HID Global SE3210 User Manual

15370 Barranca Parkway

Irvine, CA 92618

iCLASS SE Reader Module

HARDWARE DEVELOPER GUIDE

SE3200-902, Rev B.0

October 2012

HID GLOBAL CONFIDENTIAL AND PROPRIETARY INFORMATION. Use and disclosure of this information is strictly restricted by the terms of the end user license agreement with HID Global Corporation. If you have received this information and are not an intended recipient or are not subject to or do not agree to be bound by the terms of the non-disclosure agreement, please immediately return this document to HID Global Corporation, 15370 Barranca Pkwy, Irvine, CA 92618-3106.

HID GLOBAL CONFIDENTIAL AND PROPRIETARY INFORMATION. Use and disclosure of this information is strictly restricted by the terms of the end user license agreement with HID Global Corporation. If you have received this information and are not an intended recipient or are not subject to or do not agree to be bound by the terms of the non-disclosure

List of Figures

Figure 1: iCLASS SE Reader Module Block Diagram ................................................................................. 11

Figure 2: SE3200Axx Connector Configuration .......................................................................................... 15

Figure 3: SE3210Axx Connector Configuration .......................................................................................... 15

Figure 4: SE3200 Mechanical Drawing ....................................................................................................... 19

Figure 5: SE3210Axx Mechanical Drawing ................................................................................................. 20

Figure 6: Output Circuit Wiegand Interface ................................................................................................. 23

Figure 7: HF Interface .................................................................................................................................. 25

Figure 8: HF Interface with Coax Cable ...................................................................................................... 25

Figure 9: Basic Antenna Tuning Network .................................................................................................... 26

Figure 10: Tuning Network with ULPM Support .......................................................................................... 27

Figure 11: iCLASS SE Reader Module Prox Interface with Antenna .......................................................... 28

Figure 12: Inductive Coupling Principle ....................................................................................................... 30

Figure 13: Mutual Inductance between Reader and Transponder Antenna ............................................... 30

Figure 14: Load Modulation Principle .......................................................................................................... 31

Figure 15: 4090A10 HF Antenna ................................................................................................................. 32

Figure 16: 6500-101-03 Prox Antenna ........................................................................................................ 38

Figure 17: 6500-101-03 Mechanical Drawing ............................................................................................. 38

List of Tables

Table 1: Feature Overview .......................................................................................................................... 10

Table 2: P301 Pin Configuration.................................................................................................................. 16

Table 3: P701 Pin Configuration.................................................................................................................. 16

Table 4: P702 Pin Configuration.................................................................................................................. 17

Table 5: P401 Pin Configuration.................................................................................................................. 18

Table 6: E501/E502 Pin Configuration ........................................................................................................ 18

Table 7: SE3210 Connector Types ............................................................................................................. 21

Table 8: Maximum Ratings .......................................................................................................................... 22

Table 9: Power Considerations ................................................................................................................... 22

Table 10: Power Supply Electrical Characteristics ...................................................................................... 23

Table 11: Host Interface Electrical Characteristics ...................................................................................... 23

Table 12: Wiegand Electrical Characteristics – Host Interface ................................................................... 24

Table 13: I/O Electrical Characteristics – Host Interface ............................................................................. 24

Table 14: Regulated Voltage Output Electrical Characteristics .................................................................. 24

Table 15: 13.56 MHz RF Interface - Electrical Characteristics Power Supply ............................................ 24

Table 16: 125 kHz RF Interface - Electrical Characteristics Power Supply ................................................ 24

Table 17: 4090A10 HF Antenna with Standard ID1 Transponders Read Ranges ...................................... 33

Table 18: Typical Read Ranges 4090A10 HF Antenna - HID Multi Technology Cards .............................. 34

Table 19: ULPM Card Detection Ranges 4090A10 HF Antenna ................................................................ 35

Table 20: ISO/IEC14443 Type A Modulation Waveforms ........................................................................... 35

Table 21: ISO/IEC14443 Type B Modulation Waveforms ........................................................................... 36

Table 22: FeliCa Waveforms ....................................................................................................................... 36

Table 23: Power Considerations ................................................................................................................. 37

Table 24: Electrical Characteristics 6500-101-03 ........................................................................................ 39

Table 25: Typical Read Ranges 6500-101-03 Prox Antenna ...................................................................... 39

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July 2012

H. Pirch

Initial Version for internal Beta

A

North America

Europe, Middle East and Africa

Phoenix Road Haverhill, Suffolk CB9 7AE England Connect_Europe@HIDGlobal.com

Asia Pacific

Copyright

Trademarks

HID GLOBAL, HID, the HID logo, iCLASS, iCLASS SE and SIO are the trademarks or registered trademarks of HID Global Corporation, or its licensors, in the U.S. and other countries.

Revision History

Date Author Description Document

Oct 2012 HP & IRC Changed contacts for HID Connect

iCLASS SE Reader Module Hardware Developer Guide, SE3200-902, Rev B.0

Version

B.0

1.3 Product guide removed table & inserted ref to micro-site

1.1.3 Remove product guide table

Contacts

15370 Barranca Parkway Irvine, CA 92618 USA Connect_Americas@HIDGlobal.com

19/F 625 King’s Road North Point, Island East Hong Kong Connect_APAC@HIDGlobal.com

HID GLOBAL CONFIDENTIAL AND PROPRIETARY INFORMATION. Use and disclosure of this information is strictly restricted by the terms of the end user license agreement with HID Global Corporation. If you have received this information and are not an intended recipient or are not subject to or do not agree to be bound by the terms of the non-disclosure

1 Introduction

1.1 Product Description

The iCLASS SE® Reader is part of HID Global’s next generation platform. The iCLASS SE Reader goes beyond the traditional smart card model offering secure and standards based independent technology and flexible identity data structure based on Secure Identity Object™

®

). SIO is a portable and open credential methodology.

(SIO

Building on the success of the existing OEM modules (including the OEM50 and OEM75) the iCLASS SE Reader enhances existing functionality with new SIO features. The new features include supporting NFC smartphones and other devices for mobile access while also providing increased levels of security.

The iCLASS SE Reader allows integrators to design third party solutions supporting a full range of contactless card technologies, including iCLASS provides PIV II compliance/ FIPS 201 certification and appears on the GSA Approved Products List (APL) allowing straightforward integration into U.S. Government applications.

The iCLASS SE Reader’s dual frequency capability allows the use of both high and low frequency credentials with the same reader, providing a solution for mixed credential and credential migration applications.

Another key feature of the iCLASS SE Reader is the straightforward field upgrade support that allows firmware changes and feature upgrades for installed readers to extend the lifecycle of customer installations.

For quick and easy integration, HID Global also provides an iCLASS SE Reader Developer Tool Kit (DTK). The DTK provides the necessary tools, documentation and developer resources material to shorten integration cycles and speed time to market with finished products.

1.1.1 Key Features

• Single platform supporting

o Secure Identity Object – Multi Layer security that extends beyond the card

technology, providing additional protection to identity data

o Dual Frequency and NFC Capability – Allows straightforward migration by

supporting low and high frequency credentials (including iCLASS Indala Prox, FeliCa enabled smartphones.

o Field upgradeability giving the installer the flexibility to implement new features

in the field and extending product lifecycle

• A complete flexible product line of reader boards, antennas and accessories.

• Developer tools and support. iCLASS SE Reader provides a fully featured

Development Tool Kit (DTK) providing web / desktop based tools and documentation.

• Development support from HID Global Support Services

• Product pre-certification for industry standard bodies such as modular-FCC and CE

• FIPS 201 PIV II compliance with inclusion on the GSA APL

®

, MIFARE® and HID Prox. It also



™

MIFARE Classic and MIFARE DESFire EV1) and NFC

, HID Prox,

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iCLASS SE Reader Module Hardware Developer Guide, SE3200-902, Rev B.0

• Ultra low power mode for battery- operated devices

• EAL5+ certified secure element hardware for protection of keys and cryptographic

operations to guard against security threats

1.1.2 iCLASS SE Reader Module Products

The iCLASS SE Reader Module comes in two form factors.

• 3200 iCLASS SE Reader Module

Same form factor as OEM50 28mm x 30.5mm (1.10" x 1.20")

• 3210 iCLASS SE Reader Module

Same form factor as eProx-Lock module 33mm x 43mm (1.3" x 1.7")

Development Tool Kit

• Development Board

• 3200 and 3210 iCLASS SE Reader

Modules

• HF and LF Antennas and cables

• Sample Credentials

• Memory Stick containing development

tools and documentation

HID GLOBAL CONFIDENTIAL AND PROPRIETARY INFORMATION. Use and disclosure of this information is strictly restricted by the terms of the end user license agreement with HID Global Corporation. If you have received this information and are not an intended recipient or are not subject to or do not agree to be bound by the terms of the non-disclosure

1.1.3 Product Guide

Abbreviation

Description

ANT

Antenna

ARM

Advanced RISK Machine

CSN

Card Serial Number

DNC

Do Not Connect

EMC

Electro Magnetic Compatibility

FSK

Frequency Shift Keying

FCC

Federal Communication Commission

HF

High Frequency (13.56 MHz)

LED

Light Emitting Diode

NPM

Normal Power Mode

PICC

Proximity IC Card

The iCLASS SE reader module comes in two form factors. It can also be configured for high frequency card reading only or High & low frequency (prox).

In addition there are two different levels of security provided.

Key Security Notes:

Standard V1 Security: Standard Security (Version 1) Keyset – coupled with the Standard

13.56 MHz interpreter provides compatibility with iCLASS SE, iCLASS SR, standard iCLASS, SE for MIFARE Classic and SE for MIFARE DESFire EV1 credentials.

Standard V2 Security: Standard Security (Version 2) Keyset – coupled with the SIO (Only)

13.56 MHz interpreter provides compatibility with iCLASS SE, MIFARE Classic SE and MIFARE DESFire EV1 SE credentials

Elite Security: Elite reads only SE Elite™ credentials with unique matching keys. Works with iCLASS SE, iCLASS SR, standard iCLASS, SE for MIFARE Classic and SE for MIFARE DESFire EV1 with matching Elite keys. Requires ICE reference number.

Prox Reading Notes:

Standard Prox: HID Prox, AWID, EM4102 and Indala (10022 – 26-bit)

Custom Prox: HID Prox, AWID, EM4102 and Indala Custom format

For full ordering information including options, see the Embedded Technology Solutions How to Order Guide:

http://www.hidglobal.com/documents/embedded_htog_en.pdf

1.2 Scope/Purpose

This document describes the hardware features of the iCLASS SE Reader Module. The product is available in two form factors with various different configurations. Form factor and host connectors are backward compatible to the OEM75 module.

1.3 Terms and Abbreviations

.

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FeliCa

Felicity Card

IC

Industry Canada (Industrie Canada)

I/O

Input / Output

LF

Low Frequency (125 kHz)

Optimized

Configured/Developed to operate at the best performance level

RF

Radio Frequency

RFID

Radio Frequency Identification

R&TTE

Radio and Telecommunications Terminal Equipment

SIO

Secure Identity Object

SPI

Serial Peripheral Interface

Ta

Ambient Temperature

TTL

Transistor – Transistor Logic

UART

Universal Asynchronous Receiver Transmitter

UID

Unique Identifier

UL

Underwriters Laboratories

USB

Universal Serial Bus

ULPM

Ultra Low Power Mode

iCLASS SE Reader Module Hardware Developer Guide, SE3200-902, Rev B.0

Abbreviation Description

HID GLOBAL CONFIDENTIAL AND PROPRIETARY INFORMATION. Use and disclosure of this information is strictly restricted by the terms of the end user license agreement with HID Global Corporation. If you have received this information and are not an intended recipient or are not subject to or do not agree to be bound by the terms of the non-disclosure

2 Overview

Classic, MIFARE DESFire 0.6 & EV1

ISO/IEC15693

CSN only

Pico15693

ISO/IEC15693 with proprietary protocol

Pico14443B

ISO/IEC14443 Type B with proprietary protocol

HID iCLASS

ISO/IEC14443 and ISO/IEC15693 mode

FeliCa

CSN only

HID Prox

Indala Prox

SPI

UART

Suggested host interface

Wiegand

Output only binary interface

Operating Temperature

-25°C to 65°C

Storage Temperature

-45°C to 85°C

Humidity

0-90% non condensing

FCC & IC

FCC and Industry Canada Modular Approval

Immunity)

RoHS & REACH

Component

GSA

SE32x0Axx-G3.0 only (in process)

2.1 Features

Table 1: Feature Overview

Type Feature Comment

RF Interface

Host Interfaces

Environmental Properties

ISO/IEC14443

ISO/IEC14443 Type A&B up to 848kbps, MIFARE

SE32x0APx only

CE Marking

Certifications

UL Recognized

R&TTE Directive (Emissions, Indirect ESD, RF

UL 294 (in process)

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2.2 Block Diagram

iCLASS SE Reader Module Hardware Developer Guide, SE3200-902, Rev B.0

Figure 1: iCLASS SE Reader Module Block Diagram

HID GLOBAL CONFIDENTIAL AND PROPRIETARY INFORMATION. Use and disclosure of this information is strictly restricted by the terms of the end user license agreement with HID Global Corporation. If you have received this information and are not an intended recipient or are not subject to or do not agree to be bound by the terms of the non-disclosure

2.3 Theory of Operation



2.3.1 Power Modes

• Normal Power Mode (NPM) – The module is constantly powered on and polling for cards. The module is never asleep in this mode. Use this mode with an external power supply. The module is always ready to receive a command from the host.

• Ultra Low Power Mode (ULPM) – This power mode was designed for fixed location battery powered applications (for example, door or cabinet lock). The module is constantly monitoring the antenna for an impedance shift to detect a card presented to the antenna. Once detecting an impedance shift on the HF antenna, the module wakes up and polls for cards in the field. If a card is detected in the RF field, the module reads the card data, pulses the Card Present line, outputs the card data, and goes back to sleep within a configured period of time to conserve power.

Note: If developing a handheld unit, operate the iCLASS SE Reader Module in Normal Power Mode and disable the power when not in use.

Power Autonomous

Mode

NPM

ULPM

2.3.2 Module – Transponder Interaction

• Autonomous Mode – The iCLASS SE Reader Module is intended to automatically access and report the secure payload or the serial number (UID/CSN) of a transponder. Thereby it acts on its protocols and applications configuration to automatically report the payload on its Wiegand, UART and/or SPI ports.

Advanced Protocol Interface Mode (API) – The host communicates with the transponder in the field through the iCLASS SE Reader Module’s serial protocol. (UART or SPI is required) Note: API calls are available in ULPM after the module outputs its autonomous data (configuration dependant).



Autonomous & API Mode

after autonomous output

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Pin 1

Exc Supply

No signal on the SE32XX

Pin 2

Exc Return is not used

No signal on the SE32XX

Pin 3

Serial Transmit

Same as P301 pin 8 - UART Transmit

Pin 4

Serial Receive

Same as P301 pin 7 - UART Receive

Pin 5

Vdd Return

Same as P701 pin 2 - Battery Minus

and 5VDC is a good supply voltage

iCLASS SE Reader Module Hardware Developer Guide, SE3200-902, Rev B.0

2.4 Peripheral Circuits

The following section details recommended peripheral circuitry.

2.4.1 External Pull-up Resistors

External pull-up resistors may be required on the UART Tx and MOSI lines to prevent floating I/O anomalies.

2.4.2 External Noise Filter

If false card detections occur in Ultra Low Power mode, or the host has spectral noise, a line filter designed to block frequencies in the 10 KHz to 50 KHz range is beneficial when inline with the power line.

2.4.3 Adding External LEDs and Beeper

The Cathodes are connected through an external resistor to the RED or GREEN LED connector port signals. The OEM supplies current limiting resistors for modules.

The value of these resistors depends on how much current is provided for the LEDs. Consider the combined voltage drop of the resistor and OEM75 output low voltage on these signal lines when selecting the LED brightness.

2.5 Transitioning from the OEM50, OEM75 and eProxL Modules

Provided are suggestions for transitioning from the HID OEM50 and eProx Lock modules to the OEM75.

2.5.1 OEM50

If you are transitioning from an OEM50 – here are the differences.

• The OEM50 connector is a 2 X 6 0.1" space pin header or PWB hole pattern.

• The OEM50 has a two-wire interface to the antenna and the iCLASS SE

Reader has a 2-wire interface for NPM and a 5-wire interface for ULPM applications. Therefore, it is possible that the OEM50 antenna will work with the SIO Processor Board in NPM.

• The harness and signal changes to adapt the signals from the OEM50 2 X 6 pattern to an OEM75 1 x 9 1.25mm pattern are the following.

Note: The additional P2 for HSI and SPI interfaces are 1 x 8 1.25mm pattern.

OEM50 SE32XX

P2 Connector

Pin 6 Vdd +5VDC

HID GLOBAL CONFIDENTIAL AND PROPRIETARY INFORMATION. Use and disclosure of this information is strictly restricted by the terms of the end user license agreement with HID Global Corporation. If you have received this information and are not an intended recipient or are not subject to or do not agree to be bound by the terms of the non-disclosure

Same as P701 pin 1 - Battery Positive

OEM50

SE32XX

P1 Connector

Pin 1

Open Output

SE32XX does not have a similar signal

Pin 2

Ground

Same as P301 pin 2, signal Ground

OEM50 is inverted logic

Pin 5

Power On Reset

Same as P701 pin 3 /Reset function

Pin 6

Hold

Similar to P701 pin 4, however /Hold is low active

Pin 3 Wiegand Data1

Pin 4 Wiegand Data0

2.5.2 OEM75

The SE32XX module I/O is directly pin-for-pin compatible with the OEM75.

The OEM75 antennas are incompatible with the SE32XX module.

ULPM average current remains the same while peak current is higher for the SE32XX module.

2.5.3 eProx Lock Module

The eProx

®

Lock connector is the same as the SE32XX connector P701.

Wiegand data output is per the SIA AC-01 (1996.10) specification, except Voh is 3.3VDC max, and not 4.0 to 5.5 VDC

OEM50 is inverted logic

Wiegand data output is per the SIA AC-01 (1996.10) specification, except Voh is 3.3VDC max, and not 4.0 to 5.5 VDC

CAUTION: The connections between the SE32XX and the eProx Lock modules are reversed.

A straight-thru cable will not work. Twist the cable 180 degrees to ensure that Pin 1 on one module correctly mates with Pin 1 on the other module.

The two-wire 125 kHz antenna for the eProx Lock may not be interchangeable with an SE32XX Prox antenna.

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iCLASS SE Reader Module Hardware Developer Guide, SE3200-902, Rev B.0

3 Connector Configuration

3.1 SE3200Axx Connectors

Figure 2: SE3200Axx Connector Configuration

3.2 SE3210Axx Connectors

Figure 3: SE3210Axx Connector Configuration

HID GLOBAL CONFIDENTIAL AND PROPRIETARY INFORMATION. Use and disclosure of this information is strictly restricted by the terms of the end user license agreement with HID Global Corporation. If you have received this information and are not an intended recipient or are not subject to or do not agree to be bound by the terms of the non-disclosure

3.3 Pin Configuration

+3.3 VDC

Output

0.1W maximum power sourced output

GND

Reference

Logic level reference

SPI_CLK

Input

SPI clock signal

SPI_nCS

Input

SPI chip select (active low)

SPI_MOSI

Input

SPI data in

SPI_MISO

Output

SPI data out

URX

Input

UART data in

UTX

Output

UART data out

1

VIN

Supply

Supply Voltage Positive

2

VRTN

Supply

Supply Voltage Negative

3

nReset

Input

Reset (active low)

released, as configured (active low)

output on the configured host interface.

6

WG_DATA0

Output

Wiegand Data 0

7

WG_DATA1

Output

Wiegand Data 1

Signal which enables off board signaling

board LED

3.3.1 P301 Host Interface Connector

This connector is compatible with P1 of the OEM75 module.

Table 2: P301 Pin Configuration

Pin Signal Name Type Function

1

2

3

4

5

6

7

8

3.3.2 P701 Power and I/O Connector

This connector is compatible with P2 of the OEM75 module.

Table 3: P701 Pin Configuration

Pin Signal Name Type Function

4 nHold Input

5 nGLED_CPRES Output

8 nBEEPER Output

9 nRLED Output

Signal that holds off the presentation of the card data. When asserted, this line either buffers a card or disables a card read until

The signal on this pin reflects the recognition of a card near the antenna. The autonomous read and buffered data from the credential is

Signal which can be used to enable an off

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released, as configured (active low)

2

VIN

Supply

Supply Voltage Positive

3

NC Not Connected

4

VIN

Supply

Supply Voltage Positive

5

NC

6

VRTN

Supply

Supply Voltage Negative

7

URX

Input

UART data in

8

SPI_MISO

Output

SPI data out

9

UTX

Output

UART data out

10

SPI_MOSI

Input

SPI data in

12

VRTN

Supply

Supply Voltage Negative

13

WG_DATA0

Output

Wiegand Data 0

14

DNC

Do Not Connect

15

DNC

Do Not Connect

16

DNC

Do Not Connect

17

DNC

Do Not Connect

18

nReset

Input

Reset (active low)

19

+3.3VDC

Output

0.1W maximum power sourced output

20

VRTN

Supply

Supply Voltage Negative

output on the configured host interface.

22

SPI_CLK

Input

SPI clock signal

23

nBeeper

Output

Signal which enables off board signaling

24

SPI_nCS

Input

SPI chip select (active low)

25

NC Not Connected

26

VRTN

Supply

Supply Voltage Negative

27

DNC

Do Not Connect

board LED

29

DNC

Do Not Connect

30

NC Not Connected

iCLASS SE Reader Module Hardware Developer Guide, SE3200-902, Rev B.0

3.3.3 P702 Board to Board Connector

This connector is an alternative interconnection method to P301 and P701.

Table 4: P702 Pin Configuration

Pin Signal Name Type Function

1 nHold Input

11 WG_DATA1 Output Wiegand Data 1

Signal that holds off the presentation of the card data. When asserted, this line either buffers a card or disables a card read until

The signal on this pin reflects the recognition

21 nGLED_CPRES Output

28 nRLED Output

of a card near the antenna. The autonomous read and buffered data from the credential is

Signal which can be used to enable an off

3.3.4 P401 HF Antenna Connector

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This antenna connection IS NOT compatible with an OEM75 antenna.

Signal Name

Type

Function

1

ATX

Output

13.56 MHz antenna driving signal

2

GND

Reference

Antenna ground reference

3

PING_LVL

Input

4

PING_SIG

Output

5

PING_EN

Output

E501

PROX_TX1

Output

E502

PROX_TX2

Output

Table 5: P401 Pin Configuration

3.3.5 E501/E502 Prox Antenna Connector

Table 6: E501/E502 Pin Configuration

Pin Signal Name Type Function

Signals for low power card detection in ULPM

125 kHz antenna driving signal

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iCLASS SE Reader Module Hardware Developer Guide, SE3200-902, Rev B.0

4 Mechanical Specifications

The following section details the mechanical specifications for the iCLASS SE Reader Module and its connectors. Detailed drawings are also available at the iCLASS SE Reader Module micro-site.

4.1 SE3200Axx

This form factor is compatible with OEM75 model 3141ADx.

Figure 4: SE3200 Mechanical Drawing

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4.2 SE3210Axx

This form factor is compatible with OEM75 modules 3141AAx, 3141AEx and 3141ACx.

Figure 5: SE3210Axx Mechanical Drawing

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Mates with: Molex 05102 series

Mates with: DF12-DS series

Mates with: Molex 05102 series

module for non potted integrations)

iCLASS SE Reader Module Hardware Developer Guide, SE3200-902, Rev B.0

4.3 Connector Types

4.3.1 SE3210Axx Connector Types

The following connectors are used for interconnection with host and antenna.

Table 7: SE3210 Connector Types

Connector Function Type / Counterpart

P301

P701 Wiegand and I/Os

P702

Power supply and host interfaces

Alternative connection to P301 and P702

Manufacturer: Molex Type: PicoBlade Part Number: 53048-0810

Manufacturer: Molex Type: PicoBlade Part Number: 53048-0910

Manufacturer: Hirose Electric Type: Board to Board Part Number: DF12D(5.0)-30DP-

0.5 VDC

P401 HF Antenna

E501 / E502 Prox Antenna

4.3.2 SE3200Axx Interconnect

The SE3200Axx is designed as the smallest form factor possible. This module offering was designed to be header mounted on a host board utilizing the P301 and P701 through-hole connections. Use P702 as an alternative board-to-board connection if preferred.

Some header sources are:

• Cherng Weei

• HLCO

Each company’s part drawings are located on the DTK micro-site.

Manufacturer: Molex Type: PicoBlade Part Number: 53048-0510

Direct connect solder to module - no connector (It is recommended that the Prox antenna also be strain relieved by applying epoxy to adhere the antenna leads to the

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5 Electrical Specifications

Operating Temperature

-25°C to 65°C

Storage Temperature

-45°C to 85°C

Maximum Operating Voltage

10 VDC

No Prox

(HF deactivated)

Average DC current at 20°C

50 mA

5.1 Maximum Ratings

Stresses beyond those listed may cause permanent damage to the device. This is a stress rating and functional operation of the device at these or other conditions (beyond those indicated in the operational sections) is not implied. Exposure to absolute maximum rating conditions for extended periods may affect device reliability.

Table 8: Maximum Ratings

5.2 Current Draw

The following measurements were performed with a 50 Ohm load connected to the HF interface. In the case a real antenna is connected to the iCLASS SE Reader Module’s power, consumption changes depending on the presence of a transponder and its relative position to the antenna. For that reason, find guidance for changing power consumption for particular antennas in section 6 RF Interfaces.

The power consumption is independent of the supply voltage, as the iCLASS SE Reader Module uses a linear regulation system.

Table 9: Power Considerations

Mode Parameter Min Typ Max Unit

Normal Power Mode Polling for HF transponders

in autonomous mode

Normal Power Mode Polling for Prox Credentials

1

Average DC current at 20°C 40 mA

Peak Current 2 at 20°C 81 mA

Peak Current 2 at 20°C 80 mA

1

vary the power consumption.

2

field. The peak currents are also considered in the average current measurement.

Average DC current at 20°C 8.5 µA

Ultra Low Power Mode

Peak Current 2 at 20°C 24 µA

Polling cycle includes ISO/IEC14443 Type A and Pico15693. Adding additional protocols to the polling cycle may

When the carrier is turned on, the current consumption of the module may build to create the required magnetic

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Signal

Parameter

Min

Typ

Max

Unit

Input Voltage SE32x0A0x

3.60

4.00

10.00

VDC

Input Voltage SE32x0APx

4.95

5.25

10.00

VDC

Current Consumption Normal Operation

mA

Mode

Signal

Parameter

Min

Typ

Max

Unit

Input Voltage

-0.5 7

VDC

High-level Input Voltage

2.31

VDC

Low-level Input Voltage

0.99

VDC

Input Leakage Current

±0.1 µA

High-level Output Voltage

2.9 VDC

Low-level Output Voltage

0.4

VDC

Output Current

2

mA

UART

Baudrate

576k

Baud

SPI

Baudrate

300k

Baud

5.3 Power Supply

Table 10: Power Supply Electrical Characteristics

VIN

Current Consumption Ultra Low Power

Note: The power consumption depends on the operation mode and the connected antenna / tuning. See section 4 Mechanical Specifications.

5.4 Host Interfaces

The host interface signals are backward compatible with the OEM75 product.

Table 11: Host Interface Electrical Characteristics

SPI_nCS SPI_CLK,

SPI_MOSI URX

iCLASS SE Reader Module Hardware Developer Guide, SE3200-902, Rev B.0

µA

SPI_MISO UTX

5.5 Wiegand

The Wiegand interface signals are backward compatible with the OEM75 product.

Figure 6: Output Circuit Wiegand Interface

HID GLOBAL CONFIDENTIAL AND PROPRIETARY INFORMATION. Use and disclosure of this information is strictly restricted by the terms of the end user license agreement with HID Global Corporation. If you have received this information and are not an intended recipient or are not subject to or do not agree to be bound by the terms of the non-disclosure

Table 12: Wiegand Electrical Characteristics – Host Interface

Signal

Parameter

Min

Typ

Max

Unit

WG_DATA0 WG_DATA1

Current Draw (into 1K + 10ohms)

WG_DATA0 WG_DATA1

Signal

Parameter

Min

Typ

Max

Unit

nRLED

Low-level Input Voltage

0.2

VDC

High-level Input Voltage

1.6

5.5

VDC

Low-level Input Voltage

0.2

VDC

High-level Input Voltage

1.6

5.5

VDC

Signal

Parameter

Min

Typ

Max

Unit

Output Voltage

3.168

3.3

3.432

VDC

Output Current

30

mA

ATX

Output Power

750

1000

mW

PING_EN

PROX_TX2

2.6(*) mA

High Level Output Voltage

5.6 I/O

The I/O signals are backward compatible to the OEM75 product.

Table 13: I/O Electrical Characteristics – Host Interface

nGLED_CPRES nBEEPER

nReset

nHold

Current Draw (Open Collector)

5.7 Regulated Voltage Outputs

Table 14: Regulated Voltage Output Electrical Characteristics

+3V3

Note: The regulated voltage output is deactivated if the module is in Ultra Low Power mode.

2.6

60 mA

VDC

5.8 RF Interface (13.56 MHz)

Table 15: 13.56 MHz RF Interface - Electrical Characteristics Power Supply

Signal Parameter Min Typ Max Unit

PING_LVL PING_SIG

Connect according to 6.1.1 Ultra Low Power Mode.

Note: The output power depends on the connected antenna and its impedance. For optimum performance, a 50Ω tuned antenna is recommended.

5.9 RF Interface (125 kHz/Prox)

Table 16: 125 kHz RF Interface - Electrical Characteristics Power Supply

Signal Parameter Min Typ Max Unit

PROX_TX1

Output Peak Current

200 mA

October 2012 Page 25 of 42

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SIO Reader Board

P401

Tuning

Network

Antenna

Pin1-ATX

Pin2-GND

50 Ohm

Coax Cable

iCLASS SE Reader Module Hardware Developer Guide, SE3200-902, Rev B.0

6 RF Interfaces

Depending on the configuration, the iCLASS SE Reader Module offers up to two different RF interfaces.

• HF interface for 13.56 MHz transponders

• Prox interface for 125 kHz transponders (SE32x0APx only)

6.1 HF Interface (13.56 MHz)

The HF interface is optimized for operation with 50Ω tuned antennas.

Figure 7: HF Interface

The impedance of 50Ω allows for integrated antennas, as well as remote antennas connected through a coax cable. Use a coaxial connection whenever operating the module in Normal Power Mode, if possible.

Figure 8: HF Interface with Coax Cable

HID GLOBAL CONFIDENTIAL AND PROPRIETARY INFORMATION. Use and disclosure of this information is strictly restricted by the terms of the end user license agreement with HID Global Corporation. If you have received this information and are not an intended recipient or are not subject to or do not agree to be bound by the terms of the non-disclosure

Realize a simple tuning network by using two capacitors, one serial and one parallel.

Figure 9: Basic Antenna Tuning Network

Za Antenna impedance

Cs Serial Capacitor

Cp Parallel Capacitor

Rp Parallel damping resistor for Q-factor control

Ra Serial antenna resistance

La Antenna inductance

For the capacitors C0G or NP0, dielectrics with a voltage rating larger than 50 VDC are recommended.

In practice, Cs and Cp may consist of several parallel capacitors to get better granularity.

Be aware that HID is offering further documents, support and services in terms of antenna design and support. These might require special or service level agreements. Contact your sales manager for details about this offering.

October 2012 Page 27 of 42

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iCLASS SE Reader Module Hardware Developer Guide, SE3200-902, Rev B.0

6.1.1 Ultra Low Power Mode

To allow for the ULPM, take additional measures at the antenna circuit. A transistor, as well as two additional measurement lines, is introduced to enable the low power card detection circuit on the iCLASS SE Reader Module.

Figure 10: Tuning Network with ULPM Support

For Transistor Q1, a ZXM61N02F type or similar is recommended.

Note: Only the HF interface is capable of detecting transponders in ULPM. However, Prox transponders may be recognized by the HF interface. If supporting Prox credentials in the ULPM, concentrically rearrange the Prox and HF antenna.

HID GLOBAL CONFIDENTIAL AND PROPRIETARY INFORMATION. Use and disclosure of this information is strictly restricted by the terms of the end user license agreement with HID Global Corporation. If you have received this information and are not an intended recipient or are not subject to or do not agree to be bound by the terms of the non-disclosure

6.2 Prox Interface (125 kHz; SE32x0APx only)

The Prox interface is optimized for connection to the HID Prox antenna 6500-101-03. If this antenna or one with equal electrical characteristics is used, no additional components are required.

Figure 11: iCLASS SE Reader Module Prox Interface with Antenna

The onboard capacitor of 2nF and the external antenna coil build a serial resonator. Choose approximately 125 kHz for the resonance frequency. An additional 33Ω resistor is used to control the quality factor of the antenna.

If the used antenna has a different electrical characteristic than the HID 6500-101-03 Prox antenna, external components may be necessary to adjust resonance frequency and quality factor to the desired value.

The desired quality factor of the system is between 5 and 15 depending on antenna size.

HID provides additional documents, support and services for antenna design and support. These documents may require service level agreements. Contact your sales manager for more details.

October 2012 Page 29 of 42

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iCLASS SE Reader Module Hardware Developer Guide, SE3200-902, Rev B.0

7 Antennas

All antennas offered for the iCLASS SE Reader Module are optimized for a free air environment. A free air environment is one in which there are no external effects on the field produced by the antenna and which might degrade its performance (for example, metal or stray capacitance).

When an air-tuned antenna is placed near metal, its tuning is affected causing a degradation of read performance.

All air-tuned antennas are optimized for a 50mm interconnect cable length. Different cable lengths may also lead to performance degradation and optimization may be required.

Environment deviations (from free air, as well as antenna interconnect cable length and routing the HF antenna interconnect cable along metal) require performing antenna optimization to ensure that the RF interface operates optimally within the integrated environment. It is suggested that the antenna and antenna interconnect cable be integrated into the end product to mirror a free air environment.

7.1 Basic Antenna Operation

Credentials obtain their power from the magnetic field generated by the antenna of the reader. At the operating frequency of the reader, this interaction is similar to the operation of an air core transformer. When an antenna is energized by an alternating current, the induced magnetic field is directly proportional to the area enclosed by the antenna loop. The larger the loop, the more excitation current is required to produce the same level of magnetic flux. That flux covers a larger area and so the read range is extended. Other external factors affect the magnitude of this induced magnetic field. Magnetic lines of flux when generated by a loop antenna are oriented perpendicular to the plane of the loop. This is known as the right-hand rule, the magnetic field wraps around the wire in the direction of current flow.

HID GLOBAL CONFIDENTIAL AND PROPRIETARY INFORMATION. Use and disclosure of this information is strictly restricted by the terms of the end user license agreement with HID Global Corporation. If you have received this information and are not an intended recipient or are not subject to or do not agree to be bound by the terms of the non-disclosure

7.1.1 Inductive Coupling

An inductively coupled transponder usually consists of a single chip and an attached coil, which is used as an antenna.

Most inductively coupled transponders are passive, meaning that power is supplied by the reader. To this end, the reader produces a magnetic field that the transponder uses for power.

Figure 12: Inductive Coupling Principle

Mathematically, treat the coupling as a simple alternating magnetic field. The wavelength at the frequencies of interest is much higher than the distance between the tag and reader (22.1 m at 13.56 MHz). Both antenna coils (transponder and reader) have a parallel capacitor, creating a parallel resonant circuit. The capacitor is chosen to achieve a resonance frequency near the working / carrier frequency of 13.56 MHz.

Interpret the arrangement of the two coils as a loosely coupled transformer, with a coupling factor that varies with position and geometry.

Figure 13: Mutual Inductance between Reader and Transponder Antenna

October 2012 Page 31 of 42

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7.1.2 Load Modulation

As previously mentioned, interpret the inductively coupled system as a transformer. Putting a transponder (with a SRF around 13.56 MHz) into the magnetic field of a reader absorbs energy from the field. This loading of the reader’s antenna, caused by the transponder, is represented as transformed impedance at the antenna.

To communicate with the reader, the transponder switches an additional load resistor across its own antenna. This results in a further impedance / voltage change at the reader’s antenna. Therefore, the credential does not actually transmit.

iCLASS SE Reader Module Hardware Developer Guide, SE3200-902, Rev B.0

Figure 14: Load Modulation Principle

7.2 Antenna Integration

Magnetic field antennas operate optimally within a free-air environment because the magnetic field propagates perpendicularly with equal magnitude to the back and front of the antenna. Antenna performance degradation due to Eddy Current loss begins at the point where a metallic plate begins to enter the periphery of the magnetic flux lines of the magnetic field. Note: Magnetic field losses due to Eddy Currents are not recoverable.

Magnetic field loss is extremely important. As loss increases, the available magnetic field to power a credential and for the credential to load modulate is reduced, thus, affecting RF performance of the system.

7.2.1 Steps to Integration

Due to antenna parasitic shift and eddy current losses, RF implementation should be fully planned out prior to an industrial/mechanical design. This requires experimentation to be completed including the proximity of metal obstructions in the proximity of the antenna (including the LF antenna for HF+LF applications).

7.2.2 Antenna Interconnect Cable

The antenna interconnect cable is also designed to be routed in a free air environment. Routing the antenna interconnect cable across metal structures shifts the antenna characteristics and requires optimization.

7.2.3 Training and Assistance

HID GLOBAL CONFIDENTIAL AND PROPRIETARY INFORMATION. Use and disclosure of this information is strictly restricted by the terms of the end user license agreement with HID Global Corporation. If you have received this information and are not an intended recipient or are not subject to or do not agree to be bound by the terms of the non-disclosure

HID Connect Applications Engineering staff will provide RF integration review and conceptual training for integrators. In addition, HID provides antenna optimization and design services through a Customer Product Opportunity Program.

7.3 4090A10 HF Antenna

Figure 15: 4090A10 HF Antenna

The 4090A10 HF antenna has an impedance of 50Ω and is optimized for operation with a 50mm ribbon cable. The antenna is tuned for a free air environment.

7.3.1 Mechanical Data

Detailed drawings are available at the iCLASS SE Reader micro-site.

October 2012 Page 33 of 42

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14.64

50

15.17

50

(MF0ICU2)

Semiconductors

14.04

55

14.81

50

15.83

40

(MF1S70)

Semiconductors

15.28

50

15.34

40

(MF1PLUSx0)

Semiconductors

14.94

40

15.37

45

15.50

40

15.00

45

15.73

40

15.05

40

15.68

35

16.07

40

16.34

35

(P5CD081)

15.21

20

15.34

20

13.63

100

13.86

80 14.14

70

iCLASS 16k

HID Global

ID1 Card

ISO/IEC15693

13.67

95

iCLASS SE Reader Module Hardware Developer Guide, SE3200-902, Rev B.0

7.3.2 Typical Read Ranges with Standard Transponders

The following read ranges are for indication only. The read range of a transponder may vary significantly depending on antenna size and quality factor. Table 17: 4090A10 HF Antenna with Standard ID1 Transponders shows tested card self-resonance frequency to provide an indication for the antenna design difference.

For these read range tests, the transponder serial number was read. No cryptographic operations were performed.

Table 17: 4090A10 HF Antenna with Standard ID1 Transponders Read Ranges

Transponder / IC T ype

MIFARE Ultralight (MF0ICU1)

Manufacturer Form Factor

ID1 Card

NXP Semiconductors

Standard / Modulation Scheme

ISO/IEC14443 (Type A)

SRF [MHz]

14.51 55

Typical Read Range [mm]

MIFARE Ultralight C

MIFARE Classic (MF1S50)

MIFARE Classic

MIFARE Classic (SLE66CL160S)

MIFARE Plus X

MIFARE DESFire (MF3ICD40)

MIFARE DESFire EV1 (MF3ICD21)

SLE55R16

SmartMX (P5CD072)

SmartMX

CD21 ITSO

iCLASS 32k HID Global

NXP

NXP Semiconductors

NXP

Infineon Technologies

NXP

NXP Semiconductors

Infineon Technologies

NXP Semiconductors

Oberthur Card Systems

ID1 Card

ISO/IEC14443 (Type A) 14.12 40

ISO/IEC14443 (Type A)

ISO/IEC14443 (Type A) 15.22 45

ISO/IEC14443 (Type A)

ISO/IEC14443 (Type A) 15.58 45

ISO/IEC14443 (Type A)

ISO/IEC14443 (Type A) 16.85 20

ISO/IEC14443 (Type B)

ISO/IEC15693

HID GLOBAL CONFIDENTIAL AND PROPRIETARY INFORMATION. Use and disclosure of this information is strictly restricted by the terms of the end user license agreement with HID Global Corporation. If you have received this information and are not an intended recipient or are not subject to or do not agree to be bound by the terms of the non-disclosure

Transponder /

iCLASS 2k

HID Global

ID1 Card

ISO/IEC15693

13.48

95

(SRF55V02P)

(SRF55V10S)

(SL2ICS20)

(SL2ICS53)

13.68

110

13.89

90

13.52

65

14.15

50

13.57

35

13.58

35

Card Type

Manufacturer

Standard / Modulation Scheme

Chip

Typical Read Range[mm]

MIFARE / Prox

HID Global

ISO/IEC14443 (Type A)

MIFARE

40

DESFire / Prox

HID Global

ISO/IEC14443 (Type A)

DESFire

35

ISO/IEC14443 (Type A)

MIFARE

45

ISO/IEC15693

iCLASS

60

DESFire / Prox

ISO/IEC14443 (Type A)

DESFire

40

ISO/IEC15693

iCLASS

50

IC T ype

Manufacturer Form Factor

Standard / Modulation Scheme

SRF [MHz]

Typical Read Range [mm]

My-d vicinity plain

My-d vicinity secure

Tag-it HF-I Plus

ICODE SLI

ICODE SLI-S

LRi2K

FeliCa RC-S962 Sony Corporation

FeliCa RC-S915 Sony Corporation

Infineon Technologies

Texas Instruments

NXP Semiconductors

ST Microelectronics

ID1 Card

ISO/IEC15693 13.93 90

ISO/IEC15693 14.44 75

ISO/IEC15693 13.74 70

ISO/IEC15693 13.38 80

ISO/IEC15693 13.68 120

ISO/IEC15693

FeliCa

7.3.3 Typical Read Ranges with HID Multi Technology Cards

For this read range tests the serial number of each individual HF chip inside the multi technology card was read. For Prox read ranges, see Section 7.4 6500-101-03 Prox Antenna.

Note: Read range varies depending on the transponders antenna size, design, SRF and Quality.

Table 18: Typical Read Ranges 4090A10 HF Antenna - HID Multi Technology Cards

iCLASS / MIFARE / Prox

iCLASS /

HID Global

7.3.4 ULPM Card Detection Range

The card detection range in Ultra Low Power Mode depends on the loading effect the transponder imposes on the iCLASS SE Reader Module’s antenna. That means that cards with lower loading effect will generally have a shorter detection range.

October 2012 Page 35 of 42

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Transponder /

Manufacturer

SRF[MHz]

Typical Detection

MIFARE Ultralight (MF0ICU1)

NXP Semiconductors

14.51

55

MIFARE Classic (MF1S50)

NXP Semiconductors

14.04

55

MIFARE DESFire (MF3ICD40)

NXP Semiconductors

15.37

45

iCLASS 32k

HID Global

13.63

90

FeliCa RC-S962

Sony Corporation

13.52

85

H

iCLASS SE Reader Module Hardware Developer Guide, SE3200-902, Rev B.0

The following table provides an overview of typical detection ranges with some transponders.

Table 19: ULPM Card Detection Ranges 4090A10 HF Antenna

IC T ype

Note: If the card detection range exceeds the actual read range, the reader may wake up but

not read the transponder successfully at this distance.

7.3.5 RF Properties

Provided is an overview on the RF properties of the 4090A10 HF antenna in combination with the iCLASS SE Reader Module. The modulation waveforms were measured at a distance of 10mm. Parameters may vary per unit due to component tolerances. The compliance of the modulation waveforms is essential to ensure the interoperability with various transponders in the field.

All measurements were performed in accordance to the ISO/IEC10373-6 standard.

Note: The following graph shows that at distances smaller than 12mm, the detuning of the Reference PICC used for the measurement causes the field strength to decrease. Observe similar behavior with transponders that introduce a loading effect of similar magnitude.

Range[mm]

4090A10 Magnetic Field Strength H

3.5

3

2.5

2

H[A/m]

1.5

1

0.5

0

2 4 6 8 10 12 14 16 18 20

d[mm]

Table 20: ISO/IEC14443 Type A Modulation Waveforms

T1 Pause Length

HID GLOBAL CONFIDENTIAL AND PROPRIETARY INFORMATION. Use and disclosure of this information is strictly restricted by the terms of the end user license agreement with HID Global Corporation. If you have received this information and are not an intended recipient or are not subject to or do not agree to be bound by the terms of the non-disclosure

2.52µs

T2 Low Time

520ns

Table 21: ISO/IEC14443 Type B Modulation Waveforms

T3 Rise Time to 90%

T4 Rise Time to 60%

Overshoot 8.53%

Tr Rise Time

Tf Fall Time

Modulation Index 10.13%

325ns

98ns

720ns

510ns

Table 22: FeliCa Waveforms

Overshoot 1.2%

Undershoot 0.9%

Tr Rise Time

730ns

October 2012 Page 37 of 42

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Mode

Parameter

Min

Typ

Max

Unit

- iCLASS card in 10mm

- No Prox

- iCLASS card in 50mm distance

- iCLASS card in 70mm distance

iCLASS SE Reader Module Hardware Developer Guide, SE3200-902, Rev B.0

7.3.6 Power Considerations

If a transponder is presented to the 4090A10 HF antenna, the impedance of the antenna is bound to change. The magnitude of the impedance change depends on various factors like

Geometrical relationship between the antennas (coupling)

Impedance/power consumption of transponder

…

This leads to a change in power consumption of the reader. The following table provides an overview on power consumptions recorded with different transponders.

Tf Fall Time

Modulation Index 12.50%

Overshoot 0.2 %

Undershoot 0.1%

610ns

Table 23: Power Considerations

distance

- Polling for HF transponders in autonomous mode*1

120 mA

Average DC current at 20°C

90 mA

45 mA

HID GLOBAL CONFIDENTIAL AND PROPRIETARY INFORMATION. Use and disclosure of this information is strictly restricted by the terms of the end user license agreement with HID Global Corporation. If you have received this information and are not an intended recipient or are not subject to or do not agree to be bound by the terms of the non-disclosure

7.4 6500-101-03 Prox Antenna

The iCLASS SE Reader Module is optimized for operation with this Prox antenna. No external components are required.

Figure 16: 6500-101-03 Prox Antenna

7.4.1 Mechanical Data

Detailed drawings are available at the iCLASS SE Reader Module micro-site.

The antenna has two 76.2mm 28AWG mag wire leads for interconnection to the iCLASS SE Reader Module. For soldering, a strip end with 3.81mm is included.

Figure 17: 6500-101-03 Mechanical Drawing

7.4.2 Electrical Characteristics

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Number of turns

89

-

DC Resistance

33

SRF

1

MHz

Inductance

1kHz

800

µH

50kHz

29+j248

100kHz

31+j489

Transponder

Modulation Scheme

Typical Read Range [mm]

HID Prox

FSK

40

HID DuoProx II

FSK

60

MIFARE / HID Prox Combo Card

Indala Prox

PSK

55

Table 24: Electrical Characteristics 6500-101-03

Parameter Measurement

Impedance

7.4.3 Typical Read Ranges

The measured read ranges are indications only. Read range varies due to transponder antenna size and quality, as well as environmental effects.

Table 25: Typical Read Ranges 6500-101-03 Prox Antenna

iCLASS SE Reader Module Hardware Developer Guide, SE3200-902, Rev B.0

Typ Unit

Frequency

Ω

500kHz 50+j2674

Ω

FSK 60

HID GLOBAL CONFIDENTIAL AND PROPRIETARY INFORMATION. Use and disclosure of this information is strictly restricted by the terms of the end user license agreement with HID Global Corporation. If you have received this information and are not an intended recipient or are not subject to or do not agree to be bound by the terms of the non-disclosure

8 Regulatory

8.1 RoHS

The SE32XX RoHS Declaration is located from the iCLASS SE Reader micro-site.

8.2 REACH

The SE32XX REACH Letter is located from the iCLASS SE Reader micro-site.

8.3 Safety

The following describes HID iCLASS SE Reader module regulatory guidelines.

• UL Recognition (Recognized Component) to UL294 for the USA and CSA C22.2 No. 205 for Canada. The mark is cRUus where the R is backwards.

• OEM Final Product UL Listing

Because HID OEM Modules are cRUus recognized, UL treats them as a recognized component and therefore must be evaluated by UL in the final product for UL Listing.

• Transient surge protection (transorbs) is not provided for the SE32XX module.

• The iCLASS SE Reader module is intended to be part of a reader. The reader

in which the iCLASS SE Reader module is used must translate the 3 VDC module Voh signalling to 4 to 5.5 VDC Voh SIA AC-01 (1996.10) signalling requirements.

The UL File for the iCLASS SE Reader Module is BP6568, Category Code ALVY2. View from the public UL Directory at

bin/XYV/template/LISEXT/1FRAME/index.htm.

http://database.ul.com/cgi-

8.4 Product Radio Certifications

The iCLASS SE Reader Module was tested under the FCC rules and Industry Canada rules for a Modular Approval and therefore the following shall apply: (reference below FCC/IC ID)

• Provided that the Antenna, Antenna to module cable and tuning network have not been changed in any way, the Final Product label may Contain the FCC ID.

P

rovided no other radio devices exist within the final assembly.

• The

• However, in many cases, the module may need to be retuned, due to the affects of

• In the event that the HID OEM modules Kit is modified in any way, the radio

• Obtain FCC Certification by submitting the final product to a Telecommunications

FCC ID: JQ6-SE3210 IC ID: 2236B-SE3210

End User/Manufacturer, will not need to repeat the intentional emissions testing (actual radio certification), however the un-intentional emissions testing will need to meet the FCC and IC requirements with the module installed into the final assembly or product. This also applies to CE Marking as defined by the R&TTE Directive.

the product enclosure and assemblies within this enclosure, and the de-tuning affect that this may have on the radio circuitry. In this case and if other radios exist, C2PC is required

transmitter operating at either 125 kHz or 13.56 MHz and the module is integrated into the OEM’s final product, Radio Certification is required for the final product.

Certified Body (TCB) laboratory that performs the testing and issue the FCC Grant. Standard: Part 15, Subpart C.

October 2012 Page 41 of 42

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iCLASS SE Reader Module Hardware Developer Guide, SE3200-902, Rev B.0

• Often the same TCB tests to Canada requirements and grants certification as a Certification Body (CB). Standard: RSS-210, RSS-GEN and RSS-310, where applicable.

• The same laboratory may also be an EU Communications Assessment Body (CAB) that is accredited to test to R&TTE Directive requirements for CE Marking. Standards: EN 300 330, EN 301 489-3, EN 50130-4, and IEC60950.

• A laboratory that is a CAB testing to R&TTE Directive requirements will also be testing to Australia and New Zealand requirements because of a common test standard. Standard: AS/NZS 4268.

• Asian country certifications are obtained on an individual country basis.

OEM Final Product US Dept. of Commerce Bureau of Industry and Security (BIS)

approval is required for USA based companies who export and re-export products using encryption.

Regulatory Compliance Assistance - HID Global provides technical assistance and laboratory recommendations, as required.

CAUTION: Any changes or modifications to this devise not explicitly approved by the manufacturer could void your authority to operate this equipment.

8.5 FCC

This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation.

8.6 Canada Radio Certification

This device complies with Industry Canada license-exempt RSS standard(s). Operation is subject to the following two conditions: (1) this device may not cause interference, and (2) this device must accept any interference, including interference that may cause undesired operation of the device.

Le présent appareil est conforme aux CNR d’Industrie Canada applicables aux appareils radio exempts de licence. L’exploitation est autorisée aux deux conditions suivantes : (1) l’appareil ne doit pas produire de brouillage, et (2) l’utilisateur de l’appareil doit accepter tout brouillage radioélectrique subi, même si le brouillage est susceptible d’en compromettre le fonctionnement.

8.7 CE Marking

HID Global hereby declares that these proximity readers are in compliance with the essential requirements and other relevant provisions of Directive 1999/5/EC and 2006/95/EC.

Por el presente, HID Global declara que estos lectores de proximidad cumplen con los requisitos esenciales y otras disposiciones relevantes de la Directiva 1999/5/EC and 2006/95/EC.

HID Global déclare par la présente que ces lecteurs à proximité sont conformes aux exigences essentielles et aux autres stipulations pertinentes de la Directive 1999/5/CE and 2006/95/EC.

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HID Global SE3210 User Manual

Contents

1 Introduction

1.1 Product Description

1.1.1 Key Features

1.1.2 iCLASS SE Reader Module Products

1.1.3 Product Guide

1.2 Scope/Purpose

1.3 Terms and Abbreviations

2 Overview

2.1 Features

2.2 Block Diagram

2.3 Theory of Operation

2.3.1 Power Modes

2.3.2 Module – Transponder Interaction

2.4 Peripheral Circuits

2.4.1 External Pull-up Resistors

2.4.2 External Noise Filter

2.4.3 Adding External LEDs and Beeper

2.5 Transitioning from the OEM50, OEM75 and eProxL Modules

2.5.1 OEM50

2.5.2 OEM75

2.5.3 eProx Lock Module

3 Connector Configuration

3.1 SE3200Axx Connectors

3.2 SE3210Axx Connectors

3.3 Pin Configuration

3.3.1 P301 Host Interface Connector

3.3.2 P701 Power and I/O Connector

3.3.3 P702 Board to Board Connector

3.3.4 P401 HF Antenna Connector

3.3.5 E501/E502 Prox Antenna Connector

4 Mechanical Specifications

4.1 SE3200Axx

4.2 SE3210Axx

4.3 Connector Types

4.3.1 SE3210Axx Connector Types

4.3.2 SE3200Axx Interconnect

5 Electrical Specifications

5.1 Maximum Ratings

5.2 Current Draw

5.3 Power Supply

5.4 Host Interfaces

5.5 Wiegand

5.6 I/O

5.7 Regulated Voltage Outputs

5.8 RF Interface (13.56 MHz)

5.9 RF Interface (125 kHz/Prox)

6 RF Interfaces

6.1 HF Interface (13.56 MHz)

6.1.1 Ultra Low Power Mode

6.2 Prox Interface (125 kHz; SE32x0APx only)

7 Antennas

7.1 Basic Antenna Operation

7.1.1 Inductive Coupling

7.1.2 Load Modulation

7.2 Antenna Integration

7.2.1 Steps to Integration

7.2.2 Antenna Interconnect Cable

7.2.3 Training and Assistance

7.3 4090A10 HF Antenna

7.3.1 Mechanical Data

7.3.2 Typical Read Ranges with Standard Transponders

7.3.3 Typical Read Ranges with HID Multi Technology Cards

7.3.4 ULPM Card Detection Range

7.3.5 RF Properties

7.3.6 Power Considerations

7.4 6500-101-03 Prox Antenna

7.4.1 Mechanical Data

7.4.2 Electrical Characteristics

7.4.3 Typical Read Ranges

8 Regulatory

8.1 RoHS

8.2 REACH

8.3 Safety

8.4 Product Radio Certifications

8.5 FCC

8.6 Canada Radio Certification

8.7 CE Marking