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- Valhalla Scientific Inc.
product
Rugged Igniter Tester
4314 KV
Model 4314 KV is a 4-wire ohmmeter designed to use low test currents for its measurement. Additional circuitry proprietary to Valhalla Scientific is used to ensure that test current levels do not exceed the specified “fail-safe current” even in a worst-case component failure situation.
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ICT/FCT-Fixtures Max UUT 370 × 300 mm (wxd)
CK-2 Large (Hold-Down Gate) / 230158
The series of In-Circuit testers that are Teradyne for the 228x and TestStation are dedicated tools that rely on the tester hardware for diagnostics and test pattern delivery. The integration of the stand-alone BTS with the Teradyne ICT can enhance the system’s capability. In other words, it can provide access to additional tools. It provides the user with a common platform and portability of test patterns from stand-alone to ICT and later on to functional test and depot test stations.
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In-Circuit Testers
Whether you’re choosing from our stand-alone manually loaded ICT tester all the way to our fully automatic In-line test system, Acculogic has the solution for you!Acculogic’s Scorpion family of automated test equipment and in-circuit fixture-based testers were created with one underlining theme in mind: “Cost-effective Testing”.
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ICT/FCT-Fixtures (Small IF)
GenRad CK-2-228X
The series of In-Circuit testers that are Teradyne for the 228x and TestStation are dedicated tools that rely on the tester hardware for diagnostics and test pattern delivery. The integration of the stand-alone BTS with the Teradyne ICT can enhance the system’s capability. In other words, it can provide access to additional tools. It provides the user with a common platform and portability of test patterns from stand-alone to ICT and later on to functional test and depot test stations.
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Digital In-Circuit tester
MTS180/300
Analog in-circuit inspection and function inspection are realized on this inspection equipment. IC pin float function is standard equipment. The MTS180 is a press type jig, and the MTS300 is a vacuum type jig. In the board mounting process at the production site, electrical inspection is performed on the mounted board after component mounting, and non-defective or defective products are automatically judged. The main inspection contents are short / open inspection, analog inspection of resistors, capacitors, coils, diodes, etc., lead floating voltage measurement of QFP and BGA, Digital IC inspection, frequency measurement.
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ICT/FCT-Fixtures, Max UUT 370 × 300 mm (wxd)
CK-2-228X (Small IF) / 230540
The series of In-Circuit testers that are Teradyne for the 228x and TestStation are dedicated tools that rely on the tester hardware for diagnostics and test pattern delivery. The integration of the stand-alone BTS with the Teradyne ICT can enhance the system’s capability. In other words, it can provide access to additional tools. It provides the user with a common platform and portability of test patterns from stand-alone to ICT and later on to functional test and depot test stations.
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Flying Probe Test Systems
Flying probe testers work by In-circuit testing the board via a number of moving test probes. They have the advantage over traditional In-circuit testers of not requiring a dedicated "bed of nails" test fixture thus reducing the price for each different board being tested. However, modern Flying Prober testers offer so much more than just In-circuit testing. They enable the user to combine In-circuit, AOI, Functional, Device Programming and Boundary Scan testing, in one test system.
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Flying Probe Tester
Condor MTS 505
Primarily the Flying Probe Tester was developed to enable In-Circuit testing (ICT) of prototype PCBs. For testing a new design an existing fixture has to be changed or a new fixture has to be procured. The fixtureless design of the MTS 505 Condor is one of its most attractive properties, where the unnecessary and costly time delays incurred for fixture build or changes can be avoided. It is the ideal platform for testing prototypes.
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ICT/FCT-Fixtures, Max UUT 370 × 300 mm (wxd)
CK-2 Medium (Hold Down Gate) / 230156
The series of In-Circuit testers that are Teradyne for the 228x and TestStation are dedicated tools that rely on the tester hardware for diagnostics and test pattern delivery. The integration of the stand-alone BTS with the Teradyne ICT can enhance the system’s capability. In other words, it can provide access to additional tools. It provides the user with a common platform and portability of test patterns from stand-alone to ICT and later on to functional test and depot test stations.
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TAP Signal Isolation Module
JT 2139
The JT 2139 is a TAP signal isolation module designed for use in combinational test systems that utilise multiple instrument interfaces. To avoid parasitic capacitance effects and/or unwanted ground loops the JT 2139 can be used to completely galvanically isolate any JTAG Technologies boundary-scan controller from the remainder of the instrumentation system. JT 2139 isolators are a standard component of the JTAG Technologies ‘Symphony’ systems that integrate boundary-scan with In-Circuits Testers etc..
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Deep And Sloped Pan Fixtures
Line of deep and sloped pan fixtures for general purpose/system non-specific pcb test applications. H+W Test Products manufactures test fixture products for in-circuit, functional and combinational testers for users of automated test systems (ATE) such as Aeroflex, Agilent (HP), Checksum, Factron, Teradyne (GenRad), Test Research (TRI) and Testronics.
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In-Line Full Automatic Testing System
ALMAX
Automated press unit with board loading belt.ALMAX can become automated in-line type in-circuit tester in case our ICT is integrated. And it also can become automated in-line function tester as well.PLC is not used in order to reduce cost as a PC control mechanical part.Press unit is 4 shaft structures which reduce unbalanced load and contact fail of probe pins.
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Bare Board Tester
1232
High-Precision Batch Fixture-Type Testing System that Support Boards with Embedded Passive and Active Devices. The 1232 is a bare board tester that utilizes the full range of Hioki’s in-circuit testing technologies to deliver LSI reliability testing, complex component separation testing, high continuity and insulation testing, and more. (Double-sided alignment) Testable board dimensions: 50 × 50 to 330 × 330 mm (including clamp area) • Support for build-up boards that require resistance guarantees.
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ICT/FCT-Fixtures (Large IF)
GenRad CK-2-228X
The series of In-Circuit testers that are Teradyne for the 228x and TestStation are dedicated tools that rely on the tester hardware for diagnostics and test pattern delivery. The integration of the stand-alone BTS with the Teradyne ICT can enhance the system’s capability. In other words, it can provide access to additional tools. It provides the user with a common platform and portability of test patterns from stand-alone to ICT and later on to functional test and depot test stations.
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In-Circuit Tester
Omega MTS888
With the continuous and fast pace of development in the electronic manufacturing the time from design to production is a critical factor for success or failure of a product. The time from design to test is a major part of this process. The high performance tester from Digitaltest, the MTS888 Omega, has been designed to speed up this process.
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ICT/FCT-Fixtures Max UUT 370 × 300 mm (wxd)
CK-2-228X (Large IF) / 230532
The series of In-Circuit testers that are Teradyne for the 228x and TestStation are dedicated tools that rely on the tester hardware for diagnostics and test pattern delivery. The integration of the stand-alone BTS with the Teradyne ICT can enhance the system’s capability. In other words, it can provide access to additional tools. It provides the user with a common platform and portability of test patterns from stand-alone to ICT and later on to functional test and depot test stations.
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In-Circuit ESR & DCR capacitor Tester
236
This In-circuit ESR & DCR capacitor tester is designed to measure ESR (equivalent Series Resistance) on capacitors range from 0.47uF to 2200uF, in or out of circuit. The ability to trouble shoot in-circuit saves time and makes the 236 a must for anyone that tests or trouble shoots PCB (printed circuit boards).
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Acculogic Scorpion
ICT 7000
Accologic's Scorpion family of In-Circuit testers are feature rich and flexible, created with a consideration for cost effective testing.Systems are designed to allow for evolving test requirements by including the facility for future modular expansion with a broad array of innovative, patented expansion options.
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ICT/FCT-Fixtures (Small IF)
GenRad CK-1-228X-S
The series of In-Circuit testers that are Teradyne for the 228x and TestStation are dedicated tools that rely on the tester hardware for diagnostics and test pattern delivery. The integration of the stand-alone BTS with the Teradyne ICT can enhance the system’s capability. In other words, it can provide access to additional tools. It provides the user with a common platform and portability of test patterns from stand-alone to ICT and later on to functional test and depot test stations.
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In-Circuit Tester
IP-5000, IP-5300
The IP-5000 series is a space-saving high-speed board inspection device with a compact design.
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In-Circuit Test
In-circuit test works by checking all components are fitted correctly to the PCB and are within the correct electrical tolerance. In-circuit testers do this by interfacing to the board via a "bed of nails test fixture" and programs can be generated via CAD data. They offer a quick and easy method of checking the manufacture of the board and also offer a reliable and simple fault report.
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In-Circuit Tester
Sparrow MTS 30
The Sparrow MTS 30 is a 19“ test system that can be integrated into any standard rack. The In-Circuit tester can also be used as benchtop test system. With this compact and flexible tester you can perform both analog and digital In-Circuit and functional tests.
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Test System Elowerk
eloZ1
The eloZ1 Manufacturing Defects Analyzer is an in-circuit tester of the latest generation. It reliably finds connection errors and assembly errors in electronic assemblies. The test electronics can be integrated both in table systems and in inline systems.
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ICT/FCT-Fixtures, Max UUT 250 × 180 mm (wxd)
CK-1-228X-S (Small IF) / 230514
The series of In-Circuit testers that are Teradyne for the 228x and TestStation are dedicated tools that rely on the tester hardware for diagnostics and test pattern delivery. The integration of the stand-alone BTS with the Teradyne ICT can enhance the system’s capability. In other words, it can provide access to additional tools. It provides the user with a common platform and portability of test patterns from stand-alone to ICT and later on to functional test and depot test stations.
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Smart Factory Solutions
Smart4Metrics Factory 4.0
Teradyne’s Smart4Metrics Factory4.0 solution closely integrates the TestStation in-circuit tester operating conditions, status and health data with existing data collection systems in the factory. By providing a single interface to convey both production data and production tester data, correlation of production results with other equipment or environmental conditions is easily integrated.
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True Concurrent Test
TestStation Duo
The TestStation Duo is a true concurrent test system with independent test modules providing fast in-circuit test throughput and lowering high-volume production costs.It effectively doubles the test throughput of conventional in-circuit test systems, without doubling capital equipment costs or increasing manufacturing floor space, by combining two complete and independent test modules inside a single tester frame.
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In-Circuit Testers
SPEA’s Bed of Nails Board Testers are scalable In-Circuit Test platforms that deliver the shortest test time, superior diagnostic accuracy, and extended test coverage for the most comprehensive range of electronic products.SPEA’s In-Circuit Board Testers are designed to increase yield, shorten the testing time, and cut the cost-of-test. Thanks to their unique Multi-Tester and Multi-Core Architecture, the SPEA’s Board Testers provide up to ten times greater throughput than conventional ICT test systems.
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2-Module ICT System, I317x Series 6
E9902G
Keysight's family of i3070 Series 6 In-Circuit Test (ICT) systems are built on a proven technology foundation, and they improve test efficiency with time-tested software, hardware, and programmability. I3070 Series 6 ICT tester supports a wide range of printed circuit board assembly (PCBA) sizes for applications including IoT and 5G, as well as automotive and energy. The i3070 features a unique design that delivers the shortest signal path between measurement circuitry and devices under test to minimize undesired effects from parasitic capacitance, improve immunity to crosstalk, and eliminate stray signal coupling effects, delivering consistent and repeatable measurements. The Series 6 is fully backward compatible with previous systems and makes highly repeatable measurements.
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Massively Parallel Board Test System
I7090
The Keysight i7090 is a massively parallel board test system designed to help PCBA test engineers improve manufacturing efficiency while reducing costs. Unlike traditional in-circuit testers, the i7090 supports up to 20 In-Circuit Test cores in parallel, which means engineers can test multiple Units Under Test (UUTs) simultaneously without the need for multiple systems. This reduces scaling and infrastructure costs and frees up valuable testing space.
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ICT/FCT-Fixtures, Max UUT 250 × 180 mm (wxd)
CK-1 Small (Hold-Down Gate) / 230154
The series of In-Circuit testers that are Teradyne for the 228x and TestStation are dedicated tools that rely on the tester hardware for diagnostics and test pattern delivery. The integration of the stand-alone BTS with the Teradyne ICT can enhance the system’s capability. In other words, it can provide access to additional tools. It provides the user with a common platform and portability of test patterns from stand-alone to ICT and later on to functional test and depot test stations.
