Showing recent results 1 - 15 of 46 products found.
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402LV - Testronics Inc.
Very High Pin Count Level IV Backplane Test System. To ensure that Testronics maintains its leadership position as the premier supplier of backplane testers, we will be introducing our solution to testing high pin count / very large backplanes, the Model 402.
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Amfeltec Corp.
The Multi-Interface Test Backplane was designed to support hardware and software designers who need to be able to plug in boards with different interfaces (into the host computer).
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Terotest Systems Ltd.
Backplane and cable test systems from Terotest include LINX, a fixtureless test system. Each LINX test card plugs directly into the unit under test, which removes the necessity for long test cables and fixtures. This is called distributed testing and results in dramatically lowered costs. LINX is extremely easy to use, with a self-learn function or input from CAD.
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402HV - Testronics Inc.
Our model 402HV is the result of 25 years of high voltage / high pin count test systems experience. We produced our first high voltage system back in 1985. It was programmable up to 600 volts / 600 Mohms and had over 49,000 test points. It could test a 5k point board in less that 15 seconds. Since then we have built hundreds of high voltage test systems, with our highest voltage system capable of testing up to 2000 Volts DC / 1500 Volts AC. (One of our 600 volt systems, built in 1986 is still in operation testing boards for a defense contractor.)
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Amfeltec Corp.
The PCI Express Test Backplane was designed to support production testing/debugging of PCIe-based peripheral boards. The backplane expands the x1 PCI Express interface of the host computer into one x4 and three x1 PCI Express slots via 7 ft CAT6 cable. The PCI Express backplane is a versatile platform that allows you to test up to 4 PCI Express boards at the same time, facilitates easy access to logic signals, provides hot-swap compatibility, and per-slot overcurrent protection.The backplane provides access to the PCIe-bus JTAG signals, thus acting as a universal device for programming/loading of FPGA/CPLD (during production and testing).
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Amfeltec Corp.
The 32-bit PCI Test Backplane was designed to support production testing/debugging of PCI-based peripheral boards. The backplane expands the x1 PCI Express interface of the host computer into four 32-bit PCI slots via 7 ft CAT6 cable. The PCI backplane is a versatile platform that allows you to test up to 4 PCI boards at the same time, facilitates easy access to logic signals, provides hot-swap compatibility, and per-slot overcurrent protection. By enabling access to the PCI bus JTAG signals, the PCI Backplane becomes a universal device for support programming/loading FPGA/CPLD during production testing. In addition, all PCI signals can be easily verified by plugging an oscilloscope or logic analyzer into the PCI bus debug connector.
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S1 - RoBAT Ltd.
State of the art fully automated optical inspection (AOI) system plus a fixtureless, fully automated electrical test (ATE) system optimised for the automatic detection of backplane PCB assembly faults.ests every type of backplane – small/large, simple/complex – There are no pin pitch or pin quantity limits. Tests every type of connector – fine pitch signal to heavy power connectors. Tests Double-sided boards – standard 1.4m x 700mm (up to 1.6m x 1m)
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Amfeltec Corp.
Designed for support development and debugging PCI based peripheral boards. PCI Expansion Backplane bring easy access to the plug-in PCI boards from both sides of the board, has per slot overcurrent protection and makes available access to the PCI bus JTAG signals. By enabling access to the PCI bus JTAG signals the PCI Expansion Backplane become a universal device for supports production programming/loading FPGA/CPLD during production testing
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RoBAT Ltd.
State of the art manufacturing processes - and staff with many, many years fixture building experience to deliver high performance, production durable fixtures giving reliable long term service – not just the day they are delivered For most test systems including: ECT9090, TTI, Testronics.
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BICT 50K - RoBAT Ltd.
50,000 point Backplane In-Circuit Tester with continuity, isolation and analogue electrical test in one machine with extremely fast test times. Handles boards up to 1.4m x 650mm in size - and even larger with special fixturing. Up to 50,000 test points - single sided or double sided backplanes.
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CompactTSVP - Rohde & Schwarz GmbH & Co. KG
The R&S®CompactTSVP family of products is an open test platform based on CompactPCI and PXI and has been developed for high-performance ATE applications. The chassis contains a mechanical frame, digital backplane, analog backplane, mains switching and filtering, power supply and diagnostic extensions.
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F9 Systems, Inc.
This ATCA compatible test card offers the flexibility to verify the performance of Advanced TCA fabric and base channels. The set of four Transmit pairs and four Receive pairs allows access to a full channel's eight pairs for backplane path characterization. The card includes a HM-ZD connector segment for access to the backplane and edge-launch SMA connectors for ease of test cable attachment. DC blocking capacitors are included on the receive pairs as required by Advanced TCA.
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Teledyne LeCroy
The Teledyne LeCroy WavePulser 40iX and the Teledyne Test Tools T3SP15D are a perfect combination of complimentary products to serve the requirements on testing, validating and troubleshooting cables, backplanes, connectors, transmission lines on boards and interconnect.
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W-IE-NE-R, Plein & Baus GmbH
WIENER VME load boards are designed to test VME crate power supplies and fan trays by drawing power from the VME backplane and dissipating it as heat. A series of switches on the module front panel allows for easy adjustment of the current draw for each voltage channel.
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PXIe-1084 / 784058-01 - NI
PXIe, 18-Slot (17 Hybrid Slots), Up to 4 GB/s PXI Chassis—The PXIe-1084 features an all-hybrid backplane to meet a wide range of high-performance test and measurement application needs. The hybrid connector type in every peripheral slot enables the most flexibility in terms of instrumentation module placement.
