Description. Overview. Features S90-MTM-DEV-2. MTM Development Board 2.0 Datasheet
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- Bernice Hardy
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1 Overview The Acroname Development Board 2.0 (-DEV-2), part of Acroname s (Manufacturing Test Module) product series, is a connectivity solution designed for development or integration to wire-based testers. The - DEV-2 allows system designers to easily and quickly access module resources through direct soldering, 0.1 headers or ribbon cable connections. Ideal for use in high-reliability manufacturing or development testing environments, -DEV-2 includes three policyfree slots, allowing access to up to three modules installed in any combination. Based on Acroname s industry-proven and well-adopted BrainStem technology, resources on modules installed in the -DEV-2 are controlled and accessed via Acroname's powerful and extensible BrainStem software APIs. Typical applications include: Manufacturing functional testing Validation testing Automated test development Embedded system development Features 3 policy-free module slots BrainStem network connection between slots DIP switches to customize BrainStem addresses 6-12V power input via barrel jack or screw terminal connection BrainStem bus connection for expansion Pin access to resources on all slots Customizable to support direct wire soldering, ribbon cable or terminal style connectors The -DEV-2 breakout board is a convenient component for manufacturing test solutions implementing using wired connections. For more information on the platform architecture, please refer to The -DEV-2 implements three (3) policy-free slots to accommodate any three modules in any combination. The high-density connections of the modules are broken out to low-density 0.1 spaced connections. s, screw terminals or ribbon cable connectors can be installed to customize the connectivity needed in a given test system. Modules installed in -DEV-2 are networked together via a local I2C-based BrainStem network. DIP switches near each slot allow custom addressing of each module on the BrainStem network. Two optional connectors on -DEV- 2 allow the BrainStem network to be expanded to other BrainStem enabled devices or development boards. Features of any modules installed are easily controlled via the BrainStem API. Within the platform architecture, any module can operate either independently or as a component in a larger network of modules. Each module is uniquely addressable and controllable from a host by connecting via the on-board USB connection, the module s card-edge USB input or through other modules on the local /BrainStem I2C bus. IMPORTANT NOTE: The -DEV-2, like all -family products, utilizes a PCIe connector interface but is for use strictly in -based systems it should never be used with PCI adapters directly. Connection with a PC or non- system could cause damage to the PC or PCI adapters. Revision of 29 Revised June, 2018
2 Absolute Maximum Ratings Any ABSOLUTE MAXIMUM RATINGS for -DEV-2 will be specific to the modules installed. Please refer to the datasheets related to specific modules for the relevant ABSOLUTE MAXUMUM RATINGS. Revision of 29 Revised June, 2018
3 Block Diagram Showing populated and not populated connectors: BrainStem Bus J12 Power Input (Barrel) J11 BrainStem (I2C) Power Input (Terminal) J38 J13 BrainStem Bus DIP Address Select J22 A-Side Breakout for Socket 2 Socket 2 J23 A-Side Breakout for Socket 2 J21 B-Side Breakout for Socket 2 J24 B-Side Breakout for Socket 2 J26 DIP Address Select J15 A-Side Breakout for Socket 1 Socket 1 J16 A-Side Breakout for Socket 1 J14 B-Side Breakout for Socket 1 J17 B-Side Breakout for Socket 1 J19 DIP Address Select J2 A-Side Breakout for Socket 0 Socket 0 J3 A-Side Breakout for Socket 0 J1 B-Side Breakout for Socket 0 J4 B-Side Breakout for Socket 0 J5 Figure 1: -DEV-2 Block Diagram Revision of 29 Revised June, 2018
4 Typical Applications Automated Functional Circuit Test (FCT) using to wire-wrapped test point pogos: Power Input (Barrel) +12VDC Power Input (Barrel) Power Input (Terminal) Ribbon Cable A-Side Breakout for Socket 2 A-Side Breakout for Socket 2 Ribbon Cable Host PC USB Module 2 DUT B-Side Breakout for Socket 2 B-Side Breakout for Socket 2 Bed of Nails BrainStem (I2C) Wire-Wrap Pogo Pins Wire-Wrap Pogo Pins A-Side Breakout for Socket 1 A-Side Breakout for Socket 1 Module 1 Wire-Wrap Pogo Pins Wire-Wrap Pogo Pins B-Side Breakout for Socket 1 B-Side Breakout for Socket 1 Ribbon Cable Ribbon Cable Functional Circuit Tester A-Side Breakout for Socket 2 A-Side Breakout for Socket 2 Socket 0 (Empty) B-Side Breakout for Socket 2 B-Side Breakout for Socket 2 Figure 2: Typical Automated Functional Tester Application Revision of 29 Revised June, 2018
5 s Location of connectors on -DEV-2: BrainStem Bus J12 Power Input (Barrel) J11 Power Input (Terminal) J38 J13 BrainStem Bus J22 J23 UART0 Socket 2 DIP Address Select A1 Breakout for Socket 2 Socket 2 A2 Breakout for Socket 2 J21 J27 B1 Breakout for Socket 2 B2 Breakout for Socket 2 J24 J26 J15 J16 UART0 Socket 1 DIP Address Select A1 Breakout for Socket 1 Socket 1 A2 Breakout for Socket 1 J14 J20 B1 Breakout for Socket 1 B2 Breakout for Socket 1 J17 J19 J2 J3 UART0 Socket 0 DIP Address Select A1 Breakout for Socket 0 Socket 0 A2 Breakout for Socket 0 J1 J7 B1 Breakout for Socket 0 B2 Breakout for Socket 0 J4 J5 Figure 3: Location of connectors Revision of 29 Revised June, 2018
6 List of connectors on -DEV-2: Designator Pins Populated J1 Module Socket Yes J2 Socket 0: A-side breakout A1 40 No J3 Socket 0: A-side breakout A2 40 No J4 Socket 0: B-side breakout B1 40 No J5 Socket 0: B-side breakout B2 40 No J7 Socket 0: UART0 4 No J11 Barrel Power Input 3 (2pin Barrel) Yes J12 BrainStem Bus Expansion 8 No J13 BrainStem Bus Expansion 8 No J14 Module Socket Yes J15 Socket 1: A-side breakout A1 40 No J16 Socket 1: A-side breakout A2 40 No J17 Socket 1: B-side breakout B1 40 No J19 Socket 1: B-side breakout B2 40 No J20 Socket 1: UART0 4 No J21 Module Socket Yes J22 Socket 2: A-side breakout A1 40 No J23 Socket 2: A-side breakout A2 40 No J24 Socket 2: B-side breakout B1 40 No J26 Socket 2: B-side breakout B2 40 No J27 Socket 2: UART0 4 No J38 Terminal Power Input 2 Yes Table 1: -DEV-2 s Revision of 29 Revised June, 2018
7 Pinout s WARNING: Acroname's line features a PCIe connector that is common in most desktop computers; however, they are NOT intended nor designed to work in these devices. Do NOT insert this product into any PCIe slot that wasn't specifically designed for this product! Failure to follow this warning WILL result in damage to this product and any device you connect it to. The edge connector pin assignments are shown in the following table. An example module is shown below: B1 A1 J1, J14, J21: Sockets (pins common to all modules) Edge Side A Edge Side A Breakout A1 Edge Side B Edge Side B A1 GND 1 B1 Input Voltage, Vsupply - A2 GND 2 B2 Input Voltage, Vsupply - A3 GND - B3 Input Voltage, Vsupply - A4 GND - B4 Input Voltage, Vsupply - Breakout B1 A5 Reset 2 All, RST Button B5 Input Voltage, Vsupply - A6 GND - B6 Reserved, Do Not Connect - A7 GND - B7 Reserved, Do Not Connect - A8 I 2 C0 SCL 1 3 B8 GND - A9 I 2 C0 SDA 1 4 B9 GND - A10 GND - B10 Reserved, Do Not Connect - A11 GND - B11 Reserved, Do Not Connect - A12 Module Address Offset 0 SW0 B12 Module Address Offset 2 SW2 A13 Module Address Offset 1 SW1 B13 Module Address Offset 3 SW3 1 I 2 C0 SCL and SDA nets are connected to all module sockets and the BrainStem bus connectors (not populated) 2 Reset net is connected to all module sockets and the reset push button (not populated) Revision of 29 Revised June, 2018
8 J1, J14, J21: Sockets (pins specific to each module) Edge Side A Edge Side A Breakout A1 Edge Side B Edge Side B Breakout B1 A14 Module-specific 6 B14 Module-specific 36 A15 Module-specific 5 B15 Module-specific 35 A16 Module-specific 8 B16 Module-specific 34 A17 Module-specific 7 B17 Module-specific 33 A18 Module-specific 10 B18 Module-specific 32 A19 Module-specific 9 B19 Module-specific 31 A20 Module-specific 12 B20 Module-specific 30 A21 Module-specific 11 B21 Module-specific 29 A22 Module-specific 14 B22 Module-specific 28 A23 Module-specific 13 B23 Module-specific 27 A24 Module-specific 16 B24 Module-specific 26 A25 Module-specific 15 B25 Module-specific 25 A26 Module-specific 18 B26 Module-specific 24 A27 Module-specific 17 B27 Module-specific 23 A28 Module-specific 20 B28 Module-specific 22 A29 Module-specific 19 B29 Module-specific 21 A30 Module-specific 22 B30 Module-specific 20 A31 Module-specific 21 B31 Module-specific 19 A32 Module-specific 24 B32 Module-specific 18 A33 Module-specific 23 B33 Module-specific 17 A34 Module-specific 26 B34 Module-specific 16 A35 Module-specific 25 B35 Module-specific 15 A36 Module-specific 26 B36 Module-specific 14 A37 Module-specific 27 B37 Module-specific 13 A38 Module-specific 30 B38 Module-specific 12 A39 Module-specific 29 B39 Module-specific 11 A40 Module-specific 32 B40 Module-specific 10 A41 Module-specific 31 B41 Module-specific 9 A42 Module-specific 34 B42 Module-specific 8 A43 Module-specific 33 B43 Module-specific 7 Revision of 29 Revised June, 2018
9 Edge Side A Edge Edge Breakout Edge Side A A1 Side B Side B A44 Module-specific 36 B44 Module-specific 6 A45 Module-specific 35 B45 Module-specific 5 A46 Module-specific 38 B46 Module-specific 4 A47 Module-specific 37 B47 Module-specific 3 Breakout B1 Edge Side A Edge Edge Breakout Edge Side A A2 Side B Side B A48 Module-specific 4 B48 Module-specific 38 Breakout B2 A49 Module-specific 3 B49 Module-specific 37 A50 Module-specific 6 B50 Module-specific 36 A51 Module-specific 5 B51 Module-specific 35 A52 Module-specific 8 B52 Module-specific 34 A53 Module-specific 7 B53 Module-specific 33 A54 Module-specific 10 B54 Module-specific 32 A55 Module-specific 9 B55 Module-specific 31 A56 Module-specific 12 B56 Module-specific 30 A57 Module-specific 11 B57 Module-specific 29 A58 Module-specific 14 B58 Module-specific 28 A59 Module-specific 13 B59 Module-specific 27 A60 Module-specific 16 B60 Module-specific 26 A61 Module-specific 15 B61 Module-specific 25 A62 Module-specific 18 B62 Module-specific 24 A63 Module-specific 17 B63 Module-specific 23 A64 Module-specific 20 B64 Module-specific 22 A65 Module-specific 19 B65 Module-specific 21 A66 Module-specific 22 B66 Module-specific 20 A67 Module-specific 21 B67 Module-specific 19 A68 Module-specific 24 B68 Module-specific 18 A69 Module-specific 23 B69 Module-specific 17 A70 Module-specific 26 B70 Module-specific 16 Revision of 29 Revised June, 2018
10 Edge Side A Edge Edge Breakout Edge Side A A2 Side B Side B A71 Module-specific 25 B71 Module-specific 15 Breakout B2 A72 Module-specific 28 B72 Module-specific 14 A73 Module-specific 27 B73 Module-specific 13 A74 Module-specific 30 B74 Module-specific 12 A75 Module-specific 29 B75 Module-specific 11 A76 Module-specific 32 B76 Module-specific 10 A77 Module-specific 31 B77 Module-specific 9 A78 Module-specific 34 B78 Module-specific 8 A79 Module-specific 33 B79 Module-specific 7 A80 Module-specific 36 B80 Module-specific 6 A81 Module-specific 35 B81 Module-specific 5 A82 Module-specific 38 B82 Module-specific 4 J2, J15, J21 (A1): 40-pin s A1 1 GND 2 GND Table 2: Module Socket Pinout Side A 3 I2C0 SCL (BrainStem) A8 4 I2C0 SDA (BrainStem) A9 5 Module-Specific A15 6 Module-Specific A14 7 Module-Specific A17 8 Module-Specific A16 9 Module-Specific A19 10 Module-Specific A18 11 Module-Specific A21 Revision of 29 Revised June, 2018
11 A1 Side A 12 Module-Specific A20 13 Module-Specific A23 14 Module-Specific A22 15 Module-Specific A25 16 Module-Specific A24 17 Module-Specific A27 18 Module-Specific A26 19 Module-Specific A29 20 Module-Specific A28 21 Module-Specific A31 22 Module-Specific A30 23 Module-Specific A33 24 Module-Specific A32 25 Module-Specific A35 26 Module-Specific A34 27 Module-Specific A37 28 Module-Specific A36 29 Module-Specific A39 30 Module-Specific A38 31 Module-Specific A41 32 Module-Specific A40 33 Module-Specific A43 34 Module-Specific A42 35 Module-Specific A45 36 Module-Specific A44 37 Module-Specific A47 38 Module-Specific A46 39 GND 40 GND Table 3: Pinout for Breakout A1 s Revision of 29 Revised June, 2018
12 J2, J15, J21 (A1): 40-pin s WIDE FORMAT A1 1 GND Side A A1 2 GND Side A 3 I2C0 SCL (BrainStem) A8 4 I2C0 SDA (BrainStem) A9 5 Module-Specific A15 6 Module-Specific A14 7 Module-Specific A17 8 Module-Specific A16 9 Module-Specific A19 10 Module-Specific A18 11 Module-Specific A21 12 Module-Specific A20 13 Module-Specific A23 14 Module-Specific A22 15 Module-Specific A25 16 Module-Specific A24 17 Module-Specific A27 18 Module-Specific A26 19 Module-Specific A29 20 Module-Specific A28 21 Module-Specific A31 22 Module-Specific A30 23 Module-Specific A33 24 Module-Specific A32 25 Module-Specific A35 26 Module-Specific A34 27 Module-Specific A37 28 Module-Specific A36 29 Module-Specific A39 30 Module-Specific A38 31 Module-Specific A41 32 Module-Specific A40 33 Module-Specific A43 34 Module-Specific A42 35 Module-Specific A45 36 Module-Specific A44 37 Module-Specific A47 38 Module-Specific A46 39 GND Table 4: Pinout for Breakout A1 s 40 GND Revision of 29 Revised June, 2018
13 J3, J16, J23 (A2): 40-pin s A2 1 GND 2 GND Side A 3 Module-Specific A49 4 Module-Specific A48 5 Module-Specific A51 6 Module-Specific A50 7 Module-Specific A53 8 Module-Specific A52 9 Module-Specific A55 10 Module-Specific A54 11 Module-Specific A57 12 Module-Specific A56 13 Module-Specific A59 14 Module-Specific A58 15 Module-Specific A61 16 Module-Specific A60 17 Module-Specific A63 18 Module-Specific A62 19 Module-Specific A65 20 Module-Specific A64 21 Module-Specific A67 22 Module-Specific A66 23 Module-Specific A69 24 Module-Specific A68 25 Module-Specific A71 26 Module-Specific A70 27 Module-Specific A73 28 Module-Specific A72 29 Module-Specific A75 Revision of 29 Revised June, 2018
14 A2 Side A 30 Module-Specific A74 31 Module-Specific A77 32 Module-Specific A76 33 Module-Specific A79 34 Module-Specific A78 35 Module-Specific A81 36 Module-Specific A80 37 Not Connected - 38 Module-Specific A82 39 GND 40 GND Table 5: Pinout for Breakout A2 s Revision of 29 Revised June, 2018
15 J3, J16, J23 (A2): 40-pin s WIDE FORMAT A2 1 GND Side A A2 2 GND Side A 3 Module-Specific A49 4 Module-Specific A48 5 Module-Specific A51 6 Module-Specific A50 7 Module-Specific A53 8 Module-Specific A52 9 Module-Specific A55 10 Module-Specific A54 11 Module-Specific A57 12 Module-Specific A56 13 Module-Specific A59 14 Module-Specific A58 15 Module-Specific A61 16 Module-Specific A60 17 Module-Specific A63 18 Module-Specific A62 19 Module-Specific A65 20 Module-Specific A64 21 Module-Specific A67 22 Module-Specific A66 23 Module-Specific A69 24 Module-Specific A68 25 Module-Specific A71 26 Module-Specific A70 27 Module-Specific A73 28 Module-Specific A72 29 Module-Specific A75 30 Module-Specific A74 31 Module-Specific A77 32 Module-Specific A76 33 Module-Specific A79 34 Module-Specific A78 35 Module-Specific A81 36 Module-Specific A80 37 Not Connected - 38 Module-Specific A82 39 GND Table 6: Pinout for Breakout A2 s 40 GND Revision of 29 Revised June, 2018
16 J4, J17, J24 (B1): 40-pin s B1 Side B 1 GND B8, B9 2 GND B8, B9 3 Module-Specific B47 4 Module-Specific B46 5 Module-Specific B45 6 Module-Specific B44 7 Module-Specific B43 8 Module-Specific B42 9 Module-Specific B41 10 Module-Specific B40 11 Module-Specific B39 12 Module-Specific B38 13 Module-Specific B37 14 Module-Specific B36 15 Module-Specific B35 16 Module-Specific B34 17 Module-Specific B33 18 Module-Specific B32 19 Module-Specific B31 20 Module-Specific B30 21 Module-Specific B29 22 Module-Specific B28 23 Module-Specific B27 24 Module-Specific B26 25 Module-Specific B25 26 Module-Specific B24 27 Module-Specific B23 28 Module-Specific B22 29 Module-Specific B21 30 Module-Specific B20 Revision of 29 Revised June, 2018
17 B1 Side B 31 Module-Specific B19 32 Module-Specific B18 33 Module-Specific B17 34 Module-Specific B16 35 Module-Specific B15 36 Module-Specific B14 37 UART0_TX B10 38 UART0_RX B11 39 GND B8, B9 40 GND B8, B9 Table 7: Pinout for Breakout B1 s Revision of 29 Revised June, 2018
18 J4, J17, J24 (B1): 40-pin s WIDE FORMAT B1 Side B B1 Side B 1 GND B8, B9 2 GND B8, B9 3 Module-Specific B47 4 Module-Specific B46 5 Module-Specific B45 6 Module-Specific B44 7 Module-Specific B43 8 Module-Specific B42 9 Module-Specific B41 10 Module-Specific B40 11 Module-Specific B39 12 Module-Specific B38 13 Module-Specific B37 14 Module-Specific B36 15 Module-Specific B35 16 Module-Specific B34 17 Module-Specific B33 18 Module-Specific B32 19 Module-Specific B31 20 Module-Specific B30 21 Module-Specific B29 22 Module-Specific B28 23 Module-Specific B27 24 Module-Specific B26 25 Module-Specific B25 26 Module-Specific B24 27 Module-Specific B23 28 Module-Specific B22 29 Module-Specific B21 30 Module-Specific B20 31 Module-Specific B19 32 Module-Specific B18 33 Module-Specific B17 34 Module-Specific B16 35 Module-Specific B15 36 Module-Specific B14 37 UART0_TX B10 38 UART0_RX B11 39 GND B8, B9 40 GND B8, B9 Table 8: Pinout for Breakout B1 s Revision of 29 Revised June, 2018
19 J5, J19, J26 (B2): 40-pin s B2 Side B 1 GND B8, B9 2 GND B8, B9 3 Not Connected - 4 Module-Specific B82 5 Module-Specific B81 6 Module-Specific B80 7 Module-Specific B79 8 Module-Specific B78 9 Module-Specific B77 10 Module-Specific B76 11 Module-Specific B75 12 Module-Specific B74 13 Module-Specific B73 14 Module-Specific B72 15 Module-Specific B71 16 Module-Specific B70 17 Module-Specific B69 18 Module-Specific B68 19 Module-Specific B67 20 Module-Specific B66 21 Module-Specific B65 22 Module-Specific B64 23 Module-Specific B63 24 Module-Specific B62 25 Module-Specific B61 26 Module-Specific B60 27 Module-Specific B59 28 Module-Specific B58 29 Module-Specific B57 Revision of 29 Revised June, 2018
20 B2 Side B 30 Module-Specific B56 31 Module-Specific B55 32 Module-Specific B54 33 Module-Specific B53 34 Module-Specific B52 35 Module-Specific B51 36 Module-Specific B50 37 Module-Specific B49 38 Module-Specific B48 39 GND B8, B9 40 GND B8, B9 Table 9: Pinout for Breakout B2 s Revision of 29 Revised June, 2018
21 J5, J19, J26 (B2): 40-pin s WIDE FORMAT B2 Side B B2 Side B 1 GND B8, B9 2 GND B8, B9 3 Not Connected - 4 Module-Specific B82 5 Module-Specific B81 6 Module-Specific B80 7 Module-Specific B79 8 Module-Specific B78 9 Module-Specific B77 10 Module-Specific B76 11 Module-Specific B75 12 Module-Specific B74 13 Module-Specific B73 14 Module-Specific B72 15 Module-Specific B71 16 Module-Specific B70 17 Module-Specific B69 18 Module-Specific B68 19 Module-Specific B67 20 Module-Specific B66 21 Module-Specific B65 22 Module-Specific B64 23 Module-Specific B63 24 Module-Specific B62 25 Module-Specific B61 26 Module-Specific B60 27 Module-Specific B59 28 Module-Specific B58 29 Module-Specific B57 30 Module-Specific B56 31 Module-Specific B55 32 Module-Specific B54 33 Module-Specific B53 34 Module-Specific B52 35 Module-Specific B51 36 Module-Specific B50 37 Module-Specific B49 38 Module-Specific B48 39 GND B8, B9 40 GND B8, B9 Table 10: Pinout for Breakout B2 s Revision of 29 Revised June, 2018
22 Revision of 29 Revised June, 2018
23 J11 2-pin Barrel: Power J7, J20, J27: Socket UART0 Pin Pin 1 Center / Vsupply 2 Ring / GND 3 Ring / GND Table 11: Pinout for Barrel Power 1 GND 2 TX 3 NC 4 RX Table 14: Pinout for Socket UART s J38 2-pin Terminal: Power Pin 1 Vsupply 2 GND Table 12: Pinout for Terminal Power J12, J13: BrainStem I2C Pin 1 GND 2 GND 3 SCL 4 SCL 5 Reserved (I2C V+) 6 Reserved (I2C V+) 7 SDA 8 SDA Table 13: Pinout for BrainStem I2C s Revision of 29 Revised June, 2018
24 Module Connectivity BrainStem: Module slots on -DEV-2 are connected together using the BrainStem bus through I2C0 on pins A8 and A9 of the PCIe edge connector. The BrainStem bus is accessible through J12 or J13 connectors for external access or expansion to other BrainStem enabled devices. Power Input (Barrel) +12VDC Power Input (Barrel) +12VDC Power Input (Barrel) Power Input (Terminal) Power Input (Barrel) Power Input (Terminal) BrainStem Bus BrainStem (I2C) BrainStem Bus Bridge Cable BrainStem Bus BrainStem (I2C) BrainStem Bus Host PC USB Socket 0 Socket 0 Socket 1 Socket 1 Socket 2 Socket 2 Figure 4: Bridging multiple -DEV-2 boards using BrainStem Revision of 29 Revised June, 2018
25 Edge Interface All products are designed with an edge connector interface that requires a compatible edgeboard connector on the carrier PCB. Acroname recommends the through-hole PCI-Express (PCIe) Vertical. The connectors can be combined with an optional retention clip, as shown below. -DEV-2 is populated with 164-position connectors which accept any module. Product Manufacturer Manufacturer Part Number -DAQ-1 -IO-Serial -PM-1 -USBStem -EtherStem Amphenol FCI Samtec Amphenol FCI Samtec Amphenol FCI Samtec Amphenol FCI Samtec Amphenol FCI Samtec TLF PCIE F-D-TH TLF PCIE F-D-TH TLF PCIE F-D-TH TLF PCIE F-D-TH TLF PCIE F-D-TH Table 15: PCI-Express Edge s for Products PCIe PCI-Express 164-position vertical connector PCI-Express 98-position vertical connector PCI-Express 64-position vertical connector PCI-Express 64-position vertical connector PCI-Express 64-position vertical connector All Models Amphenol FCI LF PCI-Express Retention Clip (optional) Retention Clip (optional) Edge Specifications Contact Finish Card Thickness Figure 5: PCIe Vertical with optional Retention Clip Gold [1.59mm] Number of Rows 2 Number of Positions Pitch Variable (see Table 15: PCI-Express Edge s for Products) Table 16: Edge Specifications (1.00mm) Amphenol FCI Drawings and Layout: Amphenol FCI Product Specification: Samtec Product Catalog: Revision of 29 Revised June, 2018
26 Breakout Interface Breakouts for modules are provided on 0.1 spaced connectors. Though specific connectors are required, Acroname has designed -DEV-2 to accommodate standard 0.1 pitch headers. Suggested connectors include: Manufacturer Manufacturer Part Number Amphenol FCI Samtec Breakout Specifications Contact Finish Number of Rows 2 Number of Positions Pitch LF TST G-D 40-pin 0.1 Shrouded Table 17: Suggested Breakout s Gold Variable 0.1 (2.54mm) Revision of 29 Revised June, 2018
27 Mechanical Dimensions are shown in inches [mm]. 3D CAD models are available through the -DEV-2 product page Downloads section and from: TYP (x8) Figure 6: -DEV-2 Mechanical Revision of 29 Revised June, 2018
28 Module Address Hardware Offset Configuration A hardware offset is one of two ways to modify the devices Module/I2C address. For detailed information on BrainStem networking see the online BrainStem reference guide at HW OFFSET 0 HW OFFSET 1 HW OFFSET 2 HW OFFSET 3 1K 1K 1K 1K Figure 7: Module Address Hardware Offset Revision of 29 Revised June, 2018
29 Document Revision History All major documentation changes will be marked with a dated revision code Revision Date Engineer 1.0 June 15, 2018 LCD Initial Release Revision of 29 Revised June, 2018
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