SEARCH
— IC芯片 | 连接器 | 传感器 | 被动器件 —
HG-1742DP-20EG-NF is listed in the Antennas RF range at ChipApex. The manufacturer field lists L-com. Its product description is 1.7-4.2GHZ 20DBI 2FT MIMO GRID A. Review the specifications below when checking this part for your BOM.
The L-com HG-1742DP-20EG-NF is a high-performance LTE and CBRS mesh parabolic dish antenna designed for cellular networks. It operates within the 1710-4200 MHz frequency range, providing a gain of 20 dBi. The unit features a 2x2 MIMO configuration to support advanced signal processing. It utilizes two Type N female connectors for connectivity. The antenna includes a 2-foot cable length for installation flexibility.
Verify that the specific application requires a 20 dBi gain level and 2x2 MIMO capability. Confirm that the operating environment falls within the 1710-4200 MHz band. Ensure the system interface matches the Type N female connector type provided on the unit. Check that the 2-foot cable length meets the physical routing requirements of the installation site.
Select this model when high directivity and substantial gain are necessary for overcoming path loss in cellular links. The dual-band specification makes it suitable for environments utilizing both legacy LTE and modern CBRS frequencies. Consider the physical size and wind load ratings associated with parabolic dishes during structural planning.
This component belongs to L-com's line of specialized RF antennas engineered for wireless telecommunications. It is part of a series offering various gain levels and connector options to suit different network topologies. The product focuses on delivering reliable performance in outdoor cellular deployments requiring precise beam alignment.
Consider the HG-1742DP-20EG-NM if male connectors are required instead of female. Evaluate the HG-2327DP-22EG-NF for WiFi mesh applications requiring higher gain. Verify compatibility with existing transceivers before substituting models.
Explore related parts through RF and Wireless, all product categories, ChipApex homepage.