MLX90130
13.56MHz RFID Transceiver
3901090130
Page 1 of 37
Jan-2014
Rev. 004
Features and Benefits
Conforms with ISO/IEC 14443 A and B
Conforms with ISO/IEC 15693
Conforms with ISO/IEC 18000-3 mode 1
High speed communication (up to 848kbit/s)
Standard SPI/UART interfaces
Built-in Field and TAG detectors
Application Examples
Medical applications such as post-surgery
monitoring, glucose metering and drug
identification
Access control readers
Industrial automation. Monitoring of goods
during manufacturing and work-in-progress
Ordering Information
Part Code
Temperature Code
Package Code
Option Code Packing Form Code
MLX90130
S (-20°C to 85°C)
LQ (Lead free QFN 5x5 32 leads) AEA-000 RE
MLX90130
S (-20°C to 85°C)
LQ (Lead free QFN 5x5 32 leads) AEA-000 TU
MLX90130
R (-40°C to 105°C)
LQ (Lead free QFN 5x5 32 leads) AEA-000 RE
MLX90130
R (-40°C to 105°C)
LQ (Lead free QFN 5x5 32 leads) AEA-000 TU
Functional Diagram
microcontroller
SPI/UART
TX1
RX1
Analog
section
Digital
section
MLX90130
RX2
TX2
Figure 1: MLX90130 functional diagram
Description
The MLX90130 is a 13.56MHz, fully integrated,
multi-protocol RFID transceiver IC. It has been
designed to handle sub-carrier frequencies from
106 to 848 kHz and baud rates up to 848kbit/s.
The dual driver architecture of the MLX90130
requires minimal external support components
and allows the transmitter to provide up to 300
milliwatts RF power to an appropriate antenna
load. This delivered power is suitable for most
short to mid-range applications.
The digital section of the MLX90130 handles the
low protocol layers from API to physical layer
using advanced bit and frame encoding/decoding
functions. It contains a digital demodulator based
on sub-carrier detection and a programmable
bit/symbol encoder/decoder. It also encodes and
decodes the start and stop bits, parity bits, extra
guard time (EGT), start and end of frame
(SOF/EOF) and CRC.
Its 528 byte buffer handles an entire RFID frame.
The SPI/UART communication ports guarantee
easy
interface
with
the
majority
of
microcontrollers.
