Used TERADYNE Catalyst #9165649 for sale

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Final Test
Manufacturer
TERADYNE
Model
Catalyst
ID: 9165649
Vintage: 2002
Tester (2) Processors: Processor 1: 450 MHz sparcv 9 Processor 3: 450 MHz sparcv 9 PCI based system Terabus Board id: 949-824-00 TCI CATALYST_TH 1 BACKPLANE A #Slot Type # Num XptA XptB Name 2 000-000-00 0 # 23 24 EMPTY 3 000-000-00 0 # 21 22 EMPTY 4 879-906-51 0 # 19 20 VHFCW CC 5 879-792-01 0 # 17 18 TIME CC 6 000-000-00 0 # 15 16 EMPTY 7 949-735-50 0 # 13 14 VHFAWG1200 CC 8 949-831-50 0 # 11 12 1G VHFD CC 9 000-000-00 0 # 9 10 EMPTY 10 949-681-50 0 # 7 8 VHFAWG400 DIFF CC 11 949-831-50 0 # 5 6 1G VHFD CC 14 803-594-00 0 # 25 26 UHFSRC CC 15 803-596-05 0 # 27 28 UWPORT 16 803-595-02 0 # 29 30 UWMM 17 803-594-00 0 # 31 32 UHFSRC CC 18 803-596-05 0 # 33 34 UWPORT 19 803-594-00 0 # 35 36 UHFSRC CC 20 949-643-00 0 # 37 38 TJD CC 21 000-000-00 0 # 39 40 EMPTY 22 000-000-00 0 # 41 42 EMPTY 23 000-000-00 0 # 43 44 EMPTY 1 949-669-00 0 # 3 0 HAS (Left HAS LA669-00) 13 949-668-00 0 # 0 0 CATALYST HAC 12 949-667-00 0 # 0 0 DIF 24 949-669-01 0 # 4 0 HAS (Right HAS LA669-01) END RF_PIPES 1 # pipe-name slot schan description Z8A 15 1 # UWPORT (OSP) Z7A 15 2 # UWPORT (OSP) Z6A 15 3 # UWPORT (OSP) Z5A 15 4 # UWPORT (OSP) Z4A 18 1 # UWPORT (OSP) Z3A 18 2 # UWPORT (OSP) Z2A 18 3 # UWPORT (OSP) Z1A 18 4 # UWPORT (OSP) Y15B 7 1 # VHFAWG1200 CC (OSSP) Y17B 7 2 # VHFAWG1200 CC (OSSP) Y16B 7 3 # VHFAWG1200 CC (OSSP) Y18B 7 4 # VHFAWG1200 CC (OSSP) END RF_CONNECTIONS 1 # RF pipe connections between channel cards # slot schan slot schan 14 1 to 15 5 17 1 to 15 6 16 3 to 15 7 19 1 to 18 5 16 1 to 18 7 END Up to 4 Precision AC Card Cages are allowed # PRECISION_AC 1 #Slot Type # Num Name 1 949-664-00 0 # VHFDIG MF 2 000-000-00 0 # EMPTY 3 949-736-00 0 # VHFAWG1200 4 000-000-00 0 # EMPTY 5 000-000-00 0 # EMPTY 6 000-000-00 0 # EMPTY 7 949-827-00 0 # VHFAWG 8 949-671-01 0 # PACS CAGE INT END PRECISION_AC 2 #Slot Type # Num Name 1 949-664-00 0 # VHFDIG MF 2 000-000-00 0 # EMPTY 3 000-000-00 0 # EMPTY 4 000-000-00 0 # EMPTY 5 000-000-00 0 # EMPTY 6 000-000-00 0 # EMPTY 7 000-000-00 0 # EMPTY 8 949-671-01 0 # PACS CAGE INT END UB_SPS_CAGE 1 # Slot Type # Num Name 1 879-802-02 0 # UB_SPS_802 2 517-301-00 0 # UB_APU 3 517-301-00 0 # UB_APU 4 517-301-00 0 # UB_APU 5 517-301-00 0 # UB_APU 6 517-301-00 0 # UB_APU 7 517-301-00 0 # UB_APU 8 517-301-00 0 # UB_APU 9 517-301-00 0 # UB_APU 10 517-301-00 0 # UB_APU 11 517-301-00 0 # UB_APU 12 517-301-00 0 # UB_APU 13 517-301-00 0 # UB_APU 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 17 879-925-01 0 # UB_60_V_SRC MAT 5 18 879-925-01 0 # UB_60_V_SRC MAT 3 19 879-925-01 0 # UB_60_V_SRC DUT 5 20 879-925-01 0 # UB_60_V_SRC DUT 6 21 879-690-00 0 # UB_ASY 22 517-300-01 0 # UB_TJ300 END HSD100_CHAN_CAGE 1 #Slot Type # Num Fld1 Fld2 Name 1 949-921-01 0 # HSD CDM 400 2 949-921-01 0 # HSD CDM 400 3 949-921-01 0 # HSD CDM 400 4 949-921-01 0 # HSD CDM 400 5 949-820-10 0 # HSD CSB 6 949-921-01 0 # HSD CDM 400 7 949-921-01 0 # HSD CDM 400 8 949-921-01 0 # HSD CDM 400 9 949-921-01 0 # HSD CDM 400 END HSD100_CHAN_CAGE 2 #Slot Type # Num Fld1 Fld2 Name 1 949-921-01 0 # HSD CDM 400 2 949-921-01 0 # HSD CDM 400 3 949-921-01 0 # HSD CDM 400 4 949-921-01 0 # HSD CDM 400 5 949-820-00 0 # HSD CSB 6 949-921-01 0 # HSD CDM 400 7 949-921-01 0 # HSD CDM 400 8 949-921-01 0 # HSD CDM 400 9 949-921-01 0 # HSD CDM 400 END HSD100_CHAN_CAGE 3 #Slot Type # Num Fld1 Fld2 Name 1 949-921-01 0 # HSD CDM 400 2 949-921-01 0 # HSD CDM 400 3 949-921-01 0 # HSD CDM 400 4 949-921-01 0 # HSD CDM 400 5 949-820-00 0 # HSD CSB 6 949-921-01 0 # HSD CDM 400 7 949-921-01 0 # HSD CDM 400 8 949-921-01 0 # HSD CDM 400 9 949-921-01 0 # HSD CDM 400 END CATALYST_TH 1 BACKPLANE B #Slot Type # Num Name 25 949-625-00 0 # HSD DTH 26 949-625-00 0 # HSD DTH 27 949-625-00 0 # HSD DTH 28 949-625-00 0 # HSD DTH 29 949-626-10 0 # HSD THS 30 949-625-00 0 # HSD DTH 31 949-625-00 0 # HSD DTH 32 949-625-00 0 # HSD DTH 33 949-625-00 0 # HSD DTH 34 949-625-00 0 # HSD DTH 35 949-625-00 0 # HSD DTH 36 949-625-00 0 # HSD DTH 37 949-625-00 0 # HSD DTH 38 949-626-10 0 # HSD THS 39 949-625-00 0 # HSD DTH 40 949-625-00 0 # HSD DTH 41 949-625-00 0 # HSD DTH 42 949-625-00 0 # HSD DTH 43 949-625-00 0 # HSD DTH 44 949-625-00 0 # HSD DTH 45 949-625-00 0 # HSD DTH 46 949-625-00 0 # HSD DTH 47 949-626-10 0 # HSD THS 48 949-625-00 0 # HSD DTH 49 949-625-00 0 # HSD DTH 50 949-625-00 0 # HSD DTH 51 949-625-00 0 # HSD DTH 52 949-625-00 0 # HSD DTH 53 949-625-00 0 # HSD DTH 54 949-625-00 0 # HSD DTH 55 949-625-00 0 # HSD DTH 56 949-626-10 0 # HSD THS 57 949-625-00 0 # HSD DTH 58 949-625-00 0 # HSD DTH 59 949-625-00 0 # HSD DTH 60 949-625-00 0 # HSD DTH 61 949-625-00 0 # HSD DTH 62 949-625-00 0 # HSD DTH 63 949-625-00 0 # HSD DTH 64 949-625-00 0 # HSD DTH 65 949-626-00 0 # HSD THS 66 949-625-00 0 # HSD DTH 67 949-625-00 0 # HSD DTH 68 949-625-00 0 # HSD DTH 69 949-625-00 0 # HSD DTH 70 949-625-00 0 # HSD DTH 71 949-625-00 0 # HSD DTH 72 949-625-00 0 # HSD DTH 73 949-625-00 0 # HSD DTH 74 949-626-10 0 # HSD THS 75 949-625-00 0 # HSD DTH 76 949-625-00 0 # HSD DTH 77 949-625-00 0 # HSD DTH 78 949-625-00 0 # HSD DTH END TSY CAGE #Slot Type # Num Name 1 879-655-02 0 # TSY 2 000-000-00 0 # EMPTY 3 000-000-00 0 # EMPTY 4 000-000-00 0 # EMPTY END # Time Subsystem TIME_SUBSYSTEM # Board ID # Name 879-793-00 # TMS Timer 879-794-00 # TMS Counter 879-795-01 # TMS Support 949-782-00 # Time Mux Board 1 END UWPORT_OPTIONS_HEAD 1 # Name Slot Type # Rev Num Date PORT 15 803-596-05 A 1 # 0122-0 NOISE 15 733-104-00 A 1 # 9923-0 PORT 18 803-596-05 B 2 # 0306-0 NOISE 18 733-104-00 A 2 # 9923-0 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 3 ( 60V V/I Source in Universal Backplane 1 : slot 18) HCU 4 # UBVI 60 5 ( 60V V/I Source in Universal Backplane 1 : slot 17) # UBVI 60 6 ( 60V V/I Source in Universal Backplane 1 : slot 15) HCU 7 HCU 8 HCU 9 # UBVI 60 10 ( 60V V/I Source in Universal Backplane 1 : slot 19) # UBVI 60 11 ( 60V V/I Source in Universal Backplane 1 : slot 20) DATABITS 1 - 48 # UB_MATRIX # Test head 1 # XPTs UB Cage Slot Type # 1-4 1 2 APU # 5-8 1 3 APU # 9-12 1 4 APU # 13-16 1 5 APU # 17-20 1 6 APU # 21-24 1 7 APU # 25-28 1 8 APU # 29-32 1 9 APU # 33-36 1 10 APU # 37-40 1 11 APU # 41-44 1 12 APU # 45-48 1 13 APU end 2002 vintage.
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TERADYNE Catalyst is a leading final test solution for today's electronics industry. It offers best-in-class test throughput, parallel test capability, and flexible hardware and software for efficient test of sophisticated devices. It is designed to meet challenging performance requirements of high-volume manufacturing. Catalyst utilizes an innovative combination of hardware and software technologies to support testing needs that are increasingly complex and time-sensitive. Its high-performance equipment architecture is based on a central computing processor referred to as the TestBus, which connects other test system components to TERADYNE Catalyst's software. It offers three primary components: a flexible test role-based architecture, a high-speed testing platform, and automatic process control. The flexible test role-based architecture enables Catalyst to support multiple test requirements simultaneously. Test roles are assigned to the test unit's resources and can be changed easily based on current customer requirements. This ensures that the company's priorities are met quickly and accurately. The high-speed testing platform ensures that the machine delivers the highest throughput per unit of device. It is capable of quickly executing tests with high yield, eliminating the impact of set-up time variations on the optimal test cycle time. The platform leverages its scalable architecture for unmatched parallel and mixed-mode testing capabilities. TERADYNE Catalyst's automatic process control makes it easy to configure and monitor the test tool in real-time. It provides asset control via a web-based user interface, allowing operators to modify model parameters, diagnose component and test issues quickly, and adjust test configurations from anywhere on the shopfloor. Automatic Process Control also simplifies handling of incoming loads of varying sizes, allowing Catalyst to run at its full capacity while ensuring the highest throughput per unit time. In conclusion, TERADYNE Catalyst is a powerful final test equipment that offers unparalleled test throughput, parallel test capabilities, and flexible hardware and software. With its innovative technologies and advanced features, it is effective and efficient in meeting the changing needs of the electronics industry.
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