BRA-02CR 902～928MHz Frequency small size RFID Antenna with SMA-50KFD Female Connector

First of all, let's first understand the working principle and advantages of RFID. RFID technology is a non-contact automatic identification technology. After the RFID electronic tag is installed on the identified object, when it enters the magnetic field, a wireless communication is established between the electronic tag and the reader, and the electronic tag communicates to the reader. After sending the product information stored in the chip, the reader receives the information, analyzes and decodes the information, and sends it to the information system for data processing. Compared with one-dimensional barcodes, RFID technology has the advantages of simultaneous recognition of multiple targets, long recognition distance, fast speed, large storage capacity, and strong anti-interference ability.

Product Features

1)Electrical Properties: It is a general antenna for UHF RFID applications with high gain and low VSWR.

2)Mechanical Properties: pleasing appearance with small size, double waterproof design with waterproof ring and silica gel, rib reinforcement design for shell, suitable for various severe environments.

3)BRA-02CR Antenna is of convenient application in automated production line management, warehousing, logistics, retail and other UHF RFID application fields.

Performance Specifications

Industry application case

1) Foxconn for Apple Project Asset Management

2) Oil Drilling Materials Asset Warehouse

3) Some unmanned self-service store

4) A library intelligent optimization solution

5) A brand apparel retail storage management plan

As a leading global UHF RFID hardware solution provider, Broadradio has more than 10 years of experience in rfid antenna and label design. It has worked on RFID projects of various application types and is familiar with how to select antennas, tags and readers to obtain The optimal system integration effect has become a long-term partner of many listed companies in the RFID industry.