Multi-channel antenna splitter, RFID antenna splitter, UHF splitter, RF splitter

Provide card reader host connection antenna splitter, multi-channel antenna splitter, signal splitter, ultra-high frequency antenna splitter
It is an intelligent product independently developed by our company in recent years based on our experience in intelligent identification conversion and radio frequency signal transmission. The antenna multi-channel splitter realizes one-way access to the RF signal of any antenna with eight output channels, and is an effective solution for the Internet of Things to solve asset management, item tracking and identification, such as shelf goods, cabinet equipment, and file query, and networked real-time communication.
The splitter has one input and eight outputs, and can be split with a four-channel card reader at maximum
The switching time of each antenna identification is less than 100%, and no additional power supply is required. The connecting line can reach meters. The connecting line between the multi-channel brancher and the antenna can be connected to a maximum of meters. The total length is meters. The test output power attenuation is maintained on average. This greatly improves the reliability of identification and the multi-tag identification rate and accuracy. The efficiency, coupled with the performance improvement of our antenna, makes the recognition distance and multi-card recognition significantly different and improved compared with other products on the market.
Technical parameter table
Working frequency national standard~
Working mode is determined by the host
Input channel connection
Output channel connector number (or)
Input channel power ( rice wire)
Output channel power. (Eight-port average attenuation.)
RF power ~, software adjustable and determined by the host
Card reading rate for each antenna switch is not greater than
Communication way to connect to the host
Working motor power supply
Card reading prompt light flashes
Maximum power consumption is not greater than
Working temperature ℃ ~ +℃
Storage temperature ℃ ~ +℃
Operating humidity ~ % (no condensation)
Overall dimensions br/> // Multiplexer