Used TERADYNE Tiger #174983 for sale

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Manufacturer
TERADYNE
Model
Tiger
ID: 174983
Tester Currently warehoused Configuration: # # Confsim file created on: 03/18/02 13:38:06 # # Tiger tester tigert1 # # tigert1 is a 2 processor system # Processor 1: 450 MHz sparc (online) # Processor 3: 450 MHz sparc (online) # PCI based system # Terabus is present # TCI is present # TIGER_TH 1 BACKPLANE A # Slot Type XptA XptB Name 2 0x0000000 0 # 23 24 EMPTY 3 0x0000000 0 # 21 22 EMPTY 4 0x0000000 0 # 19 20 EMPTY 5 0x0000000 0 # 17 18 EMPTY 6 0x0000000 0 # 15 16 EMPTY 7 0x0000000 0 # 13 14 EMPTY 8 0x0000000 0 # 11 12 EMPTY 9 0x0000000 0 # 9 10 EMPTY 10 0x0000000 0 # 7 8 EMPTY 11 0x0000000 0 # 5 6 EMPTY 14 0x0000000 0 # 25 26 EMPTY 15 0x0000000 0 # 27 28 EMPTY 16 0x0000000 0 # 29 30 EMPTY 17 0x0000000 0 # 31 32 EMPTY 18 0x0000000 0 # 33 34 EMPTY 19 0x0000000 0 # 35 36 EMPTY 20 0x0000000 0 # 37 38 EMPTY 21 0x0000000 0 # 39 40 EMPTY 22 0x0264d27 0 # 41 42 QVS CC 23 0x0000000 0 # 43 44 EMPTY 1 0x026420b 0 # 3 0 ACISB-L 24 0x0264783 0 # 4 0 ACISB-R END # # Up to 4 Precision AC Card Cages are allowed # PRECISION_AC 1 # Slot Type # Num Name 1 0x0000000 0 # EMPTY 2 0x0000000 0 # EMPTY 3 0x0000000 0 # EMPTY 4 0x0000000 0 # EMPTY 5 0x0278862 0 # TJA BOARD 6 0x0000000 0 # EMPTY 7 0x0000000 0 # EMPTY 8 0x11d2463 0 # PACS CAGE INT END # # Up to 8 Universal Backplane/Synch Power Subsystem # cages are allowed # # For the Synch Power Subsystem: # Slot Type Name Instr1 # Instr2 # Ammeter # # # Instr1 # - insrument connected to the first two matrix lines # Instr2 # - insrument connected to the last two matrix lines # Ammeter # - ammeter connection # to AVOID errors, put NO 0 if no instrument is connected. # # UB_SPS_CAGE 1 # Slot Type Num Name 1 879-802-02 0 # UB_SPS_802 2 517-301-01 0 # UB_MATRIX 3 517-301-01 0 # UB_MATRIX 4 517-301-01 0 # UB_MATRIX 5 517-301-01 0 # UB_MATRIX 6 517-301-01 0 # UB_MATRIX 7 517-301-01 0 # UB_MATRIX 8 517-301-01 0 # UB_MATRIX 9 517-301-01 0 # UB_MATRIX 10 517-301-01 0 # UB_MATRIX 11 517-301-01 0 # UB_MATRIX 12 517-301-01 0 # UB_MATRIX 13 517-301-01 0 # UB_MATRIX 14 879-925-01 0 # UB_60_V_SRC MAT 1 15 879-925-01 0 # UB_60_V_SRC DUT 1 16 879-925-01 0 # UB_60_V_SRC MAT 2 21 879-690-00 0 # UB_ASY 22 517-300-01 0 # UB_TJ300 UB_SPS_CAGE 2 # Slot Type # Num Name 1 879-802-02 0 # UB_SPS_802 6 949-700-10 0 # UB_QVS_CAL 1 7 949-693-10 0 # UB_QVS_CTRL 22 ?? 8 949-698-10 0 # UB_QVS_AM 1 9 949-698-10 0 # UB_QVS_AM 2 22 517-300-01 0 # UB_TJ300 END CSB_CAGE 8 #Slot Type Serial # Num Fld1 Fld2 Name 1 949-920-60 0 # HSD CSB 2 949-866-00 0 # SPLITTER END TIGER_TH 1 BACKPLANE B #Slot Type Serial # Num Name 26 805-870-52 0 # PE32 128M 27 805-870-52 0 # PE32 128M 28 805-870-52 0 # PE32 128M 29 805-870-52 0 # PE32 128M 30 805-873-81 0 # QSB 35 805-870-52 0 # PE32 128M 36 805-870-52 0 # PE32 128M 37 805-870-52 0 # PE32 128M 38 805-870-52 0 # PE32 128M 39 805-873-81 0 # QSB 40 805-870-52 0 # PE32 128M 41 805-870-52 0 # PE32 128M 42 805-870-52 0 # PE32 128M 43 805-870-52 0 # PE32 128M 45 805-870-52 0 # PE32 128M 46 805-870-52 0 # PE32 128M 47 805-870-52 0 # PE32 128M 48 805-870-52 0 # PE32 128M 49 805-873-81 0 # QSB 50 805-870-70 0 # PE32 128M 51 805-870-52 0 # PE32 128M 52 805-870-52 0 # PE32 128M 53 805-870-52 0 # PE32 128M 58 805-873-03 0 # QSB HCLK END # # Time Subsystem # TIME_SUBSYSTEM # Board ID Name 949-782-00 Time Mux Board 1 949-782-00 Time Mux Board 2 END # # DC Subsystem - # # SRC <NUM> [1 - 13] # (sources 1-5 are MATRIX sources 1-5 # sources 6-13 are DUT sources 1-8) # HCU <NUM> *[1 - 4] # REF HCU <NUM> *[1 - 4] # HVSRC <NUM> *[1 - 4] # PWRSRC <NUM> [1 - 4] # DATABITS <NUM> - <NUM> [1 - 192] # # ** These instruments share the same seven-slot cage -- only one instrument is allowed per slot. # DC_SUBSYSTEM # UBVI 60 1 ( 60V V/I Source in Universal Backplane 1 : slot 14) # UBVI 60 2 ( 60V V/I Source in Universal Backplane 1 : slot 16) # UBVI 60 6 ( 60V V/I Source in Universal Backplane 1 : slot 15) HCU 7 HCU 8 DATABITS 1 - 48 # UB_MATRIX # # Testhead 1 # XPTs UB Cage Slot Type # 1-4 1 2 Matrix # 5-8 1 3 Matrix # 9-12 1 4 Matrix # 13-16 1 5 Matrix # 17-20 1 6 Matrix # 21-24 1 7 Matrix # 25-28 1 8 Matrix # 29-32 1 9 Matrix # 33-36 1 10 Matrix # 37-40 1 11 Matrix # 41-44 1 12 Matrix # 45-48 1 13 Matrix END.
TERADYNE Tiger Final Test Equipment is a revolutionary testing solution developed to provide a comprehensive and cost-effective solution to the oftentimes difficult challenge of circuit board testing. The system has been designed with the goal of reducing the time and money associated with traditional circuit board testing procedures, while simultaneously providing accurate, reliable, and easily applicable results. Tiger Final Test Unit consists of several core components, which combine to produce its effective and comprehensive performance. The machine features an Integrated Design Environment (IDE), which allows engineers to test multiple designs simultaneously, saving both time and money. The tool also features a powerful scan-based test architecture which allows for testing of high-speed circuits and peripheral devices. In addition, the asset is equipped with an on-board scripting engine which enables custom test scripting and automation. The model can test a wide variety of circuit configurations and includes a number of unique features to ensure accurate and reliable results. The equipment provides detailed performance feedback to support production and process yield optimization, while specialized automated diagnostic tools can be used to identify design flaws or board-level defects. Furthermore, the system is equipped with an advanced vision recognition unit which provides detailed binary or analog feature recognition and extraction capabilities. TERADYNE Tiger Final Test Machine is also outfitted with advanced communication tools, which can be used to access remote resources or configure multiple test systems. The software environment is modular, meaning users can easily customize their experience with the tool to better suit their specific needs. Additionally, the asset is designed for open collaboration, making it easy to share data and results between engineers and teams, creating a more efficient workflow. Finally, Tiger Final Test Model provides exceptional value for money, as it is highly affordable, yet powerful and reliable. As such, the equipment offers unmatched ease of use and provides organizations, particularly those in the electronics industry, with a comprehensive and cost-effective final test solution.
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