6TL NIdays 2010
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6TL Engineering specializes in developing reliable, modular test systems with standard building blocks, focusing on minimizing costs and improving efficiency in diverse industries including automotive and aerospace. Their innovative approach includes using mass interconnect technology to enhance performance and reduce wiring complexity, thereby increasing test reliability and speed. The company offers comprehensive solutions that include assembly, documentation, and support to streamline testing processes for clients.
6TL NIdays 2010
- 1. Building a Reliable, Re-usable and Flexible Functional “BASE” Test System out off a Catalogue, With Standard Building blocks from 6TL, Mass Interconnect from VPC and Additional Instrumentation and software from NI Peter van Oostrom Business development manager 6TL Engineering. Testing is what we do best.
- 2. • Who is 6TL engineering. • Testing Methods. • What challenges do we all face in Test. • Standard building blocks (advantages). • Why use Mass Interconnect as the tester interface. • Advantages of the Mass Interconnect concept. • Minimize wiring saving time and money. • Introducing the YAV board Technology. • Combining YAV Technology with Mass Interconnect Receivers • Advantages of the modular tester concept with 6TL Building blocks • Summary Standardization.
- 3. • 6TL engineering is a division of the Sistel Group located in Sabadell, Barcelona, Spain. (100 People) • 6TL is specialized in developing and building modules for functional or combinational test • 6TL has global presence, manufacturing & support • 6TL has over 25 years of experience, providing Test solutions for different industries • Automotive, Consumer Electronics, Aerospace, Telecom, etc. Who are we ?
- 4. • 6TL engineering is a division of the Sistel Group located in Sabadell, Barcelona, Spain. (100 People) • 6TL is specialized in developing and building modules for functional or combinational test • 6TL has global presence, manufacturing & support • 6TL has over 25 years of experience, providing Test solutions for different industries • Automotive, Consumer Electronics, Aerospace, Telecom, etc. • Our philosophy is to provide standard platform solutions, with below in mind; • Minimize engineering effort and cost, • Short integration time, (minimized wiring.) • Open platforms, instrument independence. • Short programming and commissioning time. • Standardization, high quality and re-usable. • Stock standard modules for fast delivery. • One partner to talk to (One Stop Shopping). Who are we ?
- 5. . PROD. AOI//MOI /AXI FPT ICT BCT FCT SYT AOI = Automatic Optical Inspection MOI = Manual Optical Inspection AXI = Automatic X-Ray inspection FPT = Flying Probe Test ICT = In-Circuit Test BST = Boundary Scan Test FCT = Functional Test SYT = System Test Testing Methods.
- 6. What Challenges to face ? • How can I keep the cost down, (minimize development and engineering cost!) • Time to Market - R&D focus, manufacturability, testability, design for test. • Will my system perform now and in the future? • Will there be room to Expand my system and can I use all available resources? • Standard, re-usable, flexible test software architecture with modular building blocks • Standard expandable and reliable tester interface, (Mass Interconnect) • Use as many standard Hardware building blocks as possible. •Test equipment asset management, factory, country, continent, world. • Prepare wiring diagrams and operator manuals • Training for operators and Test Engineers • Cost-effective, long term test instrumentation availability and support. • Test software and hardware obsolescence. • Test preparation and testing during design. • Minimize your vendor list and keep the price under control. • Order to delivery - Production focus, test speed, handling etc. With this in mind, we started to design standard building blocks for Test.
- 7. Standard Building blocks What has LEGO to do with building test systems? • LEGO is modular • LEGO is re-usable • LEGO re-configurable • LEGO has standard building blocks • LEGO has support all over the world. So why not use the LEGO principle to build a computer or even a complete test system.
- 8. Setting the Boundaries • So if we talk modularity we differentiate two standard and one variable building block, • 1 – input side – Software platform and the software application (Standard) • 2 – output side – Interface to the unit under test (Standard) • 3 – tester electronics, instruments and housing + options. Standard Input . Standard Output. Task: to get as much standardized in the Base Tester platform.
- 9. Standard Building blocks • A typical housing 19” Rack. • A controller / Industrial computer. • A Man-Machine interface. • Additional Test instrumentation. • SCXI, PXI, VXI, LXI, VME, Rack & Stack, Etc. • Standard VPC Interface. • Standard wiring. (Assemblies) • A manual pusher system • An automatic pusher system • ITA’s or test fixtures
- 10. Why Mass Interconnect • By Preventing Damage to Valuable Test Instrumentation Maximize the ROI for Test Assets (Valuable Test Instrumentation) Test Instrument Card Delicate Commercial Connector Life cycle: +/-200 cycles Connector bad, instrument bad, Tester down Mass Interconnect Systems are designed for 20,000 mating & un-mating cycles. They protect Valuable test Instrumentation Connector bad, instrument bad, Tester down
- 11. Advantages of MIC. • It provides company-wide standardization, • High reliability, 20.000 error free connection cycles. • One connection for all tester Inputs and Outputs, • Signal, Power, Coax, Air, Optical, and HF contacts. • Reducing possible connector pin damage dramatically. • Less down time with as a result higher productivity • Additional system flexibility, • It is Modular and can provide Scalable solutions, • With COTS cable assemblies, PCB adapters and Patch cords, faster and easier wiring. Improved throughput!!Improved throughput!! With MIC Without MIC
- 12. Minimize Wiring. If there is a disadvantage to Mass Interconnect it is the additional wiring, it adds to the total system cost. Reducing this additional wiring, saves cost.
- 13. • Discrete wiring (Do it Yourself) • Using custom made Patch cords • Connect with custom made cable assemblies • Connect using COTS Cabling and PCB Adapters • Connect direct with the use of Funnels • Connect using direct PCB Connections NO WIRING NEEDED !! Minimize Wiring. NOT Preferred. Preferred. Solution !!
- 14. Minimize Wiring. • Wiring is labor intensive & needs to be minimized • This leads to shorter assembly times • better signal quality and integrity • Higher reliability of the entire system • Simplifies wiring diagrams • Provides easier serviceability • And leads to lower cost • In each tester the Base instrumentation is always needed, • DVM, Digital Analog I/O, Switching, Power supplies, etc. • For basic test applications 6TL developed their YAV Range. • It has a Mass Interconnect interface on board • It can be mounted directly into the Interface Receiver • No wiring between YAV instrument and receiver needed • Provides an easy access for calibration or repair • Provides a better signal integrity • This saves money
- 15. Tester basis with YAV boards • Base instrumentation from 6TL, no wiring needed. • If you need pneumatic actuators, there is the YAV90PNEU • If you need to test LED’s Color & Brightness, there is the YAV90CLR • If you need to test up to 3000V, there is the YAV90HVT • If you need High Density Switching, there is the YAV90128 • If you need to switch power and loads, there is the YAV90PIN • If you want to add In-Circuit Test, there is the YAV90096 • If you need Audio & Video switching, there is the YAV91616 • If you need Digital and Analog I/O, there is the YAV90832 (Multi-function) • If you need Loads, Power supplies, identification or a light beacon • Switch Coaxial, Active probes, route RS232 & Ethernet etc. we have a solution.
- 16. Interface + YAV = Tester. • Select an appropriate VPC Interface. • The G12, 12 module positions. • Select the needed YAV Configuration • You created your basic Test system. • Add some additional Building blocks • And you have a complete Tester. + = TTT-1 – Bench-top Functional test system.
- 17. System & Design Advantages • YAV series instrument & switching boards, cover most of your testing needs • No wiring needed connect the boards directly to the Interface. (Cost Saving) • Short signal pads, provide better signal integrity. • More space in the Test-rack, Smaller, cheaper Test chassis needed. (Cost saving) • Simple and fast integration, no wiring needed. • Use of a real Mass interconnect interface connector up to 20.000 cycles. • Interface compatible with all VPC 90 series Mass Interconnect receivers. • CAN Bus controlled, Reliable, simple and fast wiring. • Labview or Teststand integration with available drivers. • Modules have their own virtual instrument panel (easy debug & serviceability). • Separate VPC Interface modules available for: • Power 50Amp, Coax 1-40GHz, Signal 3-10Amp, Pneumatic, POF, Fiber Optic, • Additional instrumentation can easily be added. • PXI, VXI, LXI, SCXI, Rack and Stack, etc. etc. • VPC Interface provides standardization & Reliability
- 18. Standard Building blocks The 6TL Solution • Pick an appropriate platform • Select the parts from our catalogue • 6TL will assemble and wire the system • And send you the complete platform • Including wiring diagrams • Schematics and documentation • CE Certification • And a re-usable packaging.
- 19. Full Modular Solution. • Let us provide the pieces of the puzzle. • So you can fully concentrate on the application. • If TableTop, • Rack Mount • or in-line • We provide off the shelf, re-usable, modular BASE Test platform solutions for any test application.
- 20. Contact details. Peter van Oostrom, Utrechthaven 11C, 3433 PN Nieuwegein (Netherlands) Phone: +31-30-2288728, Fax: + 31-84-7512245 E-mail: pvanoostrom@sasistel.es Website: www.6TL.es