Evaluates: DS28E36 and DS2476. DS28E36 Evaluation System. General Description. Features. EV System Contents. DS28E36 EV System

Size: px

Start display at page:

Download "Evaluates: DS28E36 and DS2476. DS28E36 Evaluation System. General Description. Features. EV System Contents. DS28E36 EV System"

Ellen Barrett
6 years ago
Views:

D8E Evaluation ystem General Description The D8E evaluation system (EV system) provides the hardware and software necessary to evaluate the D8E and D7.

1 D8E Evaluation ystem General Description The D8E evaluation system (EV system) provides the hardware and software necessary to evaluate the D8E and D7. The EV system consists of five D8E/D7 devices in a -pin TDFN package, a D9AQ+ evaluation TDFN socket board, and a D98P-00# UB-to-IC/-Wire adapter. The evaluation software runs on Windows 0, Windows 8, and Windows 7 operating systems (- and -bit versions). The EV system provides a handy user interface to exercise the features of the D8E and D7. EV ystem Contents QTY DECRIPTION Includes five D8EQ+ DeepCover ecure Authenticators (-pin TDFN) D7Q+ DeepCover ecure Coprocessor (-pin TDFN) D9AQ+ socket board (-pin TDFN) D98P-00# UB-to-I C/-Wire Adapter UB Type-A to UB Mini Type-B cable Features Demonstrates the Features of the D8E DeepCover ecure Authenticator Demonstrates the Features of the D7 DeepCover ecure Coprocessor IC and -Wire Communication is Logged to Aid Firmware Designers Understanding of the D7 and D8E IC/W-UB Adapter Creates a Virtual COM Port on Any PC Fully Compliant with UB pecification v.0 oftware Runs on Windows 0, Windows 8, and Windows 7 for Both -Bit and -Bit Versions.V ±% -Wire Operating Voltage Convenient On-Board Test Points and TDFN ocket Evaluation oftware Available by Request Proven PCB Layout Fully Assembled and Tested D8E EV ystem Ordering Information appears at end of data sheet. Figure. D8EEV with UB Cable -Wire and DeepCover are registered trademarks of Maxim Integrated Products, Inc. Windows is a registered trademark and registered service mark of Microsoft Corporation. 9-00; Rev 0; /7

D8E Evaluation ystem Quick tart This section is intended to give the D8E evaluator a list of recommended equipment and instructions on how to set up a Windows-based computer for the evaluation

2 D8E Evaluation ystem Quick tart This section is intended to give the D8E evaluator a list of recommended equipment and instructions on how to set up a Windows-based computer for the evaluation software. Recommended Equipment D8E EV system UB-to-IC adapter with D7 secure coprocessor (included) D90AQ+ TDFN socket board (included) Five D8EQ+ (included, respectively) Five D7Q+ (included) UB Type A to Micro-UB Type B cable (included) Computer with a Windows 0, Windows 8, or Windows 7 operating system (- or -bit) and a spare UB.0 or higher port Download D8E EV kit software (light version) or request full D8E EV kit developer software. Note: In the following sections, software-related items are identified by bolding. Text in bold refers to items directly from the EV system software. Text in bold and underlined refers to items from the Windows operating system. Hardware etup and Driver Installation Quick tart Procedure The EV system is fully assembled and tested. The following steps were performed on a Windows 7 PC to set up the D8EEVKIT hardware/software: ) Obtain and unpack the zip of D8E_EVKIT_ REV Light_version.zip or newer version. ) In a file viewer, double click on D8E_Installer. msi to begin the installation (Figure ). ) The etup Wizard opens. Click on Next, as shown in Figure. ) Read and check the box for the license agreement and click on Next again to install to the selected folder (Figure ). Figure. File Viewer Maxim Integrated

3 D8E Evaluation ystem Figure. D8E etup Wizard Figure. License Agreement etup Wizard Maxim Integrated

D8E Evaluation ystem ) Click the Next button to install to the

) Unplug all Maxim adapters and click the Install button (Figure ).

4 D8E Evaluation ystem ) Click the Next button to install to the default folder (Figure ). ) Unplug all Maxim adapters and click the Install button (Figure ). 7) When the Windows ecurity window appears, click the Install button (Figure 7). 8) Click the Finish button to exit the etup Wizard (Figure 8). Figure. Install Folder Location Figure. Installation Figure 7. Windows ecurity Window Maxim Integrated

D8E Evaluation ystem 9) Plug in the D98P-00# to the PC with both D90AQ+ socket boards by doing the following: a) Open the first burn-in socket and insert a D7Q+ into one of

b) Open the second burn-in socket and insert a D8EQ+ into one of the cavities, following the same orientation shown in Figure 9. c) Close both burn-in sockets.

e) Connect the second D9AQ J, -pin female socket into the st D9AQ J, -pin male plug. (Figure 0).

5 D8E Evaluation ystem 9) Plug in the D98P-00# to the PC with both D90AQ+ socket boards by doing the following: a) Open the first burn-in socket and insert a D7Q+ into one of the cavities, as shown in Figure 9. Note: The plus (+) on the package must be on the opposite side of the marker in the socket. b) Open the second burn-in socket and insert a D8EQ+ into one of the cavities, following the same orientation shown in Figure 9. c) Close both burn-in sockets. d) Connect the first D9AQ J, -pin female socket into the D98P-00#, -pin male plug, as shown in Figure 0. e) Connect the second D9AQ J, -pin female socket into the st D9AQ J, -pin male plug. (Figure 0). f) For the first socket board with D7, configure the jumpers JP to use DA and JB to use.v. With the D8E, configure the jumpers to JP to use W and do not populate JB (Figure 0). g) Plug the D8E EV kit into the PC using a UB Type-A to Micro-UB Type-B cable. Figure 8. Finish etup Wizard Figure 9. Orientation of the D8E and D7 in the Burn-In ocket Figure 0. D98QA-00 and D9AQ Maxim Integrated

) Open the D8E EVKIT from the start menu All Programs Maxim Integrated D8E EVKIT (Light Version).

6 D8E Evaluation ystem 0) The device driver now automatically installs and a pop-up window appears when complete (Figure ). ) Open the D8E EVKIT from the start menu All Programs Maxim Integrated D8E EVKIT (Light Version). ) The D8E EVKIT program opens automatically (Figure ), finding the COM port and the D8E/ D7. Figure. Driver oftware Installation Notice Figure. Open D8E EVKIT Program Maxim Integrated

D8E Evaluation ystem Detailed Description of oftware The D8E evaluation program user interface (Figure ) has four tabs, General Commands, HA Commands, ECDA Commands, and Other Coprocessor Commands.

7 D8E Evaluation ystem Detailed Description of oftware The D8E evaluation program user interface (Figure ) has four tabs, General Commands, HA Commands, ECDA Commands, and Other Coprocessor Commands. The etup section is used to make the device selections that apply to the General Commands, HA Commands, ECDA Commands, and Other Coprocessor Commands tabs. Here is a summary of the function for each tab of the full developer software: General Commands is used as the main tool to evaluate the D8E/D7 general functions to write or read from the user memory pages, crypto-related memory pages, decrement counter, RNG, and protection registers. HA Commands is used to evaluate the D8E/ D7 symmetric (HA-) security function commands. ECDA Commands is used to evaluate the D8E/D7 integrated asymmetric (ECC-P) security function commands. Other Coprocessor Commands is used to evaluate the D7 coprocessor that computes any required HMACs or ECDA signatures with its additional command set to do any operations on the D8E. Note: Grayed out when D8E is selected. All tabs include a communications Log area consisting of an IC Log or -Wire Log output. Figure. D8E EVKIT Developer oftware (Note: The light version is similar, but includes fewer features) Maxim Integrated 7

8 D8E Evaluation ystem Ordering Information PART D8EEVKIT# TYPE EV ystem #Denotes RoH compliant. Maxim Integrated 8

9 7 8 9 t D8E Evaluation ystem D98P-00 Bill of Materials Designator Quantity Description Manufacturer Part Number C, C, C, C7, C9, C, C 7 uf Ceramic Capacitor (00) TDK Corporation C00XR0J0M00BB C, C8, C 0.uF Ceramic Capacitor (00) TDK Corporation C00XR0J0K00BA C, C 0pF Ceramic Capacitor (00) TDK Corporation C08C0GH00D080AA C0 0pF Ceramic Capacitor (00) MURATA GRMCH00J CN UB Micro B Connector FCI LF D Orange LED (00) Panasonic LNJ8W8RA FB, FB Ferrite (00) Murata Electronics North BLM8KGND J PMOD Receptacle amtec W-0-0-T--RA Q N-Channel MOFET(OT-) Diodes Inc. N700-7 Q P-Channel MOFET (OT-) International Rectifier PMVXP, R 0Ω Resistor (00) Vishay Dale CRCW000R0JNEA R.kΩ Resistor (00) Vishay Dale CRCW00K0JNED R, R, R7 00kΩ % Resistor (00) Vishay Dale CRCW0000KFKED R.kΩ % Resistor (00) Vishay Dale CRCW00KFKED R.7kΩ Resistor (00) Panasonic ERJ-GEJ7X R8 kω Resistor (00) Vishay Dale CRCW00K00JNED R9.kΩ Resistor (00) Panasonic ERJ-GEJX R0 99Ω Resistor (00) Vishay Dale CRCW0099RFKED R.99Ω % /8W Resistor (080) Vishay Dale CRCW080R99FKEA R 80Ω Resistor (00) Panasonic ERJ-GEJ8X R, R.7kΩ Resistor (00) Panasonic Electronic Co ERJ-RKF7X RT PTC Fuse (0) Bourns Inc. MF-NMF0- Tactile witch Omron Electronics Inc BU-000P U ecurity Token Microcontroller with RTC and UB Maxim Integrated MAXQ00-A0+ U High PRR, Low-Dropout, 0mA Linear Regulator Maxim Integrated MAX889EXK+ U Dual High-peed Differential ED-Protection IC Maxim Integrated MAX07EAUT+ U 0ns ingle-upply Comparator Maxim Integrated MAX90AAXK+ U Channel +/- 0kv ED Protector Maxim Integrated MAX0EALT+ X MHz Crystal EPON FA-8V.0000MB-K X D98P-00 chematics Do Not Populate (.0x.0mm) PTC Fuse MF-NMF0- RT FB VCC.0 C uf D R.k ACT C7 uf VCC.0 C uf C uf U 9 VDD 0 VDDIO VDDB VBU UB_P DP UB_N DM 7 P.0/MOI 8 P./MIO 9 P./CLK 0 P./EL P. P. P. P.7 P.0/INT8 P./INT9 P./INT0 P./INT EDGE_DET P./INT -WIRE_ENE P./INT -WIRE_DRIVE 7 P./INT KIN KOUT X DNP n_-wire_dpu P0.0/T0_ P0./RX0 7 P0./TX0 8 P0./IOD 9 P0. 0 P0./TEX0 CL P0./CL DA P0.7/DA P.0/INT0/QW GPIO P./INT P./INT P./INT 7 P./INT 8 P./INT 9 P./INT/T_ 0 P.7/INT7/TEX DI OWD_nRT OWD/RT 8 PROG 8 REG8 R R R.7k TP OWD REET C 0.uF U VCC CL IO IO GPIO IO IO MAX0E CL DA CN UB Micro B V+ D- D+ V- 0 UB_N UB_P U I/O VCC I/O MAX07 FB C 0.uF C 0pF C 0pF HFXOUT X HFXIN MHz Crystal EP MAXQ00-A0+ UB 7 C9 uf R7 00k R n_-wire_dpu R8 k G D Q PMVXP _EARTH 0 VCC.0 POWER i C uf U IN OUT HDN MAX889 i POWER C uf R 00k R.K/% -WIRE_ENE EDGE_DET U MAX90 C8 0.uF -WIRE_DRIVE R9.k -WIRE_ENE R 00k R0 99 C0 0.uF G D R.99 Q N700 R 80 -WIRE J GPIO CL DA PMOD Output Maxim Integrated 9

10 D8E Evaluation ystem D98P-00 PCB Layout Maxim Integrated 0

11 D8E Evaluation ystem D9AQ Bill of Materials Designator Quantity Description Manufacture Name Part Number J Pin 00mil Female Connector amtec Q-0-0-T--RA R, R RE.K OHM /0W % 00 MD Panasonic Electronic Components ERJ-EKF0V R, R, R, R RE MD K OHM % /0W 00, RE MD 0K OHMPanasonic Electronic Components ERJ-EKF00V R7, R8 RE MD 0K OHM % /0W 00 Panasonic Electronic Components ERJ-EKF00V C Kemet C00C0K8RACTU Q, Q MOFET N-CH 0V 00MA OT- ON EMICONDUCTOR B8LTG D, D LED INGAN GREEN CLEAR 00 MD Dialight F J CONN HEADER FEMALE PO." GOLD TE Connectivity J CONN HEADER FEMALE PO." GOLD TE Connectivity JP HDR,BRKWAY,.00 PO VERT,0.8" Tyco Electronics U TDFN,MM,x,CLAMHELL,BURNIN PLATRONIC 0QN0T00 JB, JB JUMPER BLOCK,.00 PO VERT,0.8" Tyco Electronics -8- Pack Out HUNT+,LP W/HANDLE PO 0AU Tyco Electronics 88- D9AQ chematics JUMPER LEGEND JB JB JP Host GPIO NC D8EQ+T D8EQ+T Host GPIO connects to PIOA D8CQ+T D8CQ+T.V J PMOD Input.V.V R7 R8 DNP DNP GPIO CL DA W.V JP VCC/Cext DA W DA/IO TDFN ocket upports: D8CQ D7Q D8EQ U CL VCC/Cext DA/IO PIOA PIOB EP EP JB.V JUMPBLOCK JB C 0.uF JUMPBLOCK J GPIO CL DA W.V PMOD Output R 0k.V R 0k PIOA PIOB R.k R.k G D Q B8LTG G Q B8LTG D R 0K R 0K.V GREEN LED D PIOA D PIOB GREEN LED J.V DA CL Design Notes: ) PCB Part Number on silk screen is to be D9AQ+. IC PORT (DNP) TP TP CL VCC/Cext TP TP CHIP HOWN AREFOR REFERENCE ONLY TP DA/IO PIOA TP D7Q+T CL VCC DA PIOA PIOB D8CQ+T CL VCC DA PIOA PIOB D8EQ+T NC Cext IO PIOA PIOB PIOB Maxim Integrated

12 D8E Evaluation ystem D9AQ PCB Layout Maxim Integrated

13 D8E Evaluation ystem Revision History REVIION NUMBER REVIION DATE DECRIPTION PAGE CHANGED 0 /7 Initial release For pricing, delivery, and ordering information, please contact Maxim Direct at , or visit Maxim Integrated s website at. Maxim Integrated cannot assume responsibility for use of any circuitry other than circuitry entirely embodied in a Maxim Integrated product. No circuit patent licenses are implied. Maxim Integrated reserves the right to change the circuitry and specifications without notice at any time. Maxim Integrated and the Maxim Integrated logo are trademarks of Maxim Integrated Products, Inc. 07 Maxim Integrated Products, Inc.

14 Mouser Electronics Authorized Distributor Click to View Pricing, Inventory, Delivery & Lifecycle Information: Maxim Integrated: D8EEVKIT#

Evaluates: DS28E83 and DS2476. DS28E83 Evaluation System. Features. General Description. EV Kit Contents

Evaluates: DS28E83 and DS2476. DS28E83 Evaluation System. Features. General Description. EV Kit Contents Request Security User Guide and Developer Software DS8E83 Evaluation System General Description The DS8E83 evaluation system (EV system) provides the hardware and software necessary to exercise the features