TI RI-TH1-CB3A

R A D I O F R E Q U E N C Y I D E N T I F I C AT I O N S Y S T E M S
Key features:
IS0/IEC 15693 compliant
13.56MHz Operating Frequency
Read/Write capability with data
locking option
2k bit user memory
Simultaneous Identification
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13.56 MHz
Vicinity Badges
Description
The Vicinity Transponder Badge from
Texas Instruments is compliant with
the ISO/IEC 15693 global standard
for contactless integrated circuit
cards that allows interoperability of
products from multiple
manufacturers operating at
13.56MHz. The badge is based on TI's
Tag-it™ Smart Label technology.
With a user memory of 2K bits
organized in 64 blocks, the 13.56MHz
badge enables advanced solutions for
the access control market. The
enhanced data capacity makes it easy
TI-RFid 13.56 MHz Vicinity badges (print examples)
to handle new solutions such as
biometrics authentication and
advanced levels of encryption. Data
written and stored on the badge,
independent from a host system,
means that employees carry vital
information like authorization codes,
certification or emergency medical
histories. With TI's factoryprogrammed ID code, it's virtually
impossible to forge or duplicate a
badge, providing the assurance that
no two badges - or people - anywhere
in the world will be misidentified. Yet
with in-the-field programmability,
additional data like time stamps or
new identification and access codes
can be created and updated on-thefly.
The badge is available in two
versions (with/without magnetic
stripe) and can be easily customized
and personalized using standard
thermal transfer printers. Where the
card needs to be used with a clip, a
hole can be punched in the
specificied area (see drawing).
Additional options including
encrypted custom data programming
and slot punching will be available.
Specifications:
Part Number:
RI-TH1-CB2A
RI-TH1-CB3A
(w/ magnetic stripe)
Supported Standard
Operating frequency
ISO 15693 - Vicinity Cards
13.56 MHz
Typ. required activation field strength read (at +25 ˚ C)
99 dBµA/m
Typ. required activation field strength write (at +25 ˚ C)
102 dBµA/m
64 bits
2k bits organized in 64 x 32 bit blocks
Factory programmed Read Only Number
Memory (user programmable)
3
9
6
5
1
O
IS
Typical programming cycles (at +25 ˚C)
Data retention time (at +25 ˚ C)
> 10 years
Simultaneous Identification of Tags
Up to 50 tags per second (reader/antenna dependent)
Product Identifier
3mm from the edge, TI Logo = 4 digit number (2 mm x 8 mm)
Magnetic Stripe
100,000
020x
030x
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Dimensions
3 Tracks, High coercivity
(according ISO 7811)
85.6 mm x 54 mm x 0.76mm (according ISO 7810)
Weight
5 grams
PVC (Polyvinylchloride), white
Case material
Glossy
Surface finish
Thermal Transfer (Dye Sublimation preferred), Silkscreen, Tamp on (Pad on)
Printability
Operating temperature
- 25˚ C to +50 ˚ C (according to ISO 7810)
Storage temperature
- 25 ˚ C to +50 ˚ C (according to ISO 7810)
Packing quantity
250 badges
Additional Documentation:
"Memory Organization and Supported Command Set"
11-09-21-052
Note: For highest possible read-out coverage we recommend to operate readers at a modulation depth of 20% or higher
RI-TH1-CB2A
RI-TH1-CB3A
A - Product Identifier
B - Punchable area
C - Punch area orientation marks printed on card (crosshair 1mm x 1mm)
D - Example for punch slot according ISO15693
A - Product Identifier
B - Punchable area
C - Punch area orientation marks printed on card (crosshair 1mm x 1mm)
D - Example for punch slot according ISO15693
E - Magnetic Stripe
A
C
D
A
B
E
C
D
B
For more information, contact the sales office or distributor nearest you. This contact information, and the most
up-to-date specifications for this data sheet can be found on our website at: http://www.ti-rfid.com
Texas Instruments reserves the right to change its products and services at any time without notice. TI provides customer assistance in various technical areas, but
does not have full access to data concerning the uses and applications of customers products. Therefore, TI assumes no responsibility for customer product design or for
infringement of patents and/or the rights of third parties, which may result from assistance provided by TI.
© Copyright 2003 Texas Instruments Incorporated.
11-09-22-136 01/03