Multitest Launches Atlas Contactor: Cost-Efficient High Performance Solution for Large I/O Count Devices in High End Digital Applications

Multitest recently launched the Atlas contactor, which has been optimized for cost-efficient and reliable testing of high end digital high ball count BGAs. Based on the well-established Multitest QuadTech flat probe technology, the Atlas contactor combines advanced mechanical and electrical probe technology for improved functionality and performance in manual test and automated test.

With an optimal insertion force and a large compliance window, the Atlas provides ultra-stable contact resistance over hundreds of thousands of device insertions. The Atlas can be configured for use without a floating alignment plate. The low Atlas per pin insertion force significantly reduces insertion strain on automated test handling systems while making the Atlas easier to use in manual test.

Atlas’ mechanical integrity includes the controlled insertion forces that are determined by the compression of a precision alloy stainless steel spring. Properties of the spring are engineered to offer predictable long-term performance over a broad temperature range: -50° to +150° C along with a typical life of 500K insertions. Atlas 040 insertion forces are controlled to just 25 grams per pin.

The insertion loss of Atlas 040 is measured at 18.5 GHz @-1dB while the return loss is measures at 14.72 GHz @ -20dB. The Atlas’ bandwidth supports the spectral content of most high speed digital device for ensuring great signal fidelity for maintaining digital edge rates. With a test height of only 3.53 mm, the Atlas 040 has the bandwidth for obtaining superb signal fidelity.

The Atlas design combines fine pitch capability with reduced contact height, force, and no damage zone contacting to meet the contacting needs of next generation for advanced high-end digital devices with typically 600 to 5,000 ball count range.

Bert Brost, Product Managers, explains: “Currently the Atlas contactor supports pitches down to 0.4 mm. Soon we will launch the Atlas for 0.3 mm pitches continuing the miniaturization and advancement of our field proven QuadTech flat probe technology

To learn more about the Multitest Atlas contactor, please visit http://multitest.com/atlas

Expanding Application Range to Challenging SOT23 Packages

Multitests Tri-Temp Gravity Handler MT9928 supports SOT23 Devices

Multitest recently shipped a high volume test handling solution for SOT23 packages. The innovative conversion kit design allows for tri-temp testing of SOT23 packages on the production proven MT9928 gravity handler.

Traditionally, these packages were handled on turret handlers, but these types of handlers do not support temperature testing. With a growing number of SOT23 application, which require testing at various temperatures, this is no longer sufficient.

The new Multitest kit design applies an innovative guiding principle, which is able to handle packages with missing upper body mold e.g. the SOT23 package with 4, 5 or 6 leads.

With more than 1100 installations the MT9928 is well-established and provides field proven reliability and performances. Its modular and scalable design and the variety of options allow configuration of the MT9928 exactly according to the test needs. The MT9928 offers a large soak capacity and supports the entire ambient-hot-cold temperature range at outstanding accuracy and stability.

To learn more about the MT9928 gravity handler, please visit http://multitest.com/mt9928

Everett Charles Technologies to Exhibit at Space Tech Expo 2016

Leading Probe and Connector Solutions for Challenging Applications

Everett Charles Technologies (ECT) will exhibit its leading probe and connector solutions for the military and aerospace market at the upcoming Space Tech Expo scheduled to take place May 24-26, 2016 at the Pasadena Convention Center, California.

At Space Tech Expo, ECT will showcase its leading portfolio of probes for RF and high current applications, a comprehensive offering of battery probes that feature highly consistent electro-mechanical characteristics and the most flexible and reliable compliant connector solutions. (http://ect-cpg.com/compliant-connectors)

ECT supports a wide range of industrial test applications with high performance RF and high current probes. Leveraging advanced probe designs and materials, ECT’s RF and high current probes are known for excellent electrical performance combined with reliable mechanical characteristics. (http://ect-cpg.com/rf-probes  http://ect-cpg.com/hc-probes)

ECT battery probes are used in a wide range of applications that include docking stations, data transmission, PCB interposers, and contacts for connector assemblies for medical, mil/aero, transportation and more. ECT battery probes ensure consistent, long-life, low-resistance, compliant electrical and mechanical connections. ECT’s versatile line of battery interconnect probes provide design flexibility to match performance, cost, and assembly requirements. In addition, these products can be modified or custom designed to meet specific project requirements. (http://ect-cpg.com/battery-probes)

ECT’s Compliant Connector solutions offer superior durability in for a wide range of high cycle life applications. The spring probe based solutions can maintain consistent electro-mechanical characteristics in excess of million cycles. When mating planer tolerances pose a challenge or longer reach is required, spring probe based connectors ensure best performance. ECT Compliant Connectors are available in configurable off-the-shelf versions or as fully customized designs based on their flexible architecture.

To learn more about the ECT Contact Solutions, visit http://ect-cpg.com

 

 

ECT Accordion™ Technology Used for Innovative High Current Connector Solution

Innovative interconnect design exceeds the limitations of standard spring probes

Everett Charles Technologies (ECT) has developed a customized high current connector for testing electrical power components based on an unprecedented design using ECT’s Accordion™ compliant contacts. In addition to the demanding high power performance this challenging application called for a cutting-edge connector design to comply with the extremely small space limitations and contact surfaces.

The challenge of this project was to transfer continuous current exceeding 50 Amps through small contact surface area, not well suited for standard spring probes. ECT developed a technical solution that gives the customer high cycle life and compressed foot print based on the Accordion™ compliant contact. Compared to standard spring probe solutions, the Accordion™ based design supports higher current and leverages more reliable surface contact.

The Accordion™ compliant contact is a proven solution for high density / high current applications. Accordion™ contacts can be integrated into a connector to provide multiple, independent current paths. The Accordion™ ensures low resistance and reduces power loss and therefore heat loss. Accordion™ contacts placed in parallel overcome contact challenges including irregular surface topography, dirt and debris, and non-parallel connection. In addition, the probe is modular. This allows varying the current capacity as required for each test point, but uses a consistent reliable design.

Tony DeRosa, Product Manager, explains: “For this customer project we designed a compliant connector with a direct current path using multiple independent current paths. We developed this innovative solution leveraging the unique advantages of our Accordion™ contact: flat , single piece compliant spring design for best reliability in high current applications. This customer specific solution packed several Accordion™ contacts together, ensuring side to side contact and specific overlapping, redundant contact points through-out the assembly. No comparable solution had been available to the customer before. It proves once more, how the team at Everett Charles Technologies combines leading-edge technology with innovation and experience to create the best solutions for our customers.”

To learn more about the ECT Accordion, please visit http://ect-cpg.com/accordion

 

atg Luther & Maelzer to exhibit at CTEX 2016, in Suzhou

High Precision Flying Probe Test and Innovative Grid Test Equipment

atg Luther & Maelzer will exhibit its leading test solutions for PCBs and substrates at the upcoming CTEX 2016 show scheduled to take place May 18 -20, 2016 at the Suzhou International Expo Center, China.

At CTEX 2016 show, atg Luther & Maelzer will showcase its recently launched grid test solution, the LM1000. This dual-technology grid test system has been designed to support the mass production requirements of the HDI market. It supports both cost-efficient universal fixtures and dedicated fixtures for high end applications.

From the market leading flying probe product family, atg Luther & Maelzer will exhibit the recently launched S3 Tester. The S3 Flying Probe tester is capable of contacting 10µm substrate and meets all challenging requirements of high end substrate test. These requirements include positioning accuracy and a high number of contact points. This has been accomplished by leveraging the advanced flying probe technology of atg Luther & Maelzer.

For more information, meet company representatives at the show or visit http://atg-lm.com/