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Board Test Fixtures
jigs which hold, align and engage pcb with test interconnect.
See Also: Fixtures, Test Fixtures, Bare board Fixtures, PCB Test Fixtures, Genrad Fixtures
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Board Test Fixture Probes
Offering a wide range of standard spring contact probes to meet your testing requirements and has long been recognized as the world’s largest probe manufacturer. With over 60 different probe series ranging from 0.02" (0.51 mm) to 0.187" (4.75 mm) pitch with multiple length, travel, ICT, lead free and rotator options, we provide a full portfolio designed for general purpose test on bare boards, loaded printed circuit boards and surface mount assemblies.
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Test Fixture
OCP NIC 3.0
These test fixtures are necessary for testing within the OCP NIC subgroup (found under the OCP Server Work Group). These fixtures will arrive meeting the OCP NIC 3.0 Specification with a characterization of the boards. These fixtures mate with the OCP form factor connector, and will allow an electrical break out of each signaling lane.
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Test Fixtures
Test fixtures are a product for the test and the testing of printed circuit boards. The test adapters offered by uwe electronic are suitable for both manual testing and automated testing with vacuum operation. The test fixture can be either fully equipped and wired or delivered without installed components. Pneumatic, Mechanical and Vacuum Fixtures.
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In‐Circuit Test Fixtures
Test Head Engineering designs and builds high‐quality In‐Circuit Test (ICT) Fixtures for HP / Agilent / KeySight Technologies 3070 board testers. We partner with In Circuit Test Engineering, Inc. to provide turn-key 3070 ICT solutions - both fixture and programming.
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PCB Test Fixtures
ATE, ICT, semiautomatic & manual electronic test fixtures, PCB test fixtures, cable test fixture, wiring harness test fixtures, dedicated test fixtures, functional test fixtures, electronic test fixture programming. PADS Schematic capture, circuit board layout, PCB design prototype, solder paste stencils, X-Y coordinate data, B.O.M. maintenance, and manufacturing documentation, Gerber data.
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Flex Test Fixtures
FTFs are test fixtures which are dedicated for testing flex-based components and assemblies such as displays, touch panels and more. A weak spot in a typical functional test system is the method to connect DUT flexible cable to a circuit board where the simple method of attaching the flex directly with an ZIF or LIF connector fails.
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Functional Test Fixtures
Businesses rely on Circuit Check’s functional test fixture expertise. Functional test typically applies full operational power to a loaded printed circuit board in order to determine if the PCBA performs functions as designed. This type of test often involves custom built test equipment and custom test fixturing. Circuit Check supports all forms of functional test strategies.
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Test Fixture Kits
Our test fixture kits provide cost effective solutions to printed circuit board testing and other devices under test. Our modular kits are available in multiple sizes and configurations. They can easily be customized if our standard doesn’t meet your requirements. Removable side panels for ease of fabrication for I/O connections, switches or other hardware.
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Test Fixture Kits
More then ten years of experience in special, customized engineering and manufacturing brought us to the highest level of creating reliable, flexible and robust Test Fixtures. Currently our HQ is located in Vecsés, Hungary together with our R&D. Equip Group has Test Fixture Kit manufacturing plant in Serbia, focusing on supplying competitive, high – quality and high – volume products for the global market.With more then 180 employees, Equip – Test is able to offer our customers turnkey solutions in fixturing with test program generation. No matter if you have a simple or complex, high-density PCB (Printed Circuit Boards), or if you have DUT (Device Under Test) already assembled into metal or plastic housing, we can offer you a very stable technical solution.
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Wireless Functional Test Fixtures
Circuit Check’s wireless fixture technologies reduce debug time, simplify ECO’s and reduce maintenance. This allows for the highest test performance, ability to probe denser smaller targets and achieve ultra-high node counts. Higher density more complex circuit boards complicate testing requirements. Smaller more tightly spaced test pads create a wiring challenge for the fixture fabricators, test engineers and maintenance personnel. Wireless fixtures solve the challenges associated with the nest of wires found in long wire fixtures. Wireless fixtures replace the “nest” of wires with copper traces on a multilayered printed circuit board called a Translator Board (T-Board).
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Wireless In-Circuit Test Fixtures
Higher density more complex circuit boards complicate testing requirements while smaller more tightly spaced test pads create a wiring challenge for the fixture fabricators, test engineers and maintenance personnel. Wireless fixtures solve the challenges associated with the nest of wires found in standard long wire fixtures. Wireless fixtures replace the “nest” of wires with copper traces on a multilayered printed circuit board called a Translator Board or T-Board®. Circuit Check’s wireless fixture technologies reduce test program debug and maintenance times while easing the ECO process. Thus allowing for the higher level of test performance, the ability to probe smaller denser targets and achieve ultra-high node counts.
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In-Circuit Test Fixture Design Services
An integral part of board test is the test fixture. Innovations in board technology may manifest themselves as challenges in test fixture design. Utilizing a creative & systematic design philosophy, Acculogic consistently delivers state of the art solutions for the most complex test interface problems.
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Actuation Methods for In-Circuit Test Fixtures
Commonly referred to as In-Circuit Test (ICT), loaded board test can be defined as the task of measuring values of components that have been installed on a printed circuit board (PCB). A second basic category of loaded board test measures simple open and shorts on the board to verify manufacturability standards. Circuit Check supports all forms of in-circuit test strategies with its Performance Grade and Value Line test fixtures.
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High Node Count In-Circuit Test Fixtures
HNC Test Fixture
Circuit Check continues to be a leading edge provider of custom engineered test solutions with our new Keysight i3070 HNC test fixture. Working with Keysight Technologies during the development of their HNC adapter in 2011, we were the first test fixture provider to offer customers with a solution to test large node count boards. High node count test fixtures can handle greater than 10,000 probes.
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In-Circuit Fixtures
In-Circuit test fixtures can be configured for dual stage, dual well and opens testing applications. Even the most complex boards can be accommodated using standard methods of actuation.
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Debug Fixture
With at-speed test, debug can easily become a problem: If test points are on the bottom, as is often the case for test processing, then this requires the board to be flip over for the debug. However, during at-speed testing, key devices and signal paths are often on the topside. IST Engineering has in-house expertise with debug fixtures, which allow the test technician to flip over a test board, or even hold it vertically for dual-sided access, while still running the Device-Under-Test at full-speed through card-edge connectors - whether these are standard DIN type or F or N type co-ax connectors. The debug stations are constructed robustly, with metal frames and high-grade flexible cabling and can also be used as backup test stations in a manufacturing flow. They can be built with custom machined waveguide connections for RF/Microwave applications, or with standard, off the shelf connectors, as defined by the application. A number of these debug fixtures are in production use with a range of customers.
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Cryogenic Millimeter-Wave / Microwave Test Fixtures and Calibration Kits
upj10
KEYCOM''s cryogenic millimeter-wave / microwave test fixtures and calibration kits are specifically optimized for testing the performance of patterns between the edges of printed boards(edge type) and circuit testing on the printed boards(probe type). They are also designed to minimize heat capacity by miniaturizing their dimensions so they cool off efficiently, and materials with low coefficient of linear thermal expansion such as invar are used for major parts where high dimensional stability is required. Their operating frequency ranges from DC to 110GHz.
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USB-C® Short Channel Rx Precet. Test Fixture
AUT20098
*Easy swap between CC1 and CC2RP & RD Mode: In the older version of the USB-C full breakout board, users had to manually set the jumper with a short pin. But now users can easily swap between the two by just moving the switch.*In the previous version, the soldering joint of Test Fixture Host Fixture 1A gets worn out quickly from repetitive plug and pull. This newly designed fixture is more durable and users can easily replace the worn out SMA connectors with new ones.*DC-in Jack is upgraded to +5V USB C portA boost in user experience as it makes setting up easier.
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USB Type-C Test Fixture | CB26U | Cable Harness Tester
A USB Type-C test interface board for CableEye® cable and harness testing systems. Consisting of a daughter board, populated with two USB-C female connectors, it allows users to continuity-check USB Type-C terminated cables using the CableEye tester while seeing the connectors-under-test rendered graphically. The CB26U fits all CableEye models.
Configuration
A leader in development of PC-based cable and wire harness, continuity, resistance and hipot test systems for over 20 years, CAMI offers the CableEye suite of products complete with accessories – including “connector boards”. The selection of these test fixture boards is constantly growing and is currently numbering over 60 – most of which are populated with ‘families’ of connectors. When pre-populated boards are used, the tester GUI automatically displays a graphic of the connectors under test. Sold as a set of two boards, each CB26U accepts two USB Type-C connectors. In addition to the latest CableEye software, it requires the CB26 small-frame motherboard (Item 756) for operation, and plugs into one of two available slots – two USB-C-connectors can be tested simultaneously. The CB26 (with CB26U) attaches to the tester like a regular connector board.
Contact sales@camiresearch.com or +1 (978) 266-2655 for a quote. -
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Clamshell Type Mechanical Fixtures
Known in the ATE Industry as “Clamshell” type Test Fixtures, Semco’s Mechanical Test Fixture line is a cost-effective solution to test Printed Circuit Boards and Assemblies. This Test Fixture line is also available with the most widely used interfaces in the test industry.
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Clamshell Type Mechanical Fixtures
Series 31
The GR Series 31 dual well mechanical kits provide a solution to printed circuit board testing that requires the benefits of GR2270 style (VG) interface compatibility and the advantage of testing two devices on the same test fixture. These can be similar devices, or devices that are used together in a functional test.
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In-Line / Board Handler
Circuit Check’s in-line board handler fixturing exceed the high performance requirements associated with high-volume production. Circuit Check supports in-line fixturing for all the leading ICT handlers including Keysight 5i, Teradyne TSh Multi-Site, IPTE and Pematech. Circuit Check is the go-to partner for in-line functional test fixtures to speed production throughput.
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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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Test Systems
In-Circuit Test (ICT) tests populated circuit boards by means of electronic measurements through thin needles on test fixtures. We offer in-circuit testers for various testing strategies – from the flexible 19“ rack to the ergonomic high-performance tester. And all of our in-circuit testers are also available in the Lambda edition for true parallel testing. The flying probe test checks your printed circuit boards using four movable test heads. This requires no fixtures and allows for flexible test program generation. That makes our flying probe test systems ideal for a high mix of printed circuit boards and small to medium test volumes, such as for prototype testing.
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Design for Test
Test Coach offers Design for Test (DFT) consulting to assist customers with design review of prototype boards prior to release for production. Design for Test analysis is extremely important in ensuring that an assembly will achieve the highest possible test coverage. For ICT, this DFT will review the board to confirm that the bed-of-nails test fixture can be fabricated to test an assembly without sacrificing test coverage. As with ICT, Flying Probe benefits from DFT analysis by reviewing test point access and mechanical challenges that may affect the potential test coverage. Completing a DFT enables Test Coach to make recommendations to our customers that may be implemented on boards during the design phase which will allow for the most comprehensive coverage at time of test.
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Mechanical Fixtures Available w/ESD Plates & ESD Pressure Pins
H+W Test Products has developed a series of inexpensive mechanical test fixtures. These fixtures are designed for testing low volume runs of printed circuit boards or prototype applications requiring approximately 150 test points.
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Automated Bare Board Tester with Built-In Camera
QTOUCH2404C
Qmax Test Technologies Pvt. Ltd.
Qtouch2404C – Automated Bare Board Tester with in-built camera is designed to make automatic image capturing and probing of bare PCBs. It is designed to move on X,Y,Z directions making it possible to probe every test point. Flying Probe Tester is designed for testing high density fine pitched Single Sided / Double Sided and Multilayer PCBs for continuity and isolation using moving probes fixture –less technology.
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Boundary Scan Test
Boundary Scan is a very useful tool for quick, low-cost, re-usable powered-up test of an assembly for basic functionality. Because a fixture with test probes is not required, it is possible to have a working test available within hours or days, rather than weeks. Designers can receive rapid feedback on their prototype boards with tests that can be used again during production testing, as well as for device programming. Given power, ground and Tap port signals, tests can be written to assess the performance of the boundary scan enabled parts on an assembly and other parts on the boundary scan chain.
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Function Test System
Focus-FX
This is general function test system. User can change board model easily by replacing a test fixture and changing inspection program. We have variety of measurement instruments such as FX modules which can control commercial instruments. It is possible to add required modules into existing units as they are connected by USB port. User can expand as per desired inspection specification.
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Supported Test Systems
TTCI is a leading solutions provider of application development for test systems from Seica, Keysight, Teradyne, Digitaltest, and XJTAG. We offer a wide variety of testers and test solutions to meet your needs. Our Seica Pilot and Digitaltest Condor flying probe systems can handle all of your low- to mid-volume production, prototypes, and PC boards with accessibility issues. The Keysight 3070 and Teradyne TestStation can address your larger production runs and fixture requirements. In addition, we can also address your functional and boundary scan needs.
