中古 TERADYNE Catalyst RF #150224 を販売中
URL がコピーされました!
ID: 150224
Mixed Signal Testers
Configuration 1
Catalyst tester cat
cat is a 2 processor system
Processor 1: 450 MHz sparc (online)
Processor 3: 450 MHz sparc (online)
PCI based system
Terabus is present
Board ID 949-824-00
TCI is present
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
4 000-000-00 0 # 19 20 EMPTY
5 879-792-01 0 # 17 18 TIME CC
6 939-227-50 0 # 15 16 GIGADIG CC
7 949-916-50 0 # 13 14 AWGLAN CC
8 000-000-00 0 # 11 12 EMPTY
9 879-906-51 0 # 9 10 VHFCW CC
10 949-681-50 0 # 7 8 VHFAWG400 DIFF CC
11 949-831-50 0 # 5 6 1G VHFD CC
14 949-681-50 0 # 25 26 VHFAWG400 DIFF CC
15 949-831-50 0 # 27 28 1G VHFD CC
16 803-595-01 0 # 29 30 UWMM
17 000-000-00 0 # 31 32 EMPTY
18 803-596-07 0 # 33 34 UWPORT
19 803-594-00 0 # 35 36 UHFSRC CC
20 803-594-00 0 # 37 38 UHFSRC 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
Z4A 18 1 # UWPORT (OSP)
Z3A 18 2 # UWPORT (OSP)
Z2A 18 3 # UWPORT (OSP)
Z1A 18 4 # UWPORT (OSP)
Z12C 6 3 # GIGADIG CC (OSP)
Z10C 6 5 # GIGADIG CC (OSP)
Z3C 18 1 # UWPORT (OSP)
Z2C 18 2 # UWPORT (OSP)
Z5C 18 5 # UWPORT (OSP)
Z4C 18 6 # UWPORT (OSP)
Z12D 6 1 # GIGADIG CC (OSP)
Z10D 6 4 # GIGADIG CC (OSP)
Z3D 18 3 # UWPORT (OSP)
Z2D 18 4 # UWPORT (OSP)
Z5D 18 7 # UWPORT (OSP)
Z4D 18 8 # UWPORT (OSP)
END
RF_CONNECTIONS 1
# RF pipe connections between channel cards
# slot schan slot schan
16 1 to 18 7
19 1 to 18 5
20 1 to 18 6
END
#
# Up to 4 Precision AC Card Cages are allowed
#
PRECISION_AC 1
#Slot Type Num Name
1 949-664-00 0 # VHFDIG MF
2 949-664-00 0 # VHFDIG MF
3 949-915-01 0 # AWGLAN (8Meg)
4 949-827-00 0 # VHFAWG
5 949-827-00 0 # VHFAWG
6 949-320-00 0 # UWMS
7 000-000-00 0 # EMPTY
8 949-671-01 0 # PACS CAGE INT
END
PRECISION_AC 2
#Slot Type Num Name
1 949-664-20 0 # GIGADIG MF
2 000-000-00 0 # EMPTY
3 000-000-00 0 # EMPTY
4 000-000-00 0 # EMPTY
5 949-320-00 0 # UWMS
6 000-000-00 0 # EMPTY
7 000-000-00 0 # EMPTY
8 949-671-01 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
17 879-925-01 0 # UB_60_V_SRC MAT 3
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
5 949-920-10 0 # HSD CSB
END
HSD100_CHAN_CAGE 2
#Slot Type Serial # Num Fld1 Fld2 Name
5 949-920-00 0x11d4d44 0 # HSD CSB
END
CATALYST_TH 1
BACKPLANE B
#Slot Type Num Name
29 949-626-10 0 # HSD THS
47 949-626-10 0 # HSD THS
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
74 949-626-10 0 # HSD THS
END
#
# Trigger Switch Yard
#
# Note: The logical slot numbers below correspond to the physical slot
# numbers only for test systems which contain a TSY card
# cage. In test systems which contain an SCS/TSY card cage the
# mapping is:
#
# Logical TSY slot (below) Physical slot
# 1 -> 2
# 3 -> 1
#
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
879-794-01 # TMS Counter
879-795-01 # TMS Support
END
# The UWMS option resides in the PACS cage and is composed of two
# plug-in modules that may reside in one of three locations A, B or C.
# A zero in the type field indicates no plug-in module.
# PACS_UW <n> - indicates PACS cage number of these UWMS options
# Slot - indicates slot number and module position for this UWMS option
# Type - board identification number
# AWG Num - AWG instrument number connected to this UWMS option
# UHFSRC Num - UHF instrument number that has this UWMS option
# MODSRC Num - First or second MODSRC connected to above UHFSRC
#
PACS_UW 1
# AWG UHFSRC MODSRC
#Slot Type Rev Date Num Num Num Name
6 949-320-00 A 0226-0 2 1 1 # UWMS
6A 949-330-00 A 9944-0 # UWMS UP CONV
6B 000-000-00 0 0000-0
6C 949-333-00 C 0308-0 # UWMS MUX
END
#
PACS_UW 2
# AWG UHFSRC MODSRC
#Slot Type Rev Date Num Num Num Name
5 949-320-00 A 0226-0 2 1 2 # UWMS
5A 949-330-20 A 0312-0 # MODSRC6000 UP CONV
5B 000-000-00 0 0000-0
5C 939-204-00 A 0331-0 # MODSRC6000 MUX
END
#
#
# The UWPORT option modules are composed of plug-in modules.
# The names list in the first column indicate the presence of
# the option modules for the uwport.
#
UWPORT_OPTIONS_HEAD 1
#
# Name Slot Type Serial # Rev Num Date
PORT 18 803-596-07 0x02220dd B 1 # 0140-0
NOISE 18 733-104-00 0x028067c A 1 # 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 17)
HCU 4
# UBVI 60 6 ( 60V V/I Source in Universal Backplane 1 : slot 15)
HCU 7
HCU 8
HCU 9
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
Configuration 2:
# Catalyst tester cat2
#
# cat2 is a 2 processor system
# Processor 1: 450 MHz sparcv9 (online)
# Processor 3: 450 MHz sparcv9 (online)
# PCI based system
# Terabus is present
# Board ID 949-824-00
# TCI is present
#
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
4 000-000-00 0 # 19 20 EMPTY
5 879-792-01 0 # 17 18 TIME CC
6 939-227-50 0 # 15 16 GIGADIG CC
7 949-916-50 0 # 13 14 AWGLAN CC
8 000-000-00 0 # 11 12 EMPTY
9 879-906-51 0 # 9 10 VHFCW CC
10 949-681-50 0 # 7 8 VHFAWG400 DIFF CC
11 949-831-50 0 # 5 6 1G VHFD CC
14 949-681-50 0 # 25 26 VHFAWG400 DIFF CC
15 949-831-50 0 # 27 28 1G VHFD CC
16 803-595-02 0 # 29 30 UWMM
17 000-000-00 0 # 31 32 EMPTY
18 803-596-07 0 # 33 34 UWPORT
19 803-594-00 0 # 35 36 UHFSRC CC
20 803-594-00 0 # 37 38 UHFSRC 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
Z4A 18 1 # UWPORT (OSP)
Z3A 18 2 # UWPORT (OSP)
Z2A 18 3 # UWPORT (OSP)
Z1A 18 4 # UWPORT (OSP)
Z4A 18 1 # UWPORT (OSP)
Z3A 18 2 # UWPORT (OSP)
Z2A 18 3 # UWPORT (OSP)
Z1A 18 4 # UWPORT (OSP)
Z12C 6 3 # GIGADIG CC (OSP)
Z10C 6 5 # GIGADIG CC (OSP)
Z9C 11 9 # 1G VHFD CC (OSP)
Z8C 15 9 # 1G VHFD CC (OSP)
Z5C 18 5 # UWPORT (OSP)
Z4C 18 6 # UWPORT (OSP)
Z12C 6 3 # GIGADIG CC (OSP)
Z10C 6 5 # GIGADIG CC (OSP)
Z5C 18 5 # UWPORT (OSP)
Z4C 18 6 # UWPORT (OSP)
Z12D 6 1 # GIGADIG CC (OSP)
Z10D 6 4 # GIGADIG CC (OSP)
Z9D 11 8 # 1G VHFD CC (OSP)
Z8D 15 8 # 1G VHFD CC (OSP)
Z5D 18 7 # UWPORT (OSP)
Z4D 18 8 # UWPORT (OSP)
Z12D 6 1 # GIGADIG CC (OSP)
Z10D 6 4 # GIGADIG CC (OSP)
Z5D 18 7 # UWPORT (OSP)
Z4D 18 8 # UWPORT (OSP)
END
RF_CONNECTIONS 1
# RF pipe connections between channel cards
# slot schan slot schan
16 1 to 18 7
19 1 to 18 5
20 1 to 18 6
END
#
# Up to 4 Precision AC Card Cages are allowed
#
PRECISION_AC 1
#Slot Type Num Name
1 949-664-00 0 # VHFDIG MF
2 949-664-00 0 # VHFDIG MF
3 949-915-01 0 # AWGLAN (8Meg)
4 949-827-00 0 # VHFAWG
5 949-827-00 0 # VHFAWG
6 949-320-00 0 # UWMS
7 000-000-00 0 # EMPTY
8 949-671-01 0 # PACS CAGE INT
END
PRECISION_AC 2
#Slot Type Num Name
1 949-664-20 0 # GIGADIG MF
2 000-000-00 0 # EMPTY
3 000-000-00 0 # EMPTY
4 000-000-00 0 # EMPTY
5 949-320-00 0 # UWMS
6 000-000-00 0 # EMPTY
7 000-000-00 0 # EMPTY
8 949-671-01 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 3
17 879-925-01 0 # UB_60_V_SRC MAT 2
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
5 949-920-10 0 # HSD CSB
END
HSD100_CHAN_CAGE 2
#Slot Type Serial # Num Fld1 Fld2 Name
5 949-820-00 0x3041cd5 0 # HSD CSB
END
CATALYST_TH 1
BACKPLANE B
#Slot Type Num Name
29 949-626-10 0 # HSD THS
47 949-626-10 0 # HSD THS
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
74 949-626-10 0 # HSD THS
END
#
# Trigger Switch Yard
#
# Note: The logical slot numbers below correspond to the physical slot
# numbers only for test systems which contain a TSY card
# cage. In test systems which contain an SCS/TSY card cage the
# mapping is:
#
# Logical TSY slot (below) Physical slot
# 1 -> 2
# 3 -> 1
#
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
879-794-01 # TMS Counter
879-795-01 # TMS Support
END
# The UWMS option resides in the PACS cage and is composed of two
# plug-in modules that may reside in one of three locations A, B or C.
# A zero in the type field indicates no plug-in module.
# PACS_UW <n> - indicates PACS cage number of these UWMS options
# Slot - indicates slot number and module position for this UWMS option
# Type - board identification number
# AWG Num - AWG instrument number connected to this UWMS option
# UHFSRC Num - UHF instrument number that has this UWMS option
# MODSRC Num - First or second MODSRC connected to above UHFSRC
#
PACS_UW 1
# AWG UHFSRC MODSRC
#Slot Type Rev Date Num Num Num Name
6 949-320-00 A 0226-0 2 1 1 # UWMS
6A 949-330-00 A 9944-0 # UWMS UP CONV
6B 000-000-00 0 0000-0
6C 949-333-00 C 0308-0 # UWMS MUX
END
#
PACS_UW 2
# AWG UHFSRC MODSRC
#Slot Type Rev Date Num Num Num Name
5 949-320-00 A 0226-0 2 1 2 # UWMS
5A 949-330-20 A 0312-0 # MODSRC6000 UP CONV
5B 000-000-00 0 0000-0
5C 939-204-00 A 0331-0 # MODSRC6000 MUX
END
#
#
# The UWPORT option modules are composed of plug-in modules.
# The names list in the first column indicate the presence of
# the option modules for the uwport.
#
UWPORT_OPTIONS_HEAD 1
#
# Name Slot Type Serial # Rev Num Date
PORT 18 803-596-07 0x02221dd B 1 # 0306-0
NOISE 18 733-104-00 0x00147e6 A 1 # 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 17)
# UBVI 60 3 ( 60V V/I Source in Universal Backplane 1 : slot 16)
HCU 4
# UBVI 60 6 ( 60V V/I Source in Universal Backplane 1 : slot 15)
HCU 7
HCU 8
HCU 9
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 Catalyst RFは、高精度で再現性のある無線周波数（RF）デバイスを診断およびテストするために設計された自動最終試験装置です。TERADYNE Catalystは、ソフトウェアとハードウェアを組み合わせた高度で高性能、低コストの測定およびシミュレーションプラットフォームであり、コストを最適化および削減しながら、全体的なテストと分析の精度を向上させます。このユニットには、アンプのリニアリティテストからSmartSweepモードの動作まで、信頼性の高い正確なテストを保証するためのさまざまなカスタマイズされた機能が含まれています。柔軟なアーキテクチャにより、1台のマシンでさまざまな高度で洗練されたテストを行うことができます。スマートスイープ機能と高度な自動調整機能により、テストパラメータをすばやく調整し、テスト対象デバイス（DUT）から幅広いパフォーマンスデータをキャプチャできます。このツールは、AM/FM変調、パワースイープ、および電力調整も備えており、さまざまなRFデバイスの電力レベルと転送特性を検証します。このアセットは、シングルバンドからマルチバンド、マルチMHzまで、さまざまなRFデバイスをテストできます。Catalyst RFプラットフォームは、テストとシミュレーションプロセスを大幅に合理化することでトータルコストを削減し、異なるテストベンチとツールの切り替えを不要にします。さらに、モデルはモジュール式で、特定のアプリケーション要件に対応する拡張とカスタマイズが可能です。この機器には、MS WindowsやLinuxサポートなどのオートメーションツール、標準のGUIおよびスクリプト編集ツールも含まれています。RFシステムの高度なテストおよび診断機能により、ユーザーは正確で再現性のあるRFデバイスを評価、最適化、診断することができます。また、このユニットは柔軟性が高く、構成可能であるため、ユーザーは特定のニーズに合わせてテストと結果をカスタマイズできます。さらに、このマシンは簡単なメンテナンスのために設計されており、新しい技術を組み込むために素早く更新することができます。TERADYNE Catalyst RFツールは、高度で費用対効果の高い最終テストプラットフォームであり、ユーザーに単一のテストベンチで正確で信頼性の高い結果を提供します。
まだレビューはありません