DS9488-GP8#

DS9488-GP8/DS9122x Evaluation System General Description The DS9488-GP8 multi-device programmer for 1-Wire® and I2C devices simultaneously programs up to 8 devices that use the 1-Wire or I2C bus programming interface. A variety of socket adapters (DS9122 series) allows one programmer to support multiple IC types. Software plugins for every supported device are quickly and easily installed. LED status indicators immediately identify the pass/fail status of individual devices. Configuration settings allow access to device-specific features such as memory protection, read/write permissions, authentication, etc. These can be store as a configuration profile and automatically loaded in subsequent programming sessions. A USB interface connects the programmer to any computer. A convenient Windows® application allows for easy operation of the programmer. Multi-Device Programmer for 1-Wire and I2C Devices Benefits and Features ●● Programs Up to 8 Devices in a Single Session ●● Multiple Devices Supported by One Programmer ●● Socket Adapters Available for Most Devices ●● Easily Add Support for New Devices ●● Intuitive Windows Application Reduces Learning Time ●● Standard USB Interface Connects to Any Computer ●● Status LEDs Provide Immediate Pass/Fail Confirmation EV System Contents ●● DS9488-GP8 programmer board ●● USB A to USB Micro-B cable Available socket adapters allow the DS9488-GP8 to program a variety of Maxim devices. The Ordering Information lists the socket adapters and the devices they support. DS9488-GP8 Programmer 1-Wire is a registered trademark of Maxim Integrated Products, Inc. Windows is a registered trademark and registered service mark of Microsoft Corporation. 19-7813; Rev 1; 5/16 Ordering Information appears at end of data sheet. DS9488-GP8/DS9122x Evaluation System Setup Required Equipment ●● Computer equipped with Windows and .NET Framework 4.5 or later ●● DS9488-GP8 programmer board ●● USB A to USB Micro-B cable ●● One to eight socket adapters for the intended ICs ●● One to eight ICs to be programmed Multi-Device Programmer for 1-Wire and I2C Devices Selecting Socket Adapters One to eight socket adapters matching the IC packages must be purchased separately from Maxim before the programmer can be used. No socket adapters are included with the DS9488-GP8. Most socket adapters program a single device at a time and take up one socket site. Dual socket adapters cover two socket sites, but each IC has a dedicated set of status LEDs on the PCB as shown in Figure 1. The socket adapters employ ESD-sensitive components. Observe safe ESD practices when handling the socket adapters. Figure 1. Single and Dual IC Socket Adapters www.maximintegrated.com Maxim Integrated │  2 DS9488-GP8/DS9122x Evaluation System Application Installation 1) Download the latest version of the 1-Wire + I2C Multi-Device Programmer software from the Maxim website. Note that a free account is required to download software from the Maxim website. 2) While observing safe ESD practices, carefully remove the DS9488-GP8 board from its packaging. Inspect the board to ensure that no damage occurred during shipment. 3) Connect the DS9488-GP8 to a PC using the supplied USB cable. All LEDs on the DS9488-GP8 momentarily illuminate. One or more LEDs might remain on. The DS9488-GP8 must be connected during application installation. 4) Click on the setup application to begin installation. 5) Follow the installation instructions. If prompted, allow the DS9488-GP8 USB drivers to be installed. 6) Install the desired device-specific plugins for programming. Multi-Device Programmer for 1-Wire and I2C Devices Device-Specific Plugin Installation Install device-specific plugins using the application. 1) Obtain the compressed plugin package from Maxim. The package name incorporates the name of the device. For example, DS2431 Programmer Plugin supports all packages of the DS2431. 2) Navigate to the Application Setup tab and click on the Device Plugins radio button. See Figure 2. 3) Click on the View Device Folder button. Copy the package into the displayed folder. 4) Extract the .dll file and .pdf file for each device. 5) The plugins in this folder are automatically loaded when the application is launched. To load a plugin for immediate use, click on the Load Device Plugin button and select the corresponding .dll file. Figure 2. Loaded Device Plugins www.maximintegrated.com Maxim Integrated │  3 DS9488-GP8/DS9122x Evaluation System Programming If socket adapters have not been installed, remove power from the DS9488-GP8. Install the socket adapters, and reapply power. The programming procedure has three steps: ●● Device configuration ●● Production file creation ●● Programming Multi-Device Programmer for 1-Wire and I2C Devices Device Configuration 1) Navigate to the Device Configuration tab, shown in Figure 3. 2) Select the device type to be programmed. 3) Configure the device-specific options. Information about the options can be found in the IC data sheet and also in .pdf files under the Application Setup tab, View Device Help. 4) If desired, click Save As... to record the configuration options. Figure 3. Device Configuration www.maximintegrated.com Maxim Integrated │  4 DS9488-GP8/DS9122x Evaluation System Production File Creation The production file compiles all the configuration information and data into a single .xml file to be used by the programmer. After the device configuration has been input, press the Production File Create button and save the file to the folder defined in the Application Setup, File Outputs field. The programmer offers the option to encrypt the production file for secure transfer between sites. Programming 1) Populate the desired sockets. 2) Navigate to the Programmer tab and select the active sockets as shown in Figure 4. An error is generated during programming if an active socket is not populated with an IC. Multi-Device Programmer for 1-Wire and I2C Devices 3) Make sure the programmer is connected. If not, select Auto Detect under the COM button. Then click on the Connect button. The text below the Connect button indicates the programmer is connected. 4) Load a previously generated production file using the Load Production File... button. 5) Press either Start button on the programmer board or the Start button on the Programmer tab. The active LEDs on each socket board illuminate during programming and the progress bar advances. 6) When programing is complete, the ALL PASS indicator on the programmer is green if all devices programmed and verified correctly. The indicator is red if any of the devices fail verification. 7) The application keeps a running summary of the programming session. The cumulative results of each session are logged in the Outputs folder. Figure 4. Programming Dialog www.maximintegrated.com Maxim Integrated │  5 DS9488-GP8/DS9122x Evaluation System Figure 5 shows the application following a programming session in which sockets 1–5 are populated, and socket 4 failed post-programming verification. Figure 6 shows the programmer hardware after the same programming session with the pass/fail LEDs illuminated. Production File Encryption The application provides the option to encrypt production files so they can be securely transferred between a master (configuration) system and one or more programming systems. The application generates an RSA public/private Multi-Device Programmer for 1-Wire and I2C Devices key pair that is used for the encryption and decryption. Figure 7 illustrates the procedure for generating and installing encryption keys and creating and loading an encrypted production file. One key pair should be created by the master system and shared among all the programming systems. The application loads both encrypted and nonencrypted production files if encryption keys are installed. Attempts to load an encrypted production file without first installing the encryption keys generate an error. Figure 5. Example Session—GUI www.maximintegrated.com Maxim Integrated │  6 DS9488-GP8/DS9122x Evaluation System Multi-Device Programmer for 1-Wire and I2C Devices Figure 6. Example Session—Programmer CONFIGURATION SYSTEM PROGRAMMING SYSTEM CONFIGURE DEVICE SAVE DECRYPTION_PRIVATE_USECURED.KEY ENCRYPTION_PUBLIC.KEY IN KEYS FOLDER INSTALL ENCRYPTION (PUBLIC) KEY CREATE ENCRYPTED PRODUCTION FILE SECURELY TRANSPORT DECRYPTION_PRIVATE_UNSECURED.KEY TO PROGRAMMING SYSTEM INSTALL DECRYPTION (PRIVATE) KEY TO CREATE DECRYPTION_PRIVATE_SECURED.KEY DELETE DECRYPTION_PRIVATE_USECURED.KEY* LOAD ENCRYPTED PRODUCTION FILE * FAILURE TO DELETE DECRYPTION_PRIVATE_UNSECURED.KEY FROM THE PROGRAMMING SYSTEM COMPROMISES THE SECURITY OF THE ENCRYPTION PROTOCOL. Figure 7. Using Encrypted Production Files www.maximintegrated.com Maxim Integrated │  7 DS9488-GP8/DS9122x Evaluation System Key Generation and Installation 1) On the master system, navigate to Generate Key Pair under the Application Setup → Encryption Keys dialog. Two keys are generated in the Keys folder: • decryption_private_unsecured.key (unencrypted 1024-bit private key) • encryption_public.key (unencrypted 1024-bit public key) 2) Install the public key on the master system by clicking on the Install Encryption (Public) Key button and selecting encryption_public.key. 3) Securely transport decryption_private_unsecured. key to the keys directory of the programming system. 4) On the programming system navigate to the Application Setup → Encryption Keys dialog. Click Install Decryption (Private) Key and select decryption_private_unsecured.key. This creates a new encrypted private key (decryption_private_secured. key) using the Windows Data Protection API that is unique to the production computer. 5) Erase privkey_unencrypted.key from the programming system. Producing Encrypted Production Files 1) Load or create a configuration through the Device Configuration tab. 2) Select the Encrypt option. 3) Press the Create button. The production file is encrypted using the public key and placed in the outputs folder. www.maximintegrated.com Multi-Device Programmer for 1-Wire and I2C Devices Troubleshooting Programming failures can sometimes be caused by incorrect settings in the Device Options dialog. Refer to the appropriate data sheet for details of the configuration options. The application keeps a detailed log of the programmer sessions, which can be used to troubleshoot problems. The log file is in .txt format and located in the Outputs folder. Go to support.maximintegrated.com/micro for technical support. Component List, Schematics, and PCB Layout See the following links for component information, schematics, and PCB layout: ●● DS9488 BOM ●● DS9488 schematic ●● DS9488 PCB layout ●● DS9122P BOM ●● DS9122P schematic ●● DS9122P PCB layout ●● DS9122Q BOM ●● DS9122Q schematic ●● DS9122Q PCB layout Maxim Integrated │  8 DS9488-GP8/DS9122x Evaluation System Multi-Device Programmer for 1-Wire and I2C Devices Ordering Information PART TYPE DS9488-GP8# multi-device programmer SUPPORTED DEVICES 8-socket DS9122P# DS9122Q# — 6-pin TSOC dual socket adapter DS2431P DS28E15P DS28E22P DS28E25P DS2431P-A1 DS28EL15P DS28EL22P DS28EL25P 6-pin TDFN (3mm x 3mm)socket adapter DS2431Q DS28E15Q DS28EL15Q DS28EL22Q DS28EL25Q DS28E22Q DS28E25Q #Denotes RoHS compliant. *Future product—contact factory for availability. Device-Specific Plugins for Programming DEVICE PLUGIN AVAILABILITY SUPPORTED DEVICES DS2431 Online DS2431P DS2431Q DS2431P-A1 Under NDA DS28E15P DS28E15Q DS28EL15P DS28EL15Q DS28E22P DS28E22Q DS28EL22P DS28EL22Q DS28E25P DS28E25Q DS28EL25P DS28EL25Q DS28E(L)15_22_25 www.maximintegrated.com Maxim Integrated │  9 DS9488-GP8/DS9122x Evaluation System Multi-Device Programmer for 1-Wire and I2C Devices Revision History REVISION NUMBER REVISION DATE 0 11/15 Initial release 5/16 Updated Benefits and Features, EV System Contents, Required Equipment, Selecting Socket Adapters, Applicatoin Installation, Device-Specific Plugin Installation, Component List, Schematics, and PCB Layout, and Ordering Information sections, and added Device-Specific Plugins for Programming section 1 PAGES CHANGED DESCRIPTION — 1, 2, 3, 8, 9 For pricing, delivery, and ordering information, please contact Maxim Direct at 1-888-629-4642, or visit Maxim Integrated’s website at www.maximintegrated.com. 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. © 2016 Maxim Integrated Products, Inc. │  10 DS9488-GP8 BILL OF MATERIALS (BOM); Rev 0; 11/15 Designator C1, C2, C3, C5, C11 C4, C6, C8, C10, C12, C13, C16, C18, C19, C20, C21, C22, C23, C24, C25, C26, C27, C28, C29, C30, C31, C32, C33, C34, C35 Quantity Description 5 1uF Ceramic Capacitor (0603) 25 0.1uF Ceramic Capacitor (0603) Manufacture Name LMK107B7105KA-T Kemet C0603C104K4RACTU, C0603C104K8RACTU C1608C0G1H180J080AA GRM21BF51C225ZA01L C2012X5R1A106K125AB 10103594-0001LF SBR05U20SN-7 LTST-C193KRKT-5A 598-8081-107F 150060YS75000 LB Q39G-L2N2-35-1 BLM21PG221SN1D 5104338-1 PMSSS 440 0025 PH 2203 PMV65XP,215 BSS138LT1G BSS138LT1G ERJ-3EKF1741V ERJ-3GEYJ473V RC0603FR-07100KL RC0603FR-071KL RC0603FR-074R99L ERA-3AEB513V ERA-3AEB4122V ERA-3AEB1073V ERJ-8GEYJ100V ERJ-3EKF1501V ERJ-3EKF1622V ERJ-3EKF3301V CRCW06032K43FKEA ERJ-3EKF4701V MF-NSMF012-2 B3U-1000P B3F-4055 B32-1350 SSA12 PPPC061LFBN-RC PPPC031LFBN-RC MAXQ622G-0000+ MAX14661ETI+ DS2484R+ MAX8892EXK+ MAX3207EAUT+ MAX13204EALT+ ECS-120-20-3X-TR C7, C9 2 18pF Ceramic Capaitor (0603) TDK Corporation C14, C17 2 2.2uF Ceramic Capacitor (0805) Murata Electronics North America C15 1 10uF Ceramic Capacitor (0805) TDK Corporation CN1 1 USB Micro B Connector FCI D1 1 Common Cathode Diode Diodes Inc D2 1 Red LED (0603) Lite-On Inc D3 1 Green LED (0603) Dialight D4 1 Yellow LED (0603) Wurth Electronics Inc D5 1 Blue LED (0603) OSRAM Opto Semiconductors Inc FB1 1 Ferrite (0603) Murata Electronics North America J1 1 10 Pin JTAG Connector TE Connectivity MechSC1 - MechSC20 20 4-40x1/4" Machine Screw B&F Fastener Supply MechSO1 - MechSO20 20 Aluminum Standoff Keystone Electronics Q1, Q2, Q3, Q5 4 P-Channel MOSFET (SOT-23) International Rectifier Q4, Q6, Q8, Q9 4 N-Channel MOSFET(SOT-23) ON SEMICONDUCTOR Q7 1 N-Channel MOSFET(SOT-23) ON SEMICONDUCTOR R1, R2, R3, R4 4 1.74kΩ Resistor (0603) Panasonic Electronic Components R5, R7, R9 3 47kΩ Resistor (0603) Panasonic Electronic Components R6, R11, R20, R22, R29 5 100kΩ Resistor (0603) Yageo R8, R12, R24, R26 4 1Ω Resistor (0603) Yageo R10, R13 2 4.99Ω Resistor (0603) Yageo R14 1 51kΩ Resistor (0603) Panasonic Electronic Components R15 1 41.2kΩ Resistor (0603) Panasonic Electronic Components R16 1 107kΩ Resistor (0603) Panasonic Electronic Components R17 1 10Ω Resistor (0603) Panasonic Electronic Components R18 1 1.5kΩ Resistor (0603) Panasonic Electronic Components R19 1 16kΩ Resistor (0603) Panasonic Electronic Components R21, R25, R28, R30 4 3.3kΩ Resistor (0603) Panasonic Electronic Components R23 1 2.4kΩ Resistor (0603) Vishay Dale R27 1 4.7kΩ Resistor (0603) Panasonic Electronic Components RT1 1 PTC Fuse (1206) Bourns Inc. S1 1 Tactile Switch Omron Electronics Inc S2, S4 2 Tactile Switch Omron Electronics Inc MechS2, MechS4 2 Square Green Switch Cap Omron Electronics Inc 1 Do Not Populate TE Connectivity S3 SR1 - SR16 16 6 Pin Connector Sullins Connector Solutions ST1 - ST16 16 3 Pin Connector Sullins Connector Solutions U1 1 16-Bit Microcontrollers with Infrared Module and Optional USB Maxim Integrated U2, U4 2 Beyond-the-Rails 16:2 Multiplexer Maxim Integrated U3, U6 2 I2C To 1-Wire Master Maxim Integrated U5 1 High PSRR, Low-Dropout, 150mA Linear Regulator Maxim Integrated U7 1 Dual High-Speed Differential ESD-Protection IC U8 - U23 X1 16 4 Channel +/- 30kv ESD Protector 1 12MHz Crystal Part Number Taiyo Yuden Maxim Integrated Maxim Integrated ECS Inc. 1 2 A POP001 P0.1 POP002 P0.2 POP003 P0.3 POP004 P0.4 POP005 P0.5 POP006 P0.6 POP007 P0.7 NLP001 P0.1 NLP002 P0.2 NLP003 P0.3 NLP004 P0.4 NLP005 P0.5 NLP006 P0.6 NLP007 P0.7 POP300 P3.0 POP301 P3.1 POP302 P3.2 POP303 P3.3 POP304 P3.4 POP305 P3.5 POP306 P3.6 POP307 P3.7 NLP300 P3.0 NLP301 P3.1 NLP302 P3.2 NLP303 P3.3 NLP304 P3.4 NLP305 P3.5 NLP306 P3.6 NLP307 P3.7 27 PIU1027 28 PIU1028 29 PIU1029 30 PIU1030 31 PIU1031 32 PIU1032 33 PIU1033 34 PIU1034 P3.0/INT8 P3.1/INT9 P3.2/INT10 P3.3/INT11 P3.4/INT12 P3.5/INT13 P3.6/INT14 P3.7/INT15 NLP400 P4.0 55 PIU1055 56 PIU1056 57 PIU1057 58 PIU1058 59 PIU1059 60 PIU1060 61 PIU1061 62 PIU1062 P4.0 P4.1 P4.2 P4.3 P4.4 P4.5 P4.6 P4.7 PIR902 COR9 R9 47k PIR901 NLP401 P4.1 NLP402 P4.2 NLP403 P4.3 NLP404 P4.4 NLP405 P4.5 NLP406 P4.6 NLP407 P4.7 MRSTb PIS102 COS1 S1 PIC10 1 PIC10 2 PUSH PIS101 COC10 C10 0.1uF PIC1 01 PIC1 02 15 PIU1015 23 PIU1023 8 PIU108 17 PIU1017 24 PIU1024 COC11 C11 1uF 5 P0.0/IRTXM P0.1/RX0 P0.2/TX0 P0.3/RX1/SDA P0.4/TX1/SCL P0.5/TBA0/TBA1 P0.6/TBB0 P0.7/TBB1 22 VDD VDDIO VDDB VBUS PIU1022 21 PIU1021 DP DM PIU1016 18 PIU1018 P2.0/MOSI0 P2.1/MISO0 P2.2/SCLK0 P2.3/SSEL0 P2.4/TCK P2.5/TDI P2.6/TMS P2.7/TDO P1.0/INT0 P1.1/INT1 P1.2/INT2 P1.3/INT3 P1.4/INT4 P1.5/INT5 P1.6/INT6 P1.7/INT7 16 45 49 50 51 52 PIU1052 53 PIU1053 54 PIU1054 PIU1049 PIU1050 PIU1051 PIU1037 HFXOUT HFXIN PIU1026 GND GND PIU1035 RESET REG18 GND GND GND COC1 C1 1uF PIC201 PIC301 COC2 C2 PIC202 1uF PIC302 COC3 C3 1uF PIC401 COC4 C4 0.1uF PIC402 PIC501 PIC502 VCC COC5 C5 PIC602 COR1 R1 PIR102 1.74k PIR101 COR2 R2 1.74k GND PIR201 COR3 R3 1.74k PIR302 PIR301 COR4 R4 1.74k PIR402 PIR401 Rp for FAST MODE CB=200pF 40 PIU1040 26 25 PIC701 PIX102 PIU1025 35 63 PIX101 PIU1063 1PIU201 SPI/I2C VCC PIU2026 NLSDA0PRGM 10PIU2010 SDA_PRGM COM-A AB01 AB02 AB03 AB04 AB05 AB06 AB07 AB08 PIU202 AB09 AB10 AB11 AB12 AB13 AB14 AB15 AB16 PIU2021 GND NLSCL0PRGM 13 SCL_PRGM PIU2013 VCC COR5 R5 47k PIR502 PIR501 VCC GND VCC COR6 R6 100K COR7 R7 47k PIR702 COS2 S2 B3F-4055 PIC901 PIC902 PIS201 18pF PIC1201 PIC1202 PIS402 COS4 S4 COC12 C12 0.1uF B3F-4055 PIS401 PIC3501 PIC3502 22PIU2022 23PIU2023 SCL_CTRL 24PIU2024 SDA_CTRL 27PIU2027 28PIU2028 G PIQ103 NLSLPZ0A SLPZ_A SDA_PRGM SCL_PRGM COC35 C35 0.1uF COU3 U3 1PIU301 SLPZ VCC 2PIU302 SDA IO 3PIU303 SCL GND PIR802 COR10 R10 4.99 6 4 PIU304 PIC1301 PIC1302 COU4 U4 1PIU401 SPI/I2C COC13 C13 0.1uFVCC *TOP CAP PART # SW1138-ND GND PIR1402 COR14 R14 51k PID103 1 OUT IN PIU501 2 GND PIU502 3 FB SHDN PIU503 COR11 R11 100K COFB1 FB1 PIFB102 BAT54C PIFB101 CORT1 RT1 PTC Fuse MF-NSMF012-2 PIRT102 BLM21PG221SN1D PICN1065 PICN10 4 PICN10 3 PICN109 PICN108 COCN1 PIC1401 PIC1402 PIR1401 COU7 U7 C14 COC14 2.2uF COR15 R15 3.3V_N PIR1502 PIR1501 PIR1602 C PIC1701 PIC1702 OPTIONAL COS3 S3 PIS301 41.2k PIS302 PIC1801 PIC1802 COC17 C17 2.2uF PIU702 VCC GND I/O1 I/O2 PIU701 PIU704 PIRT101 1 V+ 2 D3 D+ 4 PICN104 5 PICN105 VPICN101 NLMDM MDM NLMDP MDP PICN103 DNP 1 PIU601 SLPZ VCC 2PIU602 SDA IO 3PIU603 SCL GND 4 PIU604 PIR1301 1WB NL1WB PIC1601 PIC1602 22 PIU4022 23PIU4023 NLSCL0CTRL 24PIU4024 SCL_CTRL NLSDA0CTRL 27 SDA_CTRL PIU4027 28PIU4028 COR13 R13 4.99 6 PIU606 5 PIU605 DS2484 I2C W ADD 0x30 PICN102 MAX3207EAUT+T PIS303 COR16 R16 107k 6 1 4 3 PIU703 PIU706 5 2 PIU705 COC18 C18 0.1uF CN1 USB Micro B NLSLPZ0B SLPZ_B SDA_CTRL SCL_CTRL NLSD0N SD_N PIR1302 COU6 U6 GND SD CS/A0 SCLK/SCL DIN/SDA DOUT/A1 12PIU4012 NC 11PIU4011 GND 25PIU4025 GND EPPIU40EP GND COC16 C16 0.1uF 4 5 PIU205 6 PIU206 7 PIU207 8 PIU208 9 PIU209 PIU204 21 20 PIU2020 19 PIU2019 18 17 PIU2017 16 PIU2016 15 PIU2015 14 PIU2014 PIU2018 GND NLI2C0AB01 I2C_AB01 NLI2C0AB02 I2C_AB02 NLI2C0AB03 I2C_AB03 NLI2C0AB04 I2C_AB04 NLI2C0AB05 I2C_AB05 NLI2C0AB06 I2C_AB06 NLI2C0AB07 I2C_AB07 NLI2C0AB08 I2C_AB08 NLI2C0AB09 I2C_AB09 NLI2C0AB10 I2C_AB10 NLI2C0AB11 I2C_AB11 NLI2C0AB12 I2C_AB12 NLI2C0AB13 I2C_AB13 NLI2C0AB14 I2C_AB14 NLI2C0AB15 I2C_AB15 NLI2C0AB16 I2C_AB16 Stand Off (Qty. 20) POI2C0AB01 I2C_AB01 POI2C0AB02 I2C_AB02 POI2C0AB03 I2C_AB03 POI2C0AB04 I2C_AB04 POI2C0AB05 I2C_AB05 POI2C0AB06 I2C_AB06 POI2C0AB07 I2C_AB07 POI2C0AB08 I2C_AB08 COMechS2 MechS2 COMechS4 MechS4 Switch Cap Switch Cap POI2C0AB09 I2C_AB09 POI2C0AB10 I2C_AB10 POI2C0AB11 I2C_AB11 POI2C0AB12 I2C_AB12 POI2C0AB13 I2C_AB13 POI2C0AB14 I2C_AB14 POI2C0AB15 I2C_AB15 POI2C0AB16 I2C_AB16 VCC B PIC801 PIC802 COC8 C8 0.1uF 26 VCC PIU4026 2 PIU402 AB01 AB02 AB03 AB04 AB05 AB06 AB07 AB08 3 4 PIU404 5 PIU405 6 PIU406 7 PIU407 8 PIU408 9 PIU409 PIU403 21 AB09 AB10 AB11 AB12 AB13 AB14 AB15 AB16 PIU4021 20 PIU4020 19 PIU4019 18 PIU4018 17 16 PIU4016 15 PIU4015 14 PIU4014 PIU4017 GND NL1W0AB01 1W_AB01 NL1W0AB02 1W_AB02 1W_AB03 NL1W0AB03 NL1W0AB04 1W_AB04 NL1W0AB05 1W_AB05 NL1W0AB06 1W_AB06 NL1W0AB07 1W_AB07 1W_AB08 NL1W0AB08 NL1W0AB09 1W_AB09 NL1W0AB10 1W_AB10 NL1W0AB11 1W_AB11 1W_AB12 NL1W0AB12 NL1W0AB13 1W_AB13 NL1W0AB14 1W_AB14 NL1W0AB15 1W_AB15 NL1W0AB16 1W_AB16 PO1W0AB01 1W_AB01 PO1W0AB02 1W_AB02 PO1W0AB03 1W_AB03 PO1W0AB04 1W_AB04 1W_AB05 PO1W0AB05 PO1W0AB06 1W_AB06 PO1W0AB07 1W_AB07 PO1W0AB08 1W_AB08 1W_AB09 PO1W0AB09 PO1W0AB10 1W_AB10 PO1W0AB11 1W_AB11 PO1W0AB12 1W_AB12 PO1W0AB13 1W_AB13 1W_AB14 PO1W0AB14 PO1W0AB15 1W_AB15 PO1W0AB16 1W_AB16 MAX14661 I2C WRITE ADD 0x98 GND S S COC15 C15 10uF PIQ203 PIR1202 1k VCC COM-B G D PID102 PID101 MAX8892 PIC1501 PIC1502 13PIU4013 S COM-A PIQ201 COR12 PPIR1201 IR1 01 R12 1-WB_DPUZ NL10WB0DPUZ t 4 PIU504 PIQ20 Q2 COQ2 PMV65XP PIR1 02 VCC5.0 S S 5 PIU505 JTAG V5.0 OUT D1 COD1 VCC4.5 15 14 13 9 8 U5 COU5 GND 2 MAX14661 I2C WRITE ADD 0x9A GND 10PIU4010 GND 26 3 PIU203 PIR10 1 NL1WA 1WA DS2484 I2C W ADD 0x30 SD CS/A0 SCLK/SCL DIN/SDA DOUT/A1 PIR10 2 1k PIU306 5 PIU305 COM-B 12PIU2012 NC 11PIU2011 GND 25PIU2025 GND EPPIU20EP GND S PIQ101 COR8 PPIR801 IR601 R8 VCC PIS202 SD_N D NL10WA0DPUZ 1-WA_DPUZ PIC702 PIQ102 COQ1 Q1 PMV65XP PIR602 PIR701 COX1 X1 18pF 12MHz C9 COC9 COMechSO1- MechSO20 0 MechSO20 MechSO1 COC6 C6 0.1uF COU2 U2 PIR202 YELLOW LED VCC5_AUX_EN NLSTART0N START_N COC7 C7 PIU1038 39 PIU1039 PIJ1010 Screw (Qty. 20) PIC601 1uF NL303V0N 3.3V_N 37 38 P5.0/MOSI1 P5.1/MISO1 P5.2/SCLK1 P5.3/SSEL1 PIC102 SLPZ_A SLPZ_B SD_N VCC_AUX_N 1-WA_DPUZ 1-WB_DPUZ 1WA 1WB PIU1045 48 PIU1048 PIJ106 JTAG PIJ108 A PIC101 SDA_PRGM SCL_PRGM SDA_CTRL SCL_CTRL BLED_TCK TDI GLED_TMS RLED_TDO 12 13 PIU1013 14 PIU1014 41 PIU1041 42 PIU1042 43 PIU1043 44 PIU1044 PIU1012 NLVCC VCC