ANLTE4-50HRA

ANLTE4-50HRA is a RF antenna that is specifically designed for applications in the 4G LTE frequency band from 600MHz - 2700MHz. It is commonly used by mobile network providers as an access point antenna for providing cell-phone coverage. This antenna is also known as a High Rejection Ratio (HRR) antenna due to its low loss characteristics over the entire frequency range.

The ANLTE4-50HRA is a panel antenna that is 10.91 x 8.51 in size. The antenna consists of two radiating elements which are connected together with a low-loss transmission cord. Each radiating element is designed with a balanced coaxial dipole in order to achieve maximum efficiency. The antenna also includes a built-in indicator that allows users to monitor signal strength from up to 1000 meters away. The ANLTE4-50HRA is also designed with a die-cast aluminum housing to ensure durability.

The ANLTE4-50HRA is primarily used to provide cell-phone coverage to remote locations with poor or no existing cellular reception. The antenna can be used to provide coverage for LTE, GSM, and WCDMA networks. It is also commonly used in transport applications such as trains, buses, and ships. The antenna has also been designed to withstand harsh environmental conditions such as wind, dust, and rain.

The ANLTE4-50HRA operates using a pair of radiating elements that are connected together with a low-loss transmission cord. Signals enter the antenna through the radiating elements and are then reflected, absorbed, and transmitted in multiple directions. The antenna’s strength and type of radiation depend on the type of transmission line used to connect the radiating elements. The type of transmission line can be designed to specific requirements, such as a particular impedance, frequency range, gain, and linearity.

The ANLTE4-50HRA antenna is a high rejection ratio antenna designed for use in the 4G LTE frequency band from 600MHz to 2700MHz. It is commonly used in remote locations with poor or no existing cellular reception, as well as in transport applications such as trains, buses, and ships. The antenna operates using a pair of radiating elements that are connected together with a low-loss transmission cord, and it’s strength and type of radiation depend on the type of transmission line used to connect the radiating elements.