UHF ultra-high frequency USB desktop reader BJSFZN-105

Model: BJSFZN-105

Size: 105mmx70mmx11mm

Net weight: 80g

brief introduction

BJSFZN-105 is a high-performance UHF band ISO18000-6C (EPC C1G2) and ISO18000-6B multi protocol electronic tag reader/writer. It is designed with completely independent intellectual property rights and combined with proprietary efficient electronic tag collision processing algorithms to achieve fast reading and writing processing of electronic tags while maintaining high recognition rates. It can be widely used in various wireless radio frequency identification (RFID) systems such as logistics, personal identification, intelligent parking lots, access control systems, anti-counterfeiting systems, and production process control.

Standard product: one BJSFZN-105 and one USB cable.

characteristic

Fully independent intellectual property design;

Fully support electronic tags that comply with UHF EPC Gen2 (ISO18000-6C) and ISO18000-6B protocols;

Advanced tag collision processing algorithm with high recognition rate;

Working frequency FCC 902-928MHz, CE 865-868MHz (can be adjusted according to the requirements of different countries or regions)

Operate in broad-spectrum frequency hopping (FHSS) or fixed frequency transmission mode;

Output power: maximum 10dBm (adjustable);

Built in transceiver antenna, reading distance>180mm, writing distance>80mm^*

USB interface for power supply, no need for external power supply;

Supports USB1.1 interface, with optional virtual serial port working mode, USB no drive mode, and USB no drive simulation keyboard mode;

The output format and parameters under the simulated keyboard mode can be customized;

L slim exterior design;

Provide dynamic link libraries (DLLs) that support secondary development.

*The effective distance is related to the protocol format, electronic tags, and working environment.

electrical characteristics

Limit parameters

L specifications

Unless otherwise specified, the specifications shown are taken from T_AUnder working conditions of 25 ℃ and VCC=+5V

*The effective distance is related to the protocol format, external antenna, electronic tag, and working environment.