Used LTX-CREDENCE Fusion HFI #155507 for sale
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ID: 155507
Vintage: 2005
Tester
Digital Pins: 384
DPS: 2
Octal Sources: 2 (VI)
Currently installed
2005 vintage
Configuration
HEAD_COUNT 1
VX_BASELINE 3
VX_BASELINE 245956
CRATE TC: FUSION_VME_CRATE 2590-00-DA-? -opt -head all
P10 : GLBIF 2593-00-AA-?
P11 : VX4_VME_PS_CONTROL 2267-01-AA-? -opt
P12 : PM_COMBO 2738-01-BA-? -opt
P14 : PM_CLK_DISTRIBUTION 2739-00-AA-? -opt
P212: PM_COMBO_CIF 2759-02-AA-? -opt
DEVICES:
FREQ_SRC1: PTS310 874-9778-00-AA-?
FREQ_SRC2: PTS1000 874-9981-00-CA-?
FREQ_STD : REF_10MHZ 630-0362-00-AA-?
FREQ_SRC_VX_DIG: PTSD310 874-0009-00-AA-? -- Fusion Digital clk src
-- As of R10.8.0 it is possible to add CTMU and ACMUX entries to the DEVICES section
-- in order to generate a powerup error when the CTMU or ACMUX has not been detected
-- (LTXun14480). Please note that unlike clocks and frequency standard, CTMU and ACMUX
-- entries are optional. If not added the tester will continue to boot and work
-- as in R10.7.x and earlier.
-- possible options as the CTMU are:
CTMU: DTS2075 874-5282-01-A-? -opt
-- only one option for ACMUX:
ACMUX: ACMUX 865-7263-01-01-? -opt
CRATE 1 : SCANAII_CRATE 2831-00-IA-? -opt -head all
P1 : SM_CRATE_CONTROL 1624-00-00-? -opt
P2 : SMS_DIGITAL 2289-00-00-? 3 -opt
P3 : SMS_ANALOG_IF 2241-00-00-? 3 -opt
P4 : SMS_DIGITAL 2289-00-00-? 4 -opt
P5 : SMS_ANALOG_IF 2241-00-00-? 4 -opt
P6 : SMS_CLK_DIST 2595-02-AA-? -opt
P7 : CPS_CONTROL 3181-00-CA-? -opt
P8 : RF_PM_GPIB_INTFC 2579-00-BB-? -opt
P9 : RFP_CONTROL 2580-00-AA-? -opt
P17 : DPS_CONTROL 915-01-BA-? 1 -opt -- DPS Controller
P18 : DPS100 1545-01-AB-? -opt -- DPS[1,2]
P101: PSH_CONTROL 948-00-00-? -opt
P102: PSH_24V_17V_0V 2752-00-00-? -opt
P103: PSH_2X_15V 92-00-00-? -opt
P104: PSH_2X_15V 92-00-00-? -opt
P105: PSH_3X_5V 1459-00-00-? -opt
P106: PSH_3X_5V 1459-00-00-? -opt
P107: PSH_12V_5V_2V 94-00-00-? -opt
P109: PSH_48V_48V 1462-00-00-? -opt
P113: PSH_15V_15V 1461-00-00-? -opt
CRATE 2 : AP_96PIN_CRATE 2137-01-BA-? -opt -head all
P1 : CRATE_CONTROL 914-00-BA-?
P6 : AP_CONTROL 915-01-BA-? 1 -opt -head 1 --Pins 1-24
P7 : AP_OCTAL_SOURCE 2135-00-BA-? -opt --Analog Pins 1-8
P8 : AP_OCTAL_SOURCE 2135-00-BA-? -opt --Analog Pins 9-16
P101: PS_CONTROL 948-00-BA-? -opt
P102: PSK_2V_5V 1007-00-BA-? -opt
P103: PSK_5V_12V_2 2224-00-AA-? -opt
P104: PSK_15V_15V_HD 2697-00-BA-? -opt
P105: PSK_48V_48V_2 1042-00-BA-? -opt
P106: PSK_48V_48V_2 1042-00-BA-? -opt
P107: PSK_40V_40V 1008-00-BA-? -opt
P206: APC_CIF 2175-00-AA-? -opt
P210: APC_CIF 2175-00-AA-? -opt
CRATE TH: TH_HF_VX5 2758-00-KA-? -opt -head 1
JA08: TH_SMS_HS_BUFFER 3036-00-AA-? -opt -- sms 3
JA09: TH_SMS_HS_BUFFER 3036-00-AA-? -opt -- sms 4
JA14: TH_OCTAL_AP 2524-00-AA-? -opt -- chan [ 1.. 8]
JA15: TH_OCTAL_AP 2524-00-AA-? -opt -- chan [ 9..16]
JA23: TH_VX4_THBIF 0709-00-AA-? -opt
P100: TH_LAMBDA_PWR_BP 2683-03-DA-? -opt
P101: TH_PDC_25_25_CE 0080-01-AA-? -opt
P102: TH_PDC_15_15_CE 0081-01-AA-? -opt
P103: TH_PDC_5P3_5P1_CE 0082-01-AA-? -opt
P104: TH_PDC_12_75W_CE 0083-01-AA-? -opt
P105: TH_PDC_25_25_CE 0080-01-AA-? -opt
P106: TH_PDC_15_15_10A_CE 0084-01-AA-? -opt
P107: TH_PDC_5P1_75W_CE 0085-01-AA-? -opt
P108: TH_PDC_5P1_CE 0086-01-AA-? -opt
P109: TH_PDC_12_75W_CE 0083-01-AA-? -opt
P111: TH_PDC_5P3_CE 0088-01-AA-? -opt
P112: LAMBDA_VX4_PS_CTRL 3007-00-AA-? -opt
P314: HF_TH_PWR_ADAPTER 2769-03-AA-? -opt
J425: TH_CPS_5A_PIN 2792-03-AA-? -opt -- channels [1..4]
J445: TH_CPS_5A_PIN 2792-03-AA-? -opt -- channels [9..12]
J465: TH_CPS_5A_PIN 2792-03-AA-? -opt -- channels [5..8]
J485: TH_CPS_5A_PIN 2792-03-AA-? -opt -- channels [13..16]
J2000: TH_HF_VX5_DIGITAL_BP 3030-00-CA-? -- VX5 TH Digital BP
J2001: TH_JPEC 3038-04-AA-? -opt -- channels [0..15]
J2003: TH_JPEC 3038-03-AA-? -opt -- channels [256..271]
J2005: TH_JPEC 3038-04-AA-? -opt -- channels [16..31]
J2007: TH_JPEC 3038-03-AA-? -opt -- channels [272..287]
J2009: TH_JPEC 3038-04-AA-? -opt -- channels [32..47]
J2011: TH_JPEC 3038-03-AA-? -opt -- channels [288..303]
J2013: TH_JPEC 3038-04-AA-? -opt -- channels [48..63]
J2015: TH_JPEC 3038-03-AA-? -opt -- channels [304..319]
J2017: TH_JPEC 3038-04-AA-? -opt -- channels [64..79]
J2019: TH_JPEC 3038-03-AA-? -opt -- channels [320..335]
J2021: TH_JPEC 3038-04-AA-? -opt -- channels [80..95]
J2023: TH_JPEC 3038-03-AA-? -opt -- channels [336..351]
J2025: TH_JPEC 3038-04-AA-? -opt -- channels [96..111]
J2027: TH_JPEC 3038-03-AA-? -opt -- channels [352..367]
J2029: TH_JPEC 3038-04-AA-? -opt -- channels [112..127]
J2031: TH_JPEC 3038-03-AA-? -opt -- channels [368..383]
J2033: TH_JPEC 3038-03-AA-? -opt -- channels [128..143]
J2037: TH_JPEC 3038-03-AA-? -opt -- channels [144..159]
J2041: TH_JPEC 3038-03-AA-? -opt -- channels [160..175]
J2045: TH_JPEC 3038-03-AA-? -opt -- channels [176..191]
J2049: TH_JPEC 3038-03-AA-? -opt -- channels [192..207]
J2053: TH_JPEC 3038-03-AA-? -opt -- channels [208..223]
J2057: TH_JPEC 3038-03-AA-? -opt -- channels [224..239]
J2061: TH_JPEC 3038-03-AA-? -opt -- channels [240..255]
J2101: TH_VXBUF 7482-02-AA-? -opt -- channels [1..64,257..320,513..576,769..832] digital_bif
J2102: TH_VXBUF 7482-02-AA-? -opt -- channels [65..128,321..384,577..640,833..896] digital_bif
J2103: TH_VXBUF 7482-02-GA-? -opt -- channels [129..192,385..448,641..704,897..960] digital_bif
J2104: TH_VXBUF 7482-02-AA-? -opt -- channels [193..256,449..512,705..768,961..1024] digital_bif
J2200: TH_FTBP 7472-01-AA-? -opt -- digital
J2201: TH_FACB 7474-07-AA-? -opt -- digital
J2202: TH_TMBD 2330-02-AA-? -opt -- digital
J2203: TH_POWER_BD 2851-02-AA-? -opt -- digital
CRATE HSS_BUS.
LTX-CREDENCE Fusion HFI is a final test equipment designed to provide reliable and repeatable test results with minimal set-up time and enhanced process capability. The system is designed to optimize the characteristics of high frequency interconnects (HFI) by using advanced fusion technology to test packages and connectivity beyond traditional fault isolation methods. By incorporating both contact-A and contact-B technologies, Fusion HFI unit is able to detect a wide range of defects such as pin bowing, flexing, shorts, opens, clearances, and virtual channel timing. LTX-CREDENCE Fusion HFI machine incorporates a precision tool device that offers high levels of accuracy, signal fidelity, and throughput. This asset uses an integrated flexible substrate that consists of probes from each test configuration and support hardware. Each probe is optimized for a particular test, optimizing signal integrity for each specific test application. The model includes several custom probes that are compatible with standard connector designs and right angle contactor configurations. Fusion HFI equipment also features advanced test features such as fast and accurate pin-to-pin timing testing and simultaneous real-time feedback. This ensures that all contact pins are tested at the same time without having to place separate probes at each pin. This system also offers an intuitive operator interface which allows for easy operation through interactive visual feedback. LTX-CREDENCE Fusion HFI unit offers various options and features to further enhance performance. The machine reduces the time and complexity associated with HFI test and measurement with superior response times and improved reliability. Configuration settings can be tailored to the test environment, allowing for maximum flexibility in the testing process. The tool is also equipped with a host of other features including real-time data capture, hierarchical setup setups, custom sequence programming, and powerful user-derived reporting capabilities. Fusion HFI asset offers superior performance and reliability for any high-frequency interconnect testing needs. Offering low set-up time and enhanced process capability, the model is a reliable and repeatable solution for ensuring optimum performance in any application.
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