Used LTX-CREDENCE Quartet #9044462 for sale
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ID: 9044462
Tester
Test data rate: 200 MHz
Test head: 512
Pins: 384
DPS: 10
Controller: Aries hypersparc
Sun Sparc OS: 4.1.4 Y2K2
Toolbox version: T 3.1, T3.3
Hard disk: 9 GB
Memory: 128 MB
Analog HF: Yes
Time digitizer: Yes
Analog pin group: Pin module (head)
Slot 1: HF AWG1A
Slot 2: SG AWG2A
Slot 3: None
Slot 4: SF ACP1
Slot 5: HF DCP1
Slot 6: HF DCP1 01
Slot 7: TD2
Slot 8: None
PPM Depth (memory): 16M
PPM Scan Support: Slot
SM1: 1,2,3,4,5,6,7,8
SM2: 1,2,3,4,5,6,7,8
SM3: 1,2,3,4,5,6,7,8
SM4: 1,2,3,4,5,6,7,8
SM5: 1,2,3,4,5,6,7,8
SM6: 1,2,3,4,5,6,7,8
Scan Memory: SM 1, 2, 3, 4, 5, 6
DPS Rack 1
1171A: 2
1172A: 1
1173A: 2
1174A: 0
1181: 0
Total: 5
1171A: 1
1172A: 2
1173A: 0
1174A: 2
1181: 0
Total: 5
Currently installed in cleanroom.
LTX-CREDENCE Quartet is a comprehensive testing equipment designed to provide comprehensive, "final test" solutions for multi-chip modules, boards and systems. It was developed to combine speed and accuracy of operation for full system verifications on new and existing designs. This unit employs parallel technology in order to offer significantly lower test times, expandability and flexibility for the test models. Quartet machine is capable of verifying performance and functionality of model designs by leveraging the application of various digital and analog technologies. For example, digital test vector applications are supported, as well as time domain reflectiver measurements (TDR). All of the connections necessary for these tests can be facilitated with LTX-CREDENCE Quartet's built-in connections. In addition, these connections can be customized as needed in order to ensure that the exact specifications of the model are met. In terms of features, Quartet includes a high-speed processor module for analyzing data, as well as on-board memory for storing long-term results. It also offers an interface for controlling external devices, such as laser control systems or even vision checkers. The tool can also be programmed to be used for data acquisition and analysis. In addition, its complex input/output capabilities enable its use in applications involving the examination of signal integrity and electrical performance. LTX-CREDENCE Quartet also offers a range of relational testing capabilities. For example, it can be used to measure signal transient characteristics, as well as to verify the compatibility of different devices. Furthermore, it has the ability to power up and down circuits, as well as to detect correlation faults. In addition, advanced features like trace automation and thermal analysis are available. Finally, the asset can be customized to accommodate higher-level test procedures, such as functional validation of logic levels and load simulation. In conclusion, Quartet is a comprehensive, high-performance testing model designed to meet a variety of testing requirements. By leveraging advanced digital and analog technologies, it offers increased speed, flexibility and accuracy for develop, final test and evaluation of new and existing designs. In addition, its expansive range of relational testing capabilities enables users to power up and down circuits, as well as to measure signal characteristics and detect correlation faults. Finally, its customizable solution offers comprehensive, "final test" solutions for multi-chip modules, boards and systems.
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