The Pulse Larsen 4G Ultrathin White DAS Antenna, 698 to 2700 MHz, N Female is a cutting-edge ultrathin antenna designed for in-building Distributed Antenna Systems (DAS). Featuring a sleek white radome, this antenna is ideal for applications where aesthetic considerations are paramount. Its compact design allows for discreet installation, seamlessly blending into modern environments.
Key Features:
- Ultra-Thin Design
- White Radome
- 608 MHz to 2700 MHz Broad Frequency Coverage
- High PIM Rating
- Available with N Female, Mini-DIN, and 4.3-10 DIN female connectors.
- RoHS Compliant
- High Efficiency
High Performance Across Multiple Bands
With a frequency range spanning from 608 to 2700 MHz, the DASUTWC500NF delivers exceptional performance across cellular and Wi-Fi bands. The antenna boasts impressive average peak gains of up to 7 dBi and maintains high efficiency levels, ensuring reliable signal reception and transmission across various frequencies.
Exceptional PIM Ratings for Optimal Signal Quality
Engineered to meet stringent performance requirements, this antenna excels with a Passive Intermodulation (PIM) rating of ≤155 dBc at 2 × 20W. This ensures minimal interference and maintains the integrity of the signal, crucial for high-performance DAS systems in complex installations.
Versatile Connectivity Options
The DASUTWC500NF is available with multiple connector options, including N Female, Mini-DIN, and 4.3-10 DIN female connectors. This versatility allows for flexible integration with existing systems and facilitates a range of installation scenarios.
RoHS Compliant and Future-Proof Design
Designed with environmental considerations in mind, the DASUTWC500NF is RoHS compliant, ensuring it meets international standards for hazardous substances. The patent-pending design reflects Pulse Electronics’ commitment to innovation and future-proofing their product offerings.
Robust Electrical Specifications
The antenna is engineered to handle a maximum power input of 40W and comes equipped with a 500 mm low-loss cable that is plenum rated. Its VSWR is maintained at 2:1 across the operational frequency bands, guaranteeing efficient signal transmission and minimal signal loss.
