EMMICRO EM4033

R
EM MICROELECTRONIC - MARIN SA
EM4033
64 bit Read Only ISO15693 Standard Compliant
Contactless Identification Device
General Description
Features
‰ Supports ISO15693 / ISO18000-3 standards
‰ Operating Frequency: 13.56MHz ± 7kHz
(ISM, world-wide licence free available)
‰ 200 years data retention
‰ Long read range IC offering high and reliable
performances
‰ ISO/IEC 15693 anticollision algorithm allowing several
tags within the reader field at the same time
‰ 64-bit Unique Identifier (UID)
‰ Quiet Storage feature to speed up inventory processes
‰ On-chip resonant capacitor: 23.5pF
‰ No external supply buffer capacitor needed
‰ -40 to +85˚C temperature range
‰ Bonding pads optimised for flip-chip assembly
The EM4033 is a 64 bit Read Only CMOS integrated circuit
intended for use in passive long-range applications. The IC
is full compliant with the ISO/IEC15693 and ISO18000- 3
standards.
Each device contains a 64 bit unique serial number,
programmed during the production, which guarantees the
uniqueness of each device.
The read only memory offers 200 years data retention,
tailored feature for long life-term asset applications such as
archives and libraries.
The chip's low current consumption offers many essential
benefits such as long reading ranges and makes it a robust
and reliable solution in harsh environments.
Typical Operating Configuration
The EM4033 integrates an optimized command set thus
supporting all mandatory, an optional and one custom
command.
C1
EM4033
The ISO15693 anticollision algorithm allows several tags to
be simultaneously in operation within the field. The
Advanced Quiet storage feature, implemented in the chip,
speeds up the inventory processes, increasing in a
meaningful way the item detection speed.
C2
Fig. 1
Applications
‰
‰
‰
‰
‰
Laundry
Long-term asset management
Archives and collections
Libraries
Access Control and Ticketing
IC Block Diagram
L2
Lr
VPOS
Cr
C
Vdd
R
E
G
BUF
RECTIFIER
POWER
MONITOR
POR
PCK
L1
CLOCK
EXTRACTOR
AM
DEMODULATOR
RECEIVED
CLOCK
PULSE
RO
Memory
LOGIC
MOD
MODULATOR
LIMITER
Fig. 2
Copyright © 2008, EM Microelectronic-Marin SA
12/08 – rev.A
1
www.emmicroelectronic.com