Analog Devices MAX66301-25x Manual de usuario

Evaluates: MAX66301 and MAX66250 MAX66301-25x Evaluation Kit

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General Description

The MAX66301-25x evaluation system (EV system)

comprises a MAX66301 evaluation kit (EV kit) and a

MAX66250 tag. The MAX66301 EV kit combines an RFID

reader for contactless communication at 13.56MHz and

a SHA-3 secure authenticator coprocessor. The RFID

reader covers the ISO 15693 standard and the authen-

ticator coprocessor is based on the FIPS202-compliant

standard. The MAX66250 tag operates as a solution

covering the ISO 15693 standard and combines FIPS202-

compliant Secure Hash Algorithm (SHA-3) challenge and

response authentication with secured EEPROM. By

pairing the MAX66301 with the MAX66250 into an EV

system, the EV kit software can operate to show a secure

challenge and response authentication and other part

specific functionality.

Features

●A Secure, Contactless RFID Reader (MAX66301)

• UART and SPI Interface Ports

• Power-Down Mode by an Input Pin

(Low, Standby Power)

• Antenna Short-Circuit Protection

• Compatible with 3.3V or 5V Supply Voltages

• Pushbuttons for Board Reset and MAX66301

Reset

• Port Select Switch Control

• Jumpers for SPI, UART, and Control Signals

• ISO/IEC 15693 and 14443 Type A Standard

Compliant

• SHA-3 Engine to Run a Symmetric Key-Based

Bidirectional Secure Authentication

• Four 32-Byte Pages of User Memory

• Four Master Secrets with Multiple Programmable

Protection Options

• 76-Byte Scratchpad in SRAM

• True Hardware Random-Number Generator

• Unique 64-Bit Serial Number

●Protected Tag Solution (MAX66250)

• HF Interface at 13.56MHz

• User EEPROM Authenticated Memory Page Read/

Write Transactions

• User EEPROM Page Read/Write Transactions

• All Stored Data Cryptographically Protected from

Discovery

• FIPS 202-Compliant SHA-3 Algorithm for

Challenge/Response Authentication

• FIPS 198-Compliant Keyed-Hash Message

Authentication Code (HMAC)

• 17-Bit One-Time Settable, Nonvolatile Decrement-

Only Counter with Authenticated Read

• Secure Storage for Secrets

• 256 Bits of Secure EEPROM for User Data

• ISO/IEC18000-3 Mode1: up to 52.97 kbps

●MAX66301-25x EV System Software Available

Ordering Information appears at end of data sheet.

319-100922; Rev 0; 6/22

Request MAX66301 Security User Guide

MAX66301-25x EV System Content List

QTY DESCRIPTION

1 MAX66301 evaluation kit

1 MAX66250 tag

1 USB Type A to USB Mini-Type B cable

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MAX66301-25x Evaluation Kit Evaluates: MAX66301 and MAX66250

MAX66301-25x Evaluation System

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MAX66301-25x Evaluation Kit Evaluates: MAX66301 and MAX66250

Quick Start

Required Equipment

●MAX66301 EV kit (included)

●MAX66250 tag (included)

●USB Type A to USB Mini Type B cable (included)

●PC with Windows®10 or Windows®7 and a spare

USB port

Note: In the following sections, software-related items

are identified by bolding. Text in bold only refers to items

directly from the EV kit software. Text in bold and under-

lined refers to items from the Windows®OS.

Setup Procedure

1) Perform the following to install the PL-2303 prolic

driver:

a) Download the driver le called PL2303_Pro-

lic_DriverInstaller.zip from https://prolicusa.

com/product/pl2303gc-usb-full-uart-bridge-

controller-gpio/.

b) Unzip, Open and Run the le.

c) Follow the directions of the Install Wizard until

Finish is reached.

2) Proceed by setting up the MAX66301 EV kit

hardware by doing the following:

a) Congure the jumpers per Table 1 and Figure 6

for 3.3V operation.

b) Set the switch SW3 per Table 2 for UART

operation when the MAX66301 powers up.

c) Using the USB type A to USB type Mini B cable,

connect the MAX66301 EV kit’s CN1 port into a

spare USB port of a PC.

3) Set up the MAX66250 tag hardware by doing the

following:

a) Position the MAX66250 tag over the MAX66301

EV kit antenna.

4) The MAX66301 EV kit uses both the Pro-

lic PL-2303 and a MAXQ610 microcontroller

to provide SPI or UART connectivity to the

MAX66301 device. Verify the correct installa-

tion of the virtual COM port by selecting Control

Panel→System→Hardware→Device Manager and

expanding the Ports (COM & LPT). If the driver is

installed properly, the Port lists as in Figure 1. Note

that your COM port number can be di󰀨erent.

5) Unzip the MAX66301-25x_EV_Kit.zip in a known

location. Note: If you have not already obtained the

software with this data sheet, request it from

applications support through the following link:

http://www.maximintegrated.com/support.

Figure 1. MAX66301 EV kit Virtual COM Port

Windows is a registered trademark and registered service mark

of Microsoft Corporation

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MAX66301-25x Evaluation Kit Evaluates: MAX66301 and MAX66250

6) Open the MAX66301-25x EV kit folder, as shown in Figure 2, and double-click the setup.exe.

7) Now, double-click the Install button as shown in Figure 3.

8) The evaluation program GUI appears as shown in Figure 4.

Figure 2. MAX66301-25x EV kit Setup

Figure 3. Application Install–Security Warning

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MAX66301-25x Evaluation Kit Evaluates: MAX66301 and MAX66250

Figure 4. MAX66301-25x EV Kit GUI

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MAX66301-25x Evaluation Kit Evaluates: MAX66301 and MAX66250

Detailed Description of Hardware

The MAX66301-25x EV system block diagram in Figure 5

is a functional representation. Starting from the left side,

the prolific device provides a virtual COM port to link the

PC to the MAXQ610 and is fully compatible with USB 2.0

specification. The MAXQ610 is preloaded with firmware

that either passes the UART protocol along or converts

the UART protocol to SPI with a SCLK at 2.667MHz.

The MAX66301 provides the RFID reader processing

per ISO 15693 and the secure coprocessor functionality

is based on FIPS 202-compliant standard. The AFE in

the MAX66301 drives a PCB antenna in a 100mW con-

figuration. Lastly, the MAX66250 is the tag in the system-

supporting authentication (i.e., clone prevention).

Jumpers and Switches

The MAX66301 EV kit has jumpers that allow configura-

tion options and contains switches for more configuration

options.

Table 1

and Figure 6 describe the MAX66301 EV kit and

the function of the jumpers. Default settings from

Table 1

in summary, support UART or SPI linking, USB power, and

3.3V operation.

Figure 5. MAX66301-25x EV System Block Diagram

CONTROL

SPI

UART

MAX66250

(TAG)

SHA3 CORE

MEMORY PAGES

M-SECRET KEYS

RFID READER

PROTOCOL

ARBITRATION

ANALOG

FRONT-END

ANTENNA

DRIVE

MODULATOR

DEMODULATOR

COPROCESSOR

MAX66301

MAXQ610

UART TO SPI

UART TO UART

PLUS CONTROL

USB TO UART

BRIDGE DEVICE

UARTUSB

13.56/24MHz

CRYSTALS

MAX66301 EV KIT

RESET

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MAX66301-25x Evaluation Kit Evaluates: MAX66301 and MAX66250

Table 1. MAX66301 EV Kit Jumpers

REFERENCE

DESIGNATOR

MAX66301

DESCRIPTION DEFAULT SETTING FUNCTION

JB1 AGD—Reference Voltage

Output Close (1-2) Pullup enabled for 3.3V operation

JB2

TXD—UART Transmit

RXD—UART Receive

MISO—Master In-Slave Out

MOSI—Master Out-Slave In

SCLK—Serial Clock

SSEL—Slave Select

IRQ—Interrupt Out

SLEEP—Sleep Mode In

BUSY—Busy Out

PORTSLCT—Port Select In

TP (EN)—Test Pin

GND—Ground Probe

Close (1-2),

Close (3-4),

Close (5-6),

Close (7-8),

Close (9-10),

Close (11-12),

Open (13-14),

Close (15-16),

Close (17-18),

Close (19-20),

Close (21-22),

Open (23-24)

Link to MAXQ610 UART receive

Link to MAXQ610 UART transmit

Link to MAXQ610 SPI MISO

Link to MAXQ610 SPI MOSI

Link to MAXQ610 SPI SCLK

Link to MAXQ610 SPI SSEL

Link to MAXQ610 P1.6 PIO (not used)

Link to MAXQ610 P1.5 Out for sleep control

Link to MAXQ610 P1.4 In detect SPI busy

Link to MAXQ610 P3.5 and switch 5 (SW3)

Link to MAXQ610 P1.7 out high and jumper (J9)

Ground connect for probing

JB3 VCC5—5V Supply Rail Close (1-2) Link to 5V USB power from the PC

J3 3.3V/5V VDD_AFE_DIG Select Close (1-2) Select AFE digital voltage to be 3.3V

J4 3.3V/5V VDDA1 Select Close (1-2) Select AFE antenna driver 1 to be 3.3V

J5 3.3V/5V VDDA2 Select Close (1-2) Select AFE antenna driver 2 to be 3.3V

J9 TP Select Close (2-3) Pulled low since driven high from MAXQ610

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MAX66301-25x Evaluation Kit Evaluates: MAX66301 and MAX66250

Figure 6. MAX66301 EV Kit Jumpers

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MAX66301-25x Evaluation Kit Evaluates: MAX66301 and MAX66250

Table 2 describes the switch settings for MAX66301 EV kit. SW1 is reserved for future use. SW3 switch positions 1 to

4 are reserved for future use and position 5 selects between UART or SPI port selection. SW4 resets the MAX66301

during evaluation if needed.

Table 2. MAX66301 EV Kit Switches

#Denotes RoHS compliant.

REFERENCE

DESIGNATOR POSITION ON POSITION

(SIGNAL IS GROUNDED)

OFF POSITION

(SIGNAL IS PULLED UP)

SW1 PUSH 1 Not used Not used

SW3 Switch 1 Not used Not used

SW3 Switch 2 Not used Not used

SW3 Switch 3 Not used Not used

SW3 Switch 4 Not used Not used

SW3 Port select UART port selection SPI port selection

SW4 Reset MAX66301 Push—MAX66301 in reset MAX66301 normal

Ordering Information

PART TYPE

MAX66301-25XEVKIT# EV System

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MAX66301-25x Evaluation Kit Evaluates: MAX66301 and MAX66250

MAX66301-25x EV Kit Bill of Materials

COMMENT DESCRIPTION DESIGNATOR FOOTPRINT QTY PART NUMBER

10uF CAP CER 10UF 10V X5R 0805 C2 CAP0805-3D 1C2012X5R1A106K085AB

10uF CAP CER 10UF 16V X5R 0805 C3 CAP1206-3D 1CL21A106KOQNNNE

2.2uF CAP CER 2.2UF 10V X7R 0805 C4, C6 CAP0805-3D 2CL21B225KPFNNNE

10nF CAP CER 10000PF 50V X7R 0603 C5 CAP0603-3D 1CL10B103KB8NCNC

0.1uF CAP CER 0.1UF 50V X7R 1206 C7 CAP1206-3D 1CL31B104KBCNNNC

0.1uF CAP CER 0.1UF 16V X7R 0603

C8, C9, C10, C11,

C12, C13, C14,

C16, C17, C34

CAP0603-3D 10 CL10B104KO8NNNC

1uF CAP CER 1UF 25V X7R 1206 C15 CAP1206-3D 1CL31B105KAHNNNE

22pF CAP CER 22PF 50V C0G/NP0 0603 C18, C19, C25,

C29, C30, C33 CAP0603-3D 6CL10C220JB8NNNC

680pF CAP CER 680PF 200V C0G/NP0 1206 C20, C21 CAP1206-3D 212062A681JAT2A

33pF CAP CER 33PF 50V C0G/NP0 1206 C22 CAP1206-3D 112065A330KAT2A

820pF CAP CER 820PF 50V C0G/NP0 0603 C23 CAP0603-3D 1CL10C821JB8NNNC

560pF CAP CER 560PF 50V C0G/NP0 1206 C24 CAP1206-3D 112065A561JAT2A

1nF CAP CER 1000PF 50V C0G/NP0 0603 C26 CAP0603-3D 106035A102FAT2A

680pF CAP CER 680PF 50V C0G/NP0 0603 C27 CAP0603-3D 1CL10C681FB8NNNC

820pF CAP CER 820PF 50V NP0 1206 C28 CAP1206-3D 112065A821FAT2A

1uF CAP CER 1UF 10V X7R 0603 C31, C32, C41 CAP0603-3D 3LMK107B7105KA-T

3.3uF CAP CER 3.3UF 16V X7R 1206 C35, C37 CAP1206-3D 2C1206C335K4RAC7800

10nF CAP CER 10000PF 50V X7R 1206 C36, C38, C39 CAP1206-3D 3C1206C103J5RAC7800

2.2uF CAP CER 2.2UF 16V X5R 0603 C40 CAP0603-3D 1CC0603KRX5R7BB225

uUSB CONN USB MICRO B RECPT SMT R/A CN1 USBMICROB2-3D 110118193-0001LF

LED GREEN LED GREEN CLEAR 0603 SMD D2 0603LED-3DGREEN 15988081102F

BLM21PG221SN1D FERRITE BEAD 220 OHM 0805 1LN FB1, FB2 0805-3D 2MH2029-221Y

JUMPER CONN HEADER VERT 14POS 2.54MM J2 DIH7X2-3D 1PREC007DAAN-RC

JUMPER CONN HEADER VERT 3POS 2.54MM J3, J4, J5 SIP3-3D 377311-424-03LF

SMA CONN SMA RCPT STR 50OHM EDGE MNT J6 SMA2-3D 1132289

JTAG CONNECTOR #1 CONN HEADER VERT 14POS 2.54MM J7 DIH5X2-3D 1M20-9720745

Interface 2 x 10 dual row 0.100mil male conn J8 DIH5X2-3D 1M20-9760546

2 WAY JUMPER CONN HEADER VERT 3POS 2.54MM J9 SIP3-3D 177311-424-03LF

SHUNT CONN HEADER VERT 2POS 2.54MM JB1, JB3, JB6 SIP2-3D 377311-424-02LF

HEADER CONN HEADER VERT 24POS 2.54MM JB2 DIH12X2-3D 1M20-9981246

270nH FIXED IND 270NH 630MA 400MOHM SM L1 1210INDUCTOR 1AISC-1210-R27J-T

180nH INDUCTOR 1206 180NH UNSHLD

2% 700mA 430mOhms L2 1210INDUCTOR 11206CS-181XGLB

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