signals from the base station. Additionally, the antenna is also designed to reject any signals from adjacent cell stations, thus reducing interference.

In conclusion, the 1575AT44A0010E is an antenna designed to receive and transmit LTE signals. It is especially helpful in areas with weak coverage. Its wide beam width and high gain makes it suitable for use in telecommunication applications as well as residential and small business use. Its compact size makes it easy to mount and reduces wind drag and the interference-rejecting design helps to reduce interference from adjacent cell stations.