NXP Austria OM5569-NT322E NTAG I2C plus Explorer Kit User Manual Integration Manual EXPLORE NFC

NXP Austria GmbH NTAG I2C plus Explorer Kit Integration Manual EXPLORE NFC

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Author Pavel Slamnik

Author Role Design Engineer

Keywords NTAG I2C plus Explorer Kit OM5569-NT322E, RFID, NFC, TAG, NTAG

Hardware Manual: NTAG I2C plus Explorer

Kit OM5569/NT322E

Doc Rev 1.00 Approved — 2015.09.01 BL ID

BL ID Hardware Manual

Project Name: Integration Manual Project ID: 62743

Revision History

Revision Date Description Author

1.01 2015.12.07 First Version Pavel Slamnik

The information contained herein is the exclusive and confidential property of NXP Semiconductors and, except as

otherwise indicated, shall not be disclosed or reproduced in whole or in part.

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1. NTAG I2C plus Explorer Kit OM5569/NT322E: Photo

Figure 1: NTAG I2C plus Explorer Kit OM5569/NT322E – Connected Tags Explorer Board

with NTAG I2C plus Antenna Board 54 x 27mm (pcb type).

Figure 2: Connected Tags Explorer Board OM5569, Rev 2.0.

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Figure 3: NTAG I2C plus Antenna Board OM5569/NT322E, 54 x 27 mm.

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2. NTAG I2C plus Explorer Kit OM5569/NT322E: Description

2.1. Operational desription

To demonstrate the unique properties of the NTAG I2C tag chip, NXP developed the NTAG

I2C plus Explorer Kit OM5569/NT322E which consists from Connected Tags Explorer Board

OM5569 and one NTAG I2C plus Antenna Board OM5569/NT322E (54 x 27 mm ).

NXP’s NTAG I2C plus Explorer Kit is an all-in-one demonstration/development resource for

NFC connected tags. Designed to emulate using an NTAG I2C tag chip in an embedded

electronic system, the kit centers around a multi-purpose microprocessor-based

development/Explorer board, and includes a full complement of hardware and software tools

to support investigation of the NTAG I2C chip operation, the NFC RF communication link,

and the I2C serial bus connected link; perform a variety of demonstrations; and develop/test

your own applications.

NTAG I2C tag chips mounted on a variety of different antenna types (FR4 PCB-based with

separate antenna pads for custom antenna use, as well as a Flex antenna board based for

easier product insertion testing) and with built-in I2C serial bus interface connectors.

The Connected Tags Explorer board contains an NXP microcontroller (LPC11U24 Cortex-

M0), a RGB (red - green - blue) LED and OBG (orange – blue – green) push button as well

as an NXP temperature sensor (PCT 2075) and an LCD screen to show the messages

coming from the NTAG and the application. NTAG I2C plus Antenna Board contains NTAG

I2C intergated circuits (NT3H1101/NT3H1201) and pcb wired (or flex) antenna. Connection

between these two boards is via I2C serial link.

The Android application, called NTAG I2C Demo, can be found and freely downloaded from

the Google Play Store. This document applies to the NTAG I2C Demoboard application

version 1.5 and above. The Android application is intended to operate on devices running

Android version 4.0 and beyond. The application has been optimized for a correct visioning

of the graphical elements in smartphones featuring different resolutions.

The NTAG I2C Android App is meant to be working with the Connected Tags Explorer board,

and an adjacent PCB or flex antennas to test all the features and functionalities the NTAG

I2C is offering.

USB port and JTAG port are used only for writing firmware into LPC11U24 microcontroller

and for debbuging purposes.

The below picture is a view of the Connected Tags Explorer board and the NTAG I2C plus

Antenna Board 54 x 27 mm.

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Figure 4: Connected Tags Explorer board with NTAG I2C plus Antenna Board 54 x 27 mm.

Figure 5: Connected Tags Explorer Board with NTAG I2C plus Antenna Board and NFC

device – princip of operation.

Disclaimer :

This module is intended only for development and evaluation purposes, and cannot be used

in a finished product.

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Figure 6: Connected Tags Explorer Board Rev. 2.0 with NTAG I2C plus Antenna Board –

Block diagram.

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Figure 7: Connected Tags Explorer Board OM5569, Rev. 2.0: dimensions and equipped pcb

with connectors.

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Figure 8: NTAG I2C plus Antenna Board OM5569/NT322E, 54 x 27mm, Rev. 2.0:

dimensions and equipped pcb with connector.

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3. NTAG I2C plus Expolorer Kit OM5569/NT322E: SPECIFICATION

3.1. Connected Tags Explorer Board OM5569: Specifications

Table 1: Connected Tags Explorer Board OM5569, Rev. 2.0 – specifications:

Low Power Microcontroller

LPC11U24 (Cortex - M0)

Oscillator

Internal oscillator (in LPC11U24) up to 12 MHz, Quartz 12 MHz

On-board sensor

Temperature Sensor PCT2075

Output/Input

Outputs 3 x LED (orange, green, blue)

Inputs 3 x key

Supported Interfaces (6-pin connector to NTAG I2C Antenna Board)

I2C I2C-bus interface to up to 100 kBd (Standard mode), up to 400 kBs

(Fast mode)

LCD display

2 x 16 character, WLED backlight, I2C serial communication, 3V3

power supply

Supported Interfaces

USB serial interface USB 2.0 interface (also supported Usb 1.1), 12 Mbps (USB 2.0 full

speed), micro usb connector

ISP JTAG interface (10-pin header) for ISP programming with

LPCXpressoBoard

Electrical and Mechanical Specifications

Power Supply Board is powered from NTAG I2C Antenna Board (from NTAG I2C

tag ic); usb power is used only for powering lcd backlight (20 mA)

PCB Dimensions (L x W x

70 mm x 38 mm x 14 mm

Weight approx. 22 g

Operating Temperature 0… + 50 C (without condensing)

Operating Humidity 5 … 95% RH

Certificates CE, FCC

Note:

USB port and JTAG port are used only for writing firmware into LPC11U24 microcontroller

and for debbuging purposes.

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3.2. Connected Tags Explorer Board OM5569, Rev. 2.0: Electrical characteristics

Table 2: Connected Tags Explorer Board OM5569, Rev. 2.0 – electrical characteristics:

Operating Range

Symbol Description Conditions Min Typ Max Unit

VCC DC Power Supply (from

NTAG I2C tag ic)

NTAG Active (on NTAG I2C

Antenna Board)

3.0 - 4.6 V

VBUS USB Power Supply (only for

LCD backlight)

NTAG Active (on NTAG I2C

Antenna Board)

4.5 - 5.5 V

Tamb Ambient Temperature / 0 +25 +50 C

Current Consumption

Symbol Description Conditions Min Typ Max Unit

I Supply Current (only

LPC11U24)

Power Down Mode, I2C off - - 0.9 µA

I Supply Current ( LPC11U24,

LCD display, temp. sensor,

LEDs)

Active, I2C on, RF on (on NTAG

I2C Antenna Board)

- - 5 mA

I USB Supply Current (only for

LCD backlight)

Active, I2C on, RF on (on Class 5

Antenna Board)

- 20 - mA

Operating Distance

Symbol Description Conditions Min Typ Max Unit

DST Operating Distance Measured from the center of

the antenna

(depending on connected

antenna and phone NFC

antenna)

- 0 – 30 - mm

Serial Interface Characteristics

Symbol Description Conditions Min Typ Max Unit

I2C Baudrate 6-pin Connector - 100 400 kBd

USB Baudrate Micro B USB Connector - 12 - MBd

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3.3. NTAG I2C Antenna Board OM5569/NT322E, Rev 2.0 (54 x 27 mm) –

specifications

Table 3: NTAG I2C plus Antenna Board OM5569/NT322E, Rev 2.0 (54 x 27 mm) –

specifications:

Antenna

PCB type, 54 mm x 27 mm

Contactless operating frequency

13.56 MHz

Card reading/writing distance

Up to 30 mm

Contactless (RF) Interface

NFC forum Type 2 Tag compliant with data transfer 106 Kbps

transmission rate

64 byte SRAM buffer for fast transfer of data between the RF and the

I2C interfaces

Unique 7 byte serial number (cascade level 2 according to ISO/IEC

14443-3)

True anticollision

Supported Interfaces (via 6-pin connector to NATG I2C Main Board)

I2C I2C-bus interface to up to 100 kBd (Standard mode), up to 400 kBs

(Fast mode)

Supported HW Functions (NTAG I2C ic)

FD Field Detect function – wake up signal at the Field Detect pin

EH Energy Harvesting function for power external devices (low power

microcontroller)

Electrical and Mechanical Specifications

Power Supply NTAG I2C tag ic is powered from RF Field (from NFC phone)

PCB Dimensions (L x W x

70 mm x 38 mm x 7 mm

Weight approx. 9 g

Operating Temperature 0 … + 50 C (without condensing)

Operating Humidity 5 … 95% RH

Certificates CE, FCC

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4. INSTALLING MANUAL

4.1. Desktop use

NTAG I²C plus Explorer Kit OM5569/NT322E consists from Connected Tags Explorer Board

OM5569 with NTAG I2C plus Antenna Board OM5569/NT322E 54 x 27 mm.

It is intended for development use in development environment such are development

departements in factories, at institutes, etc. It demonstrates the unique properties of the

NTAG I²C tag chip.

External power supply is not required (only for LCD backlight – but it is not necessary for

operating Connected Tags Explorer Board).

Firmware is already written in LPC11U24 microcontroller and no extra programming via

JTAG interface is needed. A NFC mobile phone is needed for demonstration (an application

for mobile phone is avaliable on Android market). User can write his own application and

write it via JTAG interface into microcontroller.

4.2. Power supply

Connected Tags Explorer Board with NTAG I²C plus Anttena Board is powered via RF field

from NFC mobile phone (13,56 MHz). It is no need for external power supply or battery (only

for LCD backlight - but it is not necessary for operating NTAG I²C Explorer Board).

NTAG I²C tag ic on NTAG I²C plus Antenna Board provides up to 2V with 5 mA current

output (typical) on Vout pin. This is enough to power low power microcontroller LPC11U24,

LCD display, temperature sensor and LED.

Note 1:

Power supply from USB port on personal computer has to comply with LPS requirement of

IEC60950-1.

Maximum lenght for USB cable is 3 meter.

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5. USER MANUAL

The NTAG I²C plus Explorer Kit is developed to demonstrate the unique properties of the

NTAG I²C tag chip.

The NTAG I²C plus Explorer Kit consists from two boards: Connected Tags Explorer Board

and NTAG I²C plus Antenna board. The Connected Tags Explorer Board contains an NXP

microcontroller (LPC11U24 Cortex-M0), three LEDs (orange, blue and green), three buttons

as well as an temperature sensor (PCT 2075), LCD display. The NTAG I²C plus Antenna

board contains NTAG I2C intergated circuit and pcb wired antenna. Connection between

these two boards is via I2C serial link.

The Android application, called NTAG I2C Demo, can be found and freely downloaded from

the Google Play Store. The Android application is intended to operate on devices running

Android version 4.0 and beyond. The application has been optimized for a correct visioning

of the graphical elements in smartphones featuring different resolutions.

How to test functionality of NTAG I²C tag ic with android application is written in detail in

document: NTAG I2C Explorer Board Programming and Testing.pdf.

CAUTION

The NTAG I²C plus Explorer Kit contains components that can be potentially damaged by

electrostatic discharge. Always store and transport the NTAG I²C plus Explorer Kit in the

supplied ESD bag when not in use. Always handle the NTAG I²C plus Explorer Kit in an ESD

controlled environment.

5.1. Main Functions

-Sending and receiving data to/from NTAG I²C tag ic to NFC Mobile Device via RF

contactless communication (13,56 MHz).

-Supportting contactless RF communication ic according NFC Forum Type 2 tag

compliant protocol.

-Supportting RF data transmission with 106 Kbps transmission rate.

-Communicatin with NFC Mobile device in distance up to 30 mm.

-The data exchange from Explorer Board to NTAG I²C plus Antenna Board (via I2C serial

communication).

-NTAG I²C plus Explorer Kit is powering via RF field from NFC Mobile Device.

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5.2. General functions

-Reading/writing to/from NTAG I2C tag ic is possible with NFC mobile phone with android

application.

-Explorer Board with NTAG I2C plus Antenna Board can communicate with NFC mobile

phone in distance up to 30 mm from the center of the NTAG I2C plus Antenna Board to

the center of phone NFC antenna.

-Data transfer from/to NTAG I2C tag ic is possible in RF electromagnetic field (created from

NFC phone). Nonmetal material between phone antenna and NTAG I2C plus Antenna

Board has no influence to reading distance or reading reliability.

-Reading/writing to/from NTAG I2C tag ic is very simple: user approaches his Connected

Tags Explorer Board with NTAG I2C plus Antenna board to NFC phone antenna. The

android application, called NTAG I2

I2C Demo NFC, must be started on mobile phone. User

can turn on/off LEDs on NTAG I2C plus Explorer Kit (with android application) to

demonstrate communication with NTAG I2C tag ic or can press the switches on

Connected Tags Explorer Board (and see pressed switches on android application).

5.3. Instructions for safe work, maintaining and care

•Be careful not to damage the connectors, antenna, PCB, ICs and other connected

parts.

•Because of the specifics of the device and the damage, only quallified staff, authorized

by the producer, are allowed to repair the device. All interventions of the unauthorized

person and mechanical damage means repealing of the guarantee.

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6. ELECTROMAGNETIC COMPATIBILITY

NTAG I²C plus Explorer Kit fulfils the following requirements of electromagnetic compatibility:

FCC, Part 15.

6.5.1. FCC Compliance Statement

NOTE:

This equipment has been tested and found to comply with the limits for a Class B digital

device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide

reasonable protection against harmful interference when the equipment is operated in a

residential environment. This equipment generates, uses, and can radiate radio frequency

energy and, if not installed and used in accordance with the instruction manual, may cause

harmful interference to radio communications. However, there is no guarantee that

interference will not occur in a particular installation. If this equipment does cause harmful

interference to radio or television reception, which can be determined by turning the

equipment off and on, the user is encouraged to try to correct the interference by one or

more of the following measures:

- Reorient or relocate the receiving antenna.

- Increase the separation between the equipment and receiver.

- Connect the equipment into an outlet on a circuit different from that to which the receiver

is connected.

- Consult the dealer or an experienced radio/TV technician for help.

Caution!

The Federal Communications Commission warns the users that changes or modifications to

the unit not expressly approved by the party responsible for compliance could void the user’s

authority to operate the equipment.

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6.5.2. COMPLIANCE INFORMATION according to 47CFR 2.1033

We, declare that the product

NTAG I²C plus Explorer Kit OM5569/NT322E

FCC 12.225, FCC ID: OWROM5569-NT322E

is in conformity with Part 15 of the FCC Rules.

Operation of this product is subject to the following conditions:

(1) this device may not cause harmful interference

(2) this device must accept any interference received, including interference that may

cause undesired operation.

Note:

Any changes or modifications not expressly approved by the party responsible for

compliance could void the user's authority to operate the equipment.

NTAG I2C plus Explorer Kit OM5569/NT322E consists from Connected Tags Explorer Board

and NTAG I2C plus Antenna Board (54 x 27 mm). FCC certified is Connected Tags Explorer

Board OM5569 with NTAG I2C plus Antenna Board OM5569/NT322E 54 x 27 mm.

FCC ID number is written only on NTAG I2C plus Antenna Board OM5569/NT322E 54 x 27

mm.

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WARRANTY, LIMITATIONS OF LIABILITY

WARRANTY POLICY

Manufacturer warrants that any product (“Product“) sold by Manufacturer to an end user

(“User”) shall be free of defects in material and workmanship for a period a one year (or other

period if specified) from date of sale by Manufacturer.

If any Product, Product's part fail to conform or is defective then Manufacturer, at its option,

will repair or replace it at the premises of the User (On-Site).

To obtain warranty service, you must send the Product in either its original packaging or

packaging offering an equal degree of protection directly to Manufacturer. Please contact

Manufacturer for warranty replacement fee information.

LIMITATIONS AND EXCLUSIONS

This warranty does not cover customer instruction, installation, set up adjustments or signal

reception problems (RFID readers).

This warranty does not cover cosmetic damage or damage due to acts of God, accident,

misuse, abuse, negligence, commercial use, or modification of, or to any part of the Product,

including the antenna. This warranty does not cover damage due to improper operation or

maintenance, connection to improper voltage supply, or attempted repair by anyone other

than a facility authorized by Manufacturer to service the Product.

Proof of purchase in the form of a bill of sale or receipted invoice which is evidence that the

unit is within the Warranty period must be presented to obtain warranty service.

This warranty is invalid if the factory applied serial number has been altered or removed from

the Product.

THIS WARRANTY REPRESENTS THE ENTIRE AGREEMENT BETWEEN

MANUFACTURER AND USER WITH RESPECT TO THE SUBJECT MATTER HEREIN AND

SUPERSEDES ALL PRIOR OR CONTEMPORANEOUS ORAL OR WRITTEN

COMMUNICATIONS, REPRESENTATIONS, UNDERSTANDINGS OR AGREEMENTS

RELATING TO THIS SUBJECT.

End User: _________________________________________________________

Model Number: _____ NATG I 2

C plus Explorer_Kit, OM5569/NT322E_______________

Serial Number: _____________________________________________________

Startup Date: __________________ Waranty End Date: _________________

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NXP Austria OM5569-NT322E NTAG I2C plus Explorer Kit User Manual Integration Manual EXPLORE NFC

NXP Austria GmbH NTAG I2C plus Explorer Kit Integration Manual EXPLORE NFC

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