NXP Semiconductors UM10883 Bedienungsanleitung

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UM10883

PN7462 family Quick Start Guide - Development Kit

Rev. 1.6 — 14 May 2018

319816

User manual

COMPANY PUBLIC

Document information

Info

Content

Keywords

PN7462 family, Development Kit, Customer board, Quick Start Guide,

functional description of the customer board, NFC Cockpit

Abstract

This document describes PN7462 Controller Development Kits. It also

describes PN7462 software stack, gives directions to run example

application using the MCUXpresso IDE. Document provides PN7462

customer board configuration instructions, gives board hardware

overview and provides basic steps how to use NFC Cockpit application.

NXP Semiconductors

UM10883

PN7462 family Quick Start Guide - Development Kit

UM10883

All information provided in this document is subject to legal disclaimers.

User manual

COMPANY PUBLIC

Rev. 1.6 — 14 May 2018

319816

2 of 120

Contact information

For more information, please visit:

http://www.nxp.com

Revision history

Rev

Date

Description

1.6

20180514

Added OM27462CDKP and PNEV7462C description, editorial changes

1.5

20180115

Reworked NFC Cockpit usage description

1.4

20170907

Updated Getting started description

PN7462 plugin for MCUXpresso not needed form version 10.0.2

Reworked NFC Cockpit installation description

1.3

20170511

Development Kit description added

MCUXpresso IDE support added

Board description and schematic updated

SW examples description updated

Abbreviation section added

1.2

20170216

PNEV7462B customer demo board V2.2 added

SW examples description updated

Guidelines how to upgrade firmware are updated

Figures updated

1.1

20161124

SW examples description updated

Guidelines how to import projects are updated

Figures updated

1.0

20160329

First release

NXP Semiconductors

UM10883

PN7462 family Quick Start Guide - Development Kit

UM10883

All information provided in this document is subject to legal disclaimers.

User manual

COMPANY PUBLIC

Rev. 1.6 — 14 May 2018

319816

3 of 120

1. Getting started

This document gives information about how to start software and hardware development

with PN7462 NFC Controller Development Kits: OM27462CDK [1] and OM27462CDKP

[2]. Development kit ensures easy and quick development of NFC applications running

on the PN7462 family [3] derivates. This guide gives extensive kit hardware overview and

describes board configuration options.

Document further describes PN7462AU FW and SW examples package. It gives step by

step instruction to install MCUXpresso IDE [4] and to run example application. It is also

provided extensive introduction to the PN7462 family software stack [5] and describes

each example in detail.

Finally, document describes NFC Cockpit [6], custom Windows application used in

prototyping and optimization.

In this document the terms „MIFARE DESFire card“, „MIFARE Classic card“ and

„MIFARE Ultralight card“ refer either to a MIFARE DESFire IC-based contactless card, a

MIFARE Classic IC-based contactless card or a MIFARE UItralight IC-based contactless

card.

1.1 Introduction to PN7462 NFC Controller Development Kits

Both, the OM27462CDK and the OM27462CDKP development kits are parts of the

PN7462 family product support package. Development Kits are designed to demonstrate

all functionalities of the PN7462 family and easies development of customized

applications and antenna design.

1.1.1 OM27462CDK

OM27462CDK Development Kit is based on the PNEV7462B board. Content of the

Development Kit is displayed on the following picture.

Fig 1. OM27462CDK Development Kit

NXP Semiconductors

UM10883

PN7462 family Quick Start Guide - Development Kit

UM10883

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User manual

COMPANY PUBLIC

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Development Kit contains:

(1) PNEV7462B board with standard 65x65mm antenna

(2) 30x50mm antenna with matching components

(3) 3 PCBs for individual antenna matching

(4) Sample NFC cards and tags

(5) 2 USB cables; A to mini and A to micro

(6) 10 PN7462 samples

(7) 7.5V DC power supply

(8) LPC-Link 2 debug adapter (OM13054)

1.1.2 OM27462CDKP

OM27462CDKP Development Kit is based on the PNEV7462C board. Content of the

Development Kit is displayed on the following picture.

Fig 2. OM27462CDKP Development Kit

Development Kit contains:

(1) PNEV7462C board with standard 65x65mm antenna

(2) 30x50mm antenna with matching components

(3) 3 x PCBs for individual antenna matching

(4) Sample NFC cards and tags

(5) 2 x USB cables: A to mini and A to micro

(6) 5 x PN7462AU samples (HVQFN64)

NXP Semiconductors

UM10883

PN7462 family Quick Start Guide - Development Kit

UM10883

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User manual

COMPANY PUBLIC

Rev. 1.6 — 14 May 2018

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(7) LPC-Link 2 debug adapter (OM13054)

(1) Control Panel\Hardware and Sound\Devices and Printers

Fig 3. Properly enumerated USB CCID reader

At this point a favorite PC/SC application can be started and tested with cards contained

in the kit.

NXP Semiconductors

UM10883

PN7462 family Quick Start Guide - Development Kit

UM10883

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User manual

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2. Hardware overview of the PNEV7462B board

2.1 PNEV7462B concept

The basic concept of the PNEV7462B board is to enable hardware and software

evaluation of typical PN7462 family design and to support prototyping own antenna

circuitry. The supporting NFC Cockpit tool enables antenna tuning, DPC calibration and

the related TX and RX optimization in run time.

After successful optimization, register settings can be stored in the PN7462AU EEPROM

as well as saved in configuration file and used as input in design time.

PN7462AU FW and SW Examples available on the product page, ranging from POS

demo, contact and contactless CCID reader, P2P application, NFC forum related

examples, are customized primarily for PNEV7462B/C board and supported by

MCUXpresso, Keil or IAR development tools.

2.2 PNEV7462B board

Fig 4. PNEV7462B board

The board consists of the following blocks:

(1) PN7462AU circuitry with reset and download pushbuttons,

(2) External power supply connector (5.5/2.1 socket) and power supply selector,

(3) LDO regulator circuit for 3.3V and 5V

(4) LPCXpresso m-bed expansion circuit

(5) TDA8026 multiple smart card interface circuit

(6) Antenna coil and related matching circuit (marked in green and orange)

(7) Smart card socket (main slot on bottom PCB layer) and SIM size slots on top layer

(8) 65x65mm antenna coil

(9) 10-pin Cortex debug connector

(10) 26-pin shroud GPIO header and USB micro B female connector

NXP Semiconductors

UM10883

PN7462 family Quick Start Guide - Development Kit

UM10883

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(11) Diagnostic LED block connected to PN7462AU

2.2.1 Power circuitry

The power circuit consists of the power socket, diode bridge, selection jumper JP41 and

two low dropout linear voltage regulators. Power options include USB and LPC-Link 2 but

for the best performance external power source is recommended.

Note:

PN7462B v2.1: external power supply 7.5V max.

PN7462B v2.2: external power supply 13.5V max.

(2) USB supply, external supply & and LPC supply

Fig 5. PNEV7462B supply

2.2.2 PN7462AU block

The main part on the evaluation board is PN7462AU. It features a 32-bit ARM Cortex-

M0-based NFC microcontroller offering a one chip solution to build contact and

contactless applications.

Key features are:

•20 MHz Cortex-M0 core

- 80/160 kB Flash, 12 kB RAM, 4 kB EEPROM

•State-of-the-art RF interface: Full NFC, EMVCo 2.6

- Read/Write, Card Emulation & Peer-to-Peer Modes

- Transmitter current up to 250 mA

- Full MIFARE family support,

•DPC for optimized antenna performance

•Extensive host and peripheral interfaces

- Host/slave & master interfaces: I2C, SPI, USB, HSUART, I2CM, SPIM

- Optional contact interface (PN7462): UART, ISO/IEC 7816, EMVCo 4.3

- 12 to 21 GPIOs

NXP Semiconductors

UM10883

PN7462 family Quick Start Guide - Development Kit

UM10883

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User manual

COMPANY PUBLIC

Rev. 1.6 — 14 May 2018

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Fig 6. PNEV7462B board schematic (PN7462 part)

2.2.3 LPCXpresso block

This block provides expansion interface for LPCXpresso MCU board providing standard

LPCXpresso/m-bed expansion connector (DIL54). LPCXpresso SPIM and I2CM

interfaces are routed to the PN7462AU host interface selector.

Additionally, board features a USB micro B connector (X1) routed to the LPC board USB

interface and the LPC board reset circuit. Diagnostic LED1-4 are connected to LPC port

pins.

NXP Semiconductors

UM10883

PN7462 family Quick Start Guide - Development Kit

UM10883

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User manual

COMPANY PUBLIC

Rev. 1.6 — 14 May 2018

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2.2.4 Smartcard interface

The PN7462AU integrates contact interface to enable communication with ISO7816 and

EMVCo contact smart cards, without the need for an external contact front end. It offers a

high level of security for the cards by performing current limitation, short-circuit detection,

ESD protection as well as supply supervision. Card slot/contactor is located on the board

bottom layer.

(1) Default setting for present pin (K1) is low active

Fig 7. PNEV7462B contact slot interface

2.2.5 TDA SAM extension interfaces

The PN7462AU can handle more than one smart card by controlling an extra contact

interface TDA8026 product from NXP. In this use case, the PN7462AU is the main

controller for the electrical and protocol part for the main card slot, while the secondary

slots are electrically controlled by an extra contact front-end interface (TDA), the

PN7462AU being the protocol controller for these extra slots. TDA8026 I2C port is

connected to the PN7462 I2CM to enable IC configuration.

In this case, several smart cards can be activated at the same time, but the

communication with each smart card has to go sequentially: it is not possible to

communicate with two smart cards at the same time as there is only one protocol control

block for all cards.

TDA8026 is required to handle the smart card electrical interface. The connection

between the PN7462AU and the TDA is composed of 2 channels:

- The host interface control, where the PN7462AU is the master, controlling the

TDA behavior: card activation, deactivation, TDA configuration (voltage level,

clock division, slew rates…)

- The ISO7816 link: the PN7462AU handles the ISO7816 communication protocol

and uses the TDA as a level shifter for the clock and I/O signals.

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