Features: · 24 V DC power supply· 13.56 MHz carrier frequency· RS232 serial interface, 115.2 or 57.6 kbaud data rate· Regulated RF output power, software adjustable from 2 up to 10 W at 50 W· Software adjustable modulation index from 10% to 20%· Firmware upgradable via RS232 interface· Programmabl...
SLRM900: Features: · 24 V DC power supply· 13.56 MHz carrier frequency· RS232 serial interface, 115.2 or 57.6 kbaud data rate· Regulated RF output power, software adjustable from 2 up to 10 W at 50 W· Softwa...
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| SYMBOL | PARAMETER | MIN. | MAX. | UNIT |
| Vdd | supply voltage | -0.6 | +27 | V |
| Tamb | ambient temperature | 0 | 70 | °C |
| Tcase | operating in-case temperature | 0 | 85 | °C |
| Tstg | storage temperature | -25 | +85 | °C |
Generally, the SLRM900 can communicate with smart labels based on Philips I-CODE1 label IC SL1ICS3001. It consists of a 2-way communication transmitter and receiver, for generating, transmitting, receiving, and processing identification signals.
Optional input and output ports, and an RS232 interface offer the possibility to connect the unit to a microcontroller or PC.
The SLRM900 is designed to access all types of labels and transponders that are based on the I-CODE1 label IC. Read and write functionality is included, as well as sophisticated ways to use the anticollision capability of I-CODE.
High emphasis is put on long range functionality, which makes the SLRM900 suitable for gate antennas and tunnel reader applications. In order to provide the appropriate output power level for various types of connected antennas, the output power may be adjusted, using simple software configuration commands.
Many reference installations with high demands on anticollision, reading range, and data reliability in noisyenvironments, have proven the capability of both the reader module and the I-CODE1 label IC. This document describes the reader hardware, interface, and connection of the antenna.