Schaffhausen, Switzerland | November 24, 2015– TE Connectivity Ltd. (NYSE: TEL) (TE) was named a Thomson Reuters 2015 Top 100 Global Innovator for the fifth consecutive year, recognizing its achievements as one of the world leaders in innovation. The program, an initiative of the IP & Science business of Thomson Reuters, honors the 100 corporations and institutions around the world that are at the heart of innovation as measured by a series of proprietary patent-related metrics. The full report is available at www.stateofinnovation.com.

The Thomson Reuters 2015 Top 100 Global Innovator methodology is based on four principle criteria: overall patent volume, patent application-to-grant success rate, global reach of the portfolio, and patent influence as evidenced by citations. This objective formula identifies the companies around the world that are discovering new inventions, protecting them from infringers and commercializing them.

“Our 7,000 engineers around the world have a passion for innovation and creating solutions with our customers that enable a safer, greener and smarter world,” said Tom Lynch, TE Connectivity Chairman and CEO. “We are creating exciting and groundbreaking connectivity and sensor solutions that impact all industries, creating essential technologies that will continue to transform our connected society for generations to come. We are proud to receive this recognition for the fifth consecutive year, as it recognizes the collective commitment of our 72,000 employees to deliver value for our customers, and help companies in transportation, communications, and industrial sectors bring new ideas to life.”

TE Connectivity’s connectors and sensors are a crucial part of an increasingly connected world. Our products can sense and connect data, power or signal moving through just about any type of material. We deliver power and data efficiently and allow technology to accurately react to the environment around it – no matter how challenging. Furthermore, we are expanding the possibilities and promise of the Internet of Things (IoT), advancing the connectivity of devices, systems and services.

The Thomson Reuters 2015 Top 100 Global Innovator peer-reviewed methodology was executed using Thomson Reuters Derwent World Patents Index® (DWPI), Derwent Patents Citations Index™, Quadrilateral Patent Index™, and Thomson Innovation®, its IP and intelligence collaboration platform.

“In today’s hypercompetitive global marketplace, innovation is much more than just having great ideas. True innovation occurs when individuals and companies harness the power and insight to bring ideas to life,” said David Brown, senior vice president, Thomson Reuters Intellectual Property and Science. “This is the potent formula we measure with our Top 100 Global Innovators program. The institutions on this year’s list represent the current vanguard in innovation by pioneering new breakthroughs and organizing their businesses to make these discoveries a reality.”

Thomson Reuters 2015 Top100 Global Innovators:

• Now in its fifth year, the program has annually outperformed leading financial indices, serving as a trustworthy investment resource and a testament to increased R&D funding, global patent filing and new market development, resulting in greater revenue and enhanced regional economic activity.

• The 2015 Thomson Reuters Top 100 Global Innovators outperformed the MSCI World Index in revenue by 6.01 percentage points, employment by 4.09 percentage points, and market-cap-weighted R&D spending by 1.86 percentage points.

• Together, the 2015 Thomson Reuters Top 100 Global Innovators generated more than $429 trillion in revenue and invested more than $20 trillion in R&D (local currency) in 2014.

• The 2015 Top 100 Thomson Reuters Global Innovators hail from three continents and comprise eleven countries. Just two countries comprise 75 percent of the list: Japan and the US, making them the true innovation hubs of the world.

• The semiconductor and electronic components industry continued to lead in 2015, with 12 representative companies.

To view the full list and report on the Thomson Reuters 2015 Top 100 Global Innovator program, go to www.stateofinnovation.com.

• RoHS-Compliant Braid Offers High Electrical Performance Over Wide Range of Frequencies

Harrisburg, PA | July 28, 2015– TE Connectivity (TE), a world leader in connectivity, announces its new Raychem INSTALITE lightweight braid system that offers up to 50 percent weight savings over traditional copper braids. Made from a high-performance, nickel-plated copper alloy, the RoHS-compliant pull-on braid provides better low-frequency performance than plated fibers or microfilaments.

Existing low-weight screening solutions are more limited with reduced electrical screen performance at low frequencies and lower protection against lightning strike. Plated fibers and microfilament stainless steel braids are more expensive options.

“Electromagnetic interference (EMI) protection is an ever-increasing requirement in the aerospace industry, especially as system functionality is increasing with higher signal speeds,” said Doug Jones, Product Manager, Global Aerospace, Defense & Marine, TE. “The INSTALITE lightweight braid has the ability to save weight while providing a high level of EMI screening across a wide frequency range. Its economical price makes it an attractive option for designers.”

TE’s INSTALITE lightweight braid is available in 3mm to 20mm diameters and installs and performs as a traditional metal braid. The lightweight braid is flexible and which makes it is easy to handle. It also uses existing installation and termination methods and equipment to make integration into current applications simpler. The INSTALITE lightweight braid is provided on a former to offer easy installation on variety of substrates.

• TE Connectivity’s Aluminum COPALUM Lite Sealed Terminals and Splices Provide Easier, Faster Terminations

Harrisburg, PA | July 7, 2015– TE Connectivity (TE), a world leader in connectivity, announces its new COPALUM Lite sealed terminals and splices that provide up to 60 percent in weight savings versus copper terminal alternatives, and up to 53 percent weight savings versus drop-forged aluminum terminals. The new terminals feature the time-tested dry crimp technology that has provided three decades of reliable connectivity to the commercial aerospace industry.

“Saving weight is always critical when designing interconnect solutions for aerospace applications,” said Steve McIntire, product manager, Global Aerospace, Defense & Marine, TE. “We’ve taken the time-tested COPALUM design and developed a family of terminals and splices that offer even greater weight savings than previous designs.” The new terminals’ weight savings originate from aluminum base metal, an optimized wall thickness and a shorter wire barrel.

The grease-free COPALUM dry crimp technology provides an efficient, reliable and clean crimp process using a single-step crimp for conductor termination and wire sealing. The terminal’s screened crimp barrel cuts through aluminum oxides to form a long-lasting, oxide-free termination. The single-crimp process reduces applied cost by eliminating the need for a second crimp for wire sealing. Additional efficiency gains can be expected by an enhanced wire barrel design, making wire insertion easy with ample room for conductors.

TE’s COPALUM Lite terminals also offer flexible design options. Single- or dual-hole terminals can be customized with straight or angled tongues, enabling a good fit in almost any customer application.

The new, sealed terminals provide watertight wire sealing that withstands 500 hours of salt spray exposure. Combined with an operating temperature rating of 175 degrees Celsius, the terminals are ideal for aerospace applications including commercial aircraft, unmanned aerial vehicles, primary power feeders and grounding systems.

• High-Density Connector Product Family Delivers Reliability and Flexible Configurations for Military Applications

Harrisburg, PA | June 30, 2015– TE Connectivity (TE), a world leader in connectivity, announces its metal-shell micro circular connectors are now available globally. The new connector family is a complete line of small circular connectors ideal for rugged military and commercial applications. The metal-shell micro circular connectors are versatile, tested for harsh environments and offer multiple coupling styles, contacts and mounting options. New additions to the original product line include inline receptacles, a new band strap for termination of braided metallic shielding, and a new 30-position, size M22 shell.

“The metal-shell micro circular connector family was originally designed for military applications in Japan, now we are excited to make the product available globally,” said Kim Whitman, product manager, Global Aerospace, Defense & Marine, TE. “The availability of multiple connector coupling styles, pin counts and shell sizes provide a full breadth of options for any military operating environment. We’ll soon be adding aluminum shells that provide weight savings for applications where weight saving is critical, making new connector family ideal for military vehicles, aircraft, radios and equipment worn by soldiers.”

The metal-shell micro circular connector family has IP67 sealing with individual O-rings on all contacts that help provide improved sealing for extreme reliability. The connector family also includes a metal adapter for shield termination and overmolding. Metal-shell micro circular connectors have an operating temperature range of minus 55 degrees Celsius to 150 degrees Celsius, and can withstand up to 120 hours of salt spray.

The new connectors offer multiple coupling styles which include push-pull, bayonet and threaded. The product family is IEEE 1934 compatible and able to perform to the latest military and commercial signaling requirements including gigabit Ethernet and USB 2.0.

New, Modular Backplane Connector System Protects Next-Gen Embedded Computing

Harrisburg, PA | June 10, 2015– TE Connectivity (TE), a world leader in connectivity, announces its new Fortis Zd LRM connector system, an innovative modular connector system for rugged, next-generation packaging from avionics boxes to military ground vehicles. It features a rugged, lightweight multi-bay shell that accepts high-speed digital signal, power, radio-frequency (RF) and optical modules.

“Supporting the trend for line replaceable modules (LRMs), TE has brought several reliable interconnect technologies together into one package,” said Michael Walmsley, product manager, Global Aerospace, Defense & Marine, TE. “This solution gives our customers the high-speed capabilities of the Fortis Zd connector, combined with rugged power, RF and optics modules, all sold as modular components to help provide ultimate flexibility for the customer.”

The Fortis Zd LRM connector system provides rugged interconnections based on designs and technologies from reliable TE products in mil-aero applications, including mini-box contact interface per MIL-DTL-55302. The modular design with common bay size makes the connector system easy to configure for specific application needs and allows designers to position modules where required. The Fortis Zd LRM connector system is suitable for a variety of applications including avionics, electronic warfare, radar interface, vehicle mission computers, communication hubs and weapons targeting and control.

The connector system utilizes high-speed Fortis Zd modules that support data rates up to 12 Gb/s. High-power modules support 55 amps per contact, and low power modules support 15 amps per contact. The housing is made of high-temperature thermoplastic, with lightweight aluminum shells with trivalent chromate conversion coating. The power, RF and optical modules utilize the interface designs that have been utilized in VPX applications. TE’s Fortis Zd LRM connector systems are durable, withstanding 500 mating cycles and an operating temperature range from minus 65 Celsius to 125 Celsius.

New Addition to Nanonics Line Qualified to Military Specification MIL-DTL-32139

Harrisburg, PA | June 18, 2015– TE Connectivity (TE), a world leader in connectivity, announces its new two-row nanominiature rectangular connectors as the latest addition to its line of nanonics connectors. The ultra-compact and weight-saving connectors have been qualified to MIL-DTL-32139 specifications by the Defense Logistics Agency (DLA) Land and Maritime, and are designed to meet the rugged needs for applications within aerospace and defense, test and measurement, marine, and commercial air.

“TE has answered customers’ need for less expensive nanominiature products while providing interchangeability and meeting MIL-DTL-32139 specifications,” said Timothy A. Sheaffer, product manager, Global Aerospace, Defense & Marine, TE Connectivity. “Factory-terminated leads in this new product reduce installation costs and the captive plug jackscrews eliminate the need for additional accessory hardware.”

Keyed housings also ease installation by virtually eliminating mismatch and stubbing during the mating process, and corrosion-resistant plating helps withstand harsh environments. In addition, the contacts are made of gold-plated copper alloy to withstand voltage from 250V at sea level, and 100V at 70,000 feet.

The new connectors consist of wired products with seven sizes from 9 to 51 positions. They are interchangeable and intermatable with most nanonics connectors including non-TE brands.

• Ruggedized design helps meet demands of military and commercial applications

Harrisburg, PA | March 19, 2015– TE Connectivity (TE), a world leader in connectivity, announces its DEUTSCH CTJ series modules, AS81714 Series II, which are fully customizable for military and commercial aerospace applications.

The DEUTSCH CTJ series modules are made up of a system of wires and components that are interconnected to one another by a standard Mil AS39029 socket contact. The military qualification allows them to be used in either market, giving them the ability to quickly turnaround a change in design based on the customer’s need.

“We have the ability to create custom design-in applications for customers based on their specific needs with existing products,” said Jennifer Camilleri, Product Manager, Global Aerospace, Defense & Marine, TE Connectivity. “Whether it is a module used for bussing, or diode/resistor type, circuit board type including splices and junctions, we can add the type of power or component that’s needed to suit the customer’s design quickly, efficiently and made to order.”

The DEUTSCH CTJ series modules have a 360 degree dielectric contact retention designed single pin buss bar feature that provides easy “pin and socket” mating, making it extremely durable. It’s designed with standard SAE AS39029/22 socket contacts, delivering increased durability during handling. The modules accommodate common bussings of 6 to 20 contacts in a small area. Internal buss bars are configured to allow connections of various combinations of wires providing environmental resistance and vibration dampening.

Its modules can be mounted in rails, into chassis or onto circuit boards, making it easy to install, remove and repair. The termination system has environmentally sealed inserts that will withstand hydraulic fluid immersion, eliminating foreign object damage (FOD) issues.

Many offerings within the DEUTSCH CTJ line are available, including modules, junctions, splices, connectors and rail assemblies. TE is the only qualified manufacturer that provides AS39029 contacts with assemblies.

• Distributor Agreement Now Includes Mil/Aero Connectors
  and EPS Products

Harrisburg, PA | March 17, 2015– TE Connectivity (TE), a world leader in connectivity, announces an expanded distributor relationship with Wesco Aircraft Holdings, Inc. Wesco Aircraft’s previous agreement included the aerospace, defense and marine (AD&M) high performance relay products and DEUTSCH products. Now, it has been expanded to include the AD&M mil/aero connectors and Raychem harness protection products (engineered polymer solutions, EPS).

“The TE Aerospace, Defense and Marine Business unit is pleased to expand our relationship with Wesco Aircraft; we value our relationship with Wesco and are excited to expand our portfolio with them,” said Frank Breslin, Vice President of Sales, TE Connectivity, Global Aerospace, Defense & Marine. “Wesco Aircraft’s extensive market presence with commercial and military aerospace customers will help strengthen TE’s ability to engage the growing opportunities and demands of customers in these important market segments.”

Wesco Aircraft is one of the world’s largest distributors and providers of comprehensive supply chain management services to the global aerospace industry. The company’s services range from traditional distribution to the management of supplier relationships, quality assurance, kitting, just-in-time delivery and point-of-use inventory management. The company believes it offers one of the world’s broadest inventories of aerospace products, comprised of more than 575,000 active stock keeping units, including hardware, bearings, tools, electronic components, machined parts and chemicals. Wesco Aircraft has more than 2,700 employees across 80 locations in 19 countries. To learn more about Wesco Aircraft, visit www.wescoair.com.

For more information on TE, visit te.com/adm.

• New Side-Entry Repair Solution Fills the Gap for Larger Gauge Wires, Cables and Power Feeders

Harrisburg, PA | March 10, 2015– E Connectivity (TE), a world leader in connectivity, announces its Raychem Rayseal large gauge wire repair (LGWR) sleeve for military aerospace and defense, commercial air, and military ground system applications.

The Rayseal LGWR sleeve is a high-performance, side-entry heat-shrinkable sleeve with an adhesive lining. The product is designed for fast, reliable and sealed repairs to large gauge cables (from 8 AWG up to 4/0 AWG) and power feeders with chafed or cracked insulation. Its side-entry design enables it to be installed without de-pinning connectors or breaking system integrity, significantly reducing repair time and saving money.

“It is costly to disconnect a large gauge cable on an aircraft in order to repair a jacket. Our solution is to provide a side-entry jacket repair method that can be installed over the damaged cable jacket to fully seal it and provide a permanent, robust repair,” said Mark Taylor, Product Manager, Global Aerospace, Defense & Marine, TE.

The Rayseal sleeve’s tough outer fluoropolymer material has been designed to give significant resistance to mechanical abrasion and common aerospace fuels and fluids, as well as for excellent performance at high temperatures.

A high-temperature adhesive lining seals around the underlying damage to the cable jacket in order to maintain the cable jacket properties as close as possible to its original specification. The operating temperature range is from minus 65 degrees Celsius up to 260 degrees Celsius.

The Rayseal LGWR sleeve will be supplied in kit form with abrasive paper for cable jacket preparation, jacket cleaning wipes and high-temperature film tape to allow for effective installation.

• Leading Consumer and Composite Technologies Offer Smaller, Lighter Solutions

Harrisburg, PA | February 17, 2015– TE Connectivity (TE), a world leader in connectivity, and a leading supplier of standard and custom antennas for consumer applications, is bringing its expertise to military and aerospace markets in the form of moldable composites and selective metallization. TE is delivering antennas that are smaller and lighter, and offer higher performance and increased functionality in flight and ground applications.

Advancements in materials science are enabling next-generation technologies like low-profile conformal antennas and antennas integrated into housings that help reduce complexity, simplify manufacturing and provide consistent performance.

“TE is continually working to improve antenna technology through advancements in materials science to help lower cost, weight and size,” said Kathleen Fasenfest, senior electrical engineer of antenna products, Global Aerospace, Defense & Marine, TE. “Fiber-filled composites will be instrumental in creating lower profile antennas because they are stronger than the unfilled plastics often used in today’s technology and even allow for thinner radomes.”

Recent advances in long and continuous glass fiber composites reduce the need for tedious and costly hand layups of traditional radome manufacturing, while enabling the creation of stronger, thinner and lighter radomes. Composite enclosures can be 30 to 40 percent lighter than the aluminum enclosures they replace.

TE’s consumer antenna heritage also brings reliable solutions for dramatically reducing weight by integrating some circuit board traces, wires and connectors for fewer overall components. For example, TE’s 3D selective metallization process can be applied to a wide range of substrates including plastics, chemically resistant composites, glass, ceramic and metals to reduce weight. The metallization is extremely durable and withstands shock, vibration, fluids and salt spray to the levels typically required for aerospace applications. This process enables rapid development and manufacturing of robust 3D antennas for harsh environments.

Conductive inks and coatings are key tools in lowering size, weight and power (SWaP) because they allow developers to replace metal components with coated plastic or composite parts. Conductive coatings also offer the possibility of printing antennas directly on structural composite parts such as body panels, enabling excellent integration of antennas into vehicles and other platforms.

• Forum Addresses Latest Developments In Signal Integrity and Rising Importance of Fiber Optics

Harrisburg, PA | February 10, 2015– TE Connectivity (TE), a world leader in connectivity, recently presented at the 2015 Embedded Tech Trends Conference in Phoenix, Arizona. Matthew McAlonis, new product development engineering manager, Global Aerospace, Defense & Marine at TE, presented on the topic of “The Future of VPX Connectivity.”

As a presenter, McAlonis discussed how VPX architecture continues to sweep the world, dramatically elevating the capabilities of today’s cutting edge, rugged embedded computing applications.

“As data rates and protocols continue to advance, many design communities are interested in the future of VPX connectivity—how to get the most from their systems and when to consider migrating from copper to fiber optic connectivity,” said McAlonis.

The annual Embedded Tech Trends conference, which took place January 19-20, 2015, is an industry-wide forum addressing relevant topics for those who design and develop boards, systems and software for critical and intelligent embedded computing. The theme for this year’s conference was “Kickoff to Super Technologies.” Also discussed at the conference was the rising importance and recognition of fiber optics as a near-term, high-speed building block in multiple forms, including the VITA 66.4 standard.

McAlonis is TE’s subject matter expert in high-speed rugged connectivity and PCB interconnects, compliant pin technology, and VME/VPX system solutions. He is one of several other TE subject matter experts available to answer technical questions and connect with at www.DesignSmarterFaster.com.

• Updated repair manual helps ensure quality repair of assemblies and keeps harnesses mission ready

Harrisburg, PA | January 20, 2015– TE Connectivity (TE), a world leader in connectivity, offers a complete line of harness repair products to enable convenient permanent or temporary repairs to restore the harness, helping to extend the life of complex cable assemblies. TE offers a comprehensive product line for quick, effective field repairs, including repair conductors, jackets, bundles, shields and backshells.

“Repairing complex sealed cable assemblies can be more desirable than replacing them, particularly in military applications where the ability to repair an assembly quickly can be the difference between mission success or failure,” said John Kuster, Senior Product Manager, Global Aerospace, Defense & Marine, TE. “A variety of TE’s Raychem heat-shrinkable products are widely accessible, easy to install, and designed to extend the life of assemblies.”

TE is also offering two new resources to help inform users of these products and the repair needed to use them. The General Harness Repair Manual and the Harness Repair Products – Quick Reference Manual are now available from TE and its authorized distributors. The manuals include a general philosophy of harness repair that emphasizes minimum disruption to circuits and harness structure in making common repairs – generally around the area of the connector. Jacket repair, shield repair, and conductor splicing and repair is also covered as well as proper tools needed for the repair work. Both manuals include photos and cross-reference mil-specs and other more detailed installation procedures.

For more information on TE’s harness repair products contact the Product Information Center at 1-800-522-6752.

• Partnership offers increased Raychem product accessibility

Harrisburg, PA | November 18, 2014– TE Connectivity (TE), a world leader in connectivity, announces a distribution agreement with PEI-Genesis (PEI), an international manufacturer, assembling distributor and engineering design firm for connectors and power supplies. This new partnership will provide the opportunity to offer TE’s Raychem products to serve customers’ needs.

According to Sofia Shafir, Director of Product Management and Engineering, TE Global Aerospace, Defense & Marine (AD&M): “We are excited to have PEI-Genesis as an authorized TE distributor for the Raychem harness protection products. Their recognized value-add capabilities, industry presence and end-customer engagements are expected to extend the opportunities for Raychem products, in addition to bringing new applications and growth potential to both companies.”

In addition to their current DEUTSCH connector offerings, another TE brand, PEI-Genesis will now stock Raychem cable accessories and protection products, including tubing, boots, devices, backshells, adapters, crimps and more.

“We are delighted to add TE’s Raychem cable accessories to our portfolio of TE products,” says Russ Dorwart, President and Chief Operating Officer, PEI-Genesis. “This new partnership allows us to offer TE’s Raychem cable protection products along with our extensive range of TE’s DEUTSCH connectors. We are excited to be offering more products from this globally recognized brand combined with PEI’s exceptional levels of customer service and technical support.“

Schaffenhausen, Switzerland | November 13, 2014– TE Connectivity (TE), a world leader in connectivity, announced that it has been named a Thomson Reuters 2014 Top 100 Global Innovator for the fourth consecutive year. The program, an initiative of Thomson Reuters’ Intellectual Property & Science business, honors the 100 corporations and institutions that are dedicated to innovation, committed to protecting patent rights globally, and whose inventions have worldwide influence.

TE has over 18,000 patents granted or pending, over 7,500 engineers and invests nearly five percent of sales in research, development and engineering. Twenty four percent of the company’s sales come from new products introduced over the last three fiscal years and, in the past year, TE has significantly expanded its range of sensor solutions.

“Innovation is a core value of our company, driving how we design and manufacture the smart connectors, sensors and components critical in a more connected world,” said Tom Lynch, Chairman and CEO of TE Connectivity. “We are honored to be recognized again as one of the world’s most innovative companies by Thomson Reuters.”

The Thomson Reuters 2014 Top 100 Global Innovator methodology is based on four principle criteria: overall patent volume, patent grant success rate, global reach of the portfolio and patent influence as evidenced by citations. The peer-reviewed methodology was executed using Thomson Reuters Derwent World Patents Index (DWPI), Derwent Patents Citations Index, Quadrilateral Patent Index, and Thomson Innovation, its IP and intelligence collaboration platform. Comparative financial analysis was done using the Thomson Reuters Advanced Analytics for Deal-Making platform.

• New plating is RoHS – Compliant Alternative to Cadmium Plating

Harrisburg, PA | September 9, 2014– TE Connectivity (TE), a world leader in connectivity, announces its new RoHS-compliant black zinc nickel plating for connectors and backshells. The new coating is TE’s response to new environmental regulations that seek to reduce the use of cadmium. The black zinc nickel plating is approved as defined by MIL-DTL-38999L, and offers the same level of electrical performance, harsh environment protection and temperature ranges as cadmium finishes.

“We’re pleased to be able to offer a solution helps our customers reduce cadmium usage and provides enhanced performance over similar products,” said Chris Novak, product manager, Global Aerospace, Defense & Marine, TE Connectivity. “And, because black zinc nickel and cadmium have similar electrical potential, new parts can be easily integrated into existing applications without additional engineering or excessive downtime.”

TE’s Raychem standard backshells can be supplied with the new RoHS compliant black zinc nickel plating and the bandstrap backshells are approved to the AS85049 specification for black zinc nickel with 1000-hour salt spray resistance testing.

Black zinc nickel finish is non-magnetic and non-reflective and ideal for a variety of applications including next-generation harsh-environment vehicles, electric drive vehicles, aerospace, mass transit, automotive, communications equipment, power generation and metering equipment.

The new plating option is available on TE’s DEUTSCH standard MIL-DTL-38999 Series III or DTS High Current connectors and Raychem standard backshells and accessories. For more information, visit http://www.te.com/en/about-te/news/new-products/2014/black-zinc-nickel.html or contact the Product Information Center at 1-800-522-6752.

• TE Connectivity expands high-speed, harsh environment offerings with new nano-miniature connector

Harrisburg, PA | January 28, 2014– TE Connectivity (TE), a world leader in connectivity, announces its new CeeLok FAS-T nano circular connector, a nano-miniature, rugged I/O connector capable of meeting 10 gigabit Ethernet performance. The proven, noise-cancelling contact configuration minimizes crosstalk, making it ideal for a variety of markets and applications, including missiles, unmanned aerial vehicles (UAVs), soldier systems and C4ISR.

“The need to transfer video and data at high speeds is increasing throughout the market,” said Steve McIntire, Product Manager, Global Aerospace, Defense & Marine, TE Connectivity. “The CeeLok FAS-T nano circular connector provides a high-speed/bandwidth I/O connector in a form factor that occupies less than 3/8” (9.5mm) of panel space, along with the reliable, rugged performance pedigree of TE’s Nanonics connector family.”

The CeeLok FAS-T nano circular connector’s ergonomic, nano-miniature design requires less weight and bulk, therefore saving money. Available in board-mount and cable-applied versions with quick disconnect or threaded coupling options, the connector is suitable for weapons, ground support systems, soldier-worn applications, avionics, instrumentation and down-hole telemetry tools. The connectors are available in corrosion-resistant nickel-plated aluminum or stainless steel.

TE’s new connector system achieves outstanding signal integrity because of its T-shaped pin pattern that provides noise cancellation and decoupling to minimize cross talk. This latest addition to the CeeLok FAS-T connector family has been designed for optimum high-speed signal performance in the harshest environments in military, commercial aerospace and marine/offshore applications.

• Forum Addresses Latest Developments In Signal Integrity
  in Rugged Interconnectors

Harrisburg, PA | January 20, 2014–  Matthew McAlonis, New Product Development Engineering Manager, Global Aerospace, Defense & Marine at TE Connectivity (TE), will present “The Rising Importance of Signal Integrity in High-Reliability Connectors” at the 2014 Embedded Tech Trends conference in Phoenix, Arizona on January 20, 2014.

The annual Embedded Tech Trends conference is an industry-wide forum, taking placeJanuary 20 and 21, where suppliers of components and board and system-level solutions meet exclusively with members of industry media to discuss technologies, trends and products. The theme for this year’s conference is “Advances in System Architectures.”

McAlonis will discuss how next-generation protocols with increasing data rates are driving embedded computing engineers to heavily scrutinize all aspects of their rugged system design. He will also address the latest developments regarding signal integrity in rugged connectors from TE.

“At TE Connectivity, we’re optimizing standard interconnects for the challenging high-speed, high-reliability market, addressing backplane, mezzanine and input/output applications for end-to-end connectivity assurance,” said McAlonis.

McAlonis is TE’s subject matter expert in high-speed rugged connectivity and PCB interconnects, compliant pin technology and VME/VPS system solutions. He is one of several other TE subject matter experts available to answer technical questions and connect with at www.DesignSmarterFaster.com.

For more information on the Embedded Tech Trends conference, visitwww.embeddedtechtrends.com.

 

• TE Connectivity’s stamped and formed contact system offers cost and weight savings

Harrisburg, PA | January 7, 2014– TE Connectivity (TE), a world leader in connectivity, now offers new insert arrangements for its ARINC 600 Next Generation Receptacle connectors. These connectors are ideal for commercial and military avionics for air-to-ground communications, in-flight entertainment and collision avoidance, and they deliver significant cost and weight savings.

New insert arrangements that support cost and weight savings include:

•  60 position for Size 1 ARINC shells
•  100 and 150 position for Size 2 and Size 3 ARINC shells
•  120T2 and 68Q2 position for Size 2 and Size 3 ARINC shells

The ARINC 600 Next Generation Receptacle connectors were designed to be lighter and more cost-effective by utilizing a stamped and formed contact system versus the traditional, screw-machined contact system. The stamped system also allows for selectively plating only the critical socket contact tines with gold instead of the whole contact, decreasing gold-plating costs. Weight is also reduced by changing to hollow contacts instead of the solid contacts used in the legacy design. Additionally, moving to a monoblock insert simplified the production process, saving even more.

“Since TE Connectivity first launched the ARINC 600 Next Generation Receptacle connectors in 2010, many commercial and military avionics equipment makers have adopted our stamped and formed signal contact design, realizing significant cost savings as well as additional weight savings for their equipment,” said Kim Whitman, Product Manager, Global Aerospace, Defense & Marine, TE Connectivity. “Our customers are benefiting from a 10 to 40 percent reduction in cost and up to 10 percent in weight savings per connector.”

The connectors are completely intermatable with existing ARINC 600 plug connectors and deliver equivalent performance as traditional ARINC 600 connectors. TE offers a solder-tail version for complete backwards compatibility with legacy printed circuit board designs. The press-fit (eye of needle) compliant tail version is available for future box designs.

• TE Connectivity’s pioneering connector system features field terminable, crip-snap, 10GbE technology

Harrisburg, PA | December 10, 2013– TE Connectivity (TE), a world leader in connectivity, announces the CeeLok FAS-T connector is now available in square flange receptacle shell versions for both wire-applied and printed circuit board-applied applications. The CeeLok FAS-T connector easily meets 10 Gigabit Ethernet speeds, with ample headroom for even the most stringent link budgets. The connector achieves outstanding signal integrity due to the patented T-shaped pin pattern that provides noise cancellation and decoupling to minimize cross-talk. The CeeLok FAS-T connectors have been designed for optimum performance in some of the harshest environments in military, commercial aerospace and marine/offshore applications.

“The square flange receptacle measures just 0.913 inch on each side and provides an outstanding choice for customers seeking high-speed signal transmission in environments where high vibrations may preclude the use of a jam nut style shell,” said Earle Olson, Business Development Manager, Global Aerospace, Defense & Marine, TE Connectivity. “This new small form factor, rugged, field terminable I/O connector enables a wide cross-section of industry uses from in-flight applications for commercial and military platforms, to meeting ground-based and marine-based needs.”

The CeeLok FAS-T connector provides an easy to terminate, high-speed/bandwidth interface that delivers on the demand of size and weight reduction, while satisfying ever-increasing performance needs.

This new receptacle shell configuration is available in electroless nickel or low reflectivity black zinc nickel plating. Additionally, TE now offers a range of lanyard-attached, sealed, EMI-resistant protective caps for use with both plug and receptacle CeeLok FAS-T connectors. The protective caps have been designed to pass IP67 and, like the connectors, are available with electroless nickel or low-reflectivity black zinc nickel plating.

The CeeLok FAS-T connector easily meets today’s high-speed signal requirements for both cat 5e and cat 6a cabling and is a true 100 Ohm impedance connector compatible with various other high-speed protocols. It features crimp-snap contacts that enable easy termination and field repairability. Its unique integral backshell provides 360-degree shielding and drives down weight and cost, while significantly improving overall system performance.

For more information on TE’s CeeLok FAS-T connectors, visit www.te.com/en/product-launch/future-unleashed/ceelok-fas-t-connector.html or contact the Product Information Center at 1-800-522-6752.

CeeLok FAS-T, TE Connectivity and the TE connectivity (logo) are trademarks of the TE Connectivity Ltd. family of companies.

• TE Connectivity’s high-performance contacts yeild consistent terminations for circular connectors

Harrisburg, PA | December 17, 2013–

TE Connectivity (TE), a world leader in connectivity, announces Raychem SolderTacts contacts that utilize a one-piece contact design with integrated soldering technology to deliver fast, reliable terminations for circular connectors. SolderTacts contacts help eliminate the variables of crimping and enable a one-step installation process can reduce handling and installation costs. Their versatile design makes them particularly well-suited to military, aerospace and defense equipment applications.

“An easy, reliable termination solution is essential to our customers when it comes to commercial and military connectors,” said Janeann Avants, Product Manager, Global Aerospace, Defense & Marine, TE Connectivity. “SolderTacts contacts require no assembly and offer one of the simplest, fastest and most reliable methods of termination of coax cables, shielded wires and twisted pairs.”

SolderTacts contacts provide simultaneous electrical connection and strain relief with a heat-shrinkable tubing insulation. The insulation is transparent and inspection windows are provided to produce a fully inspectable termination.

The contacts provide the optimum amount and type of solder and flux in a prefluxed solder preform that controls soldering and reduces operator sensitivity. The geometry of the coaxial cables is carried through the connector to eliminate the need for separate pins, helping reduce crosstalk and improve shielding effectiveness and signal transmission.

SolderTacts contacts can be terminated with standard TE Connectivity Raychem heating tools and, once terminated, they can be located in and out of connector cavities with standard insertion and extraction tools. They are replaceable without cutting and re-stripping or shortening the cable.

The Raychem SolderTacts product offering encompasses designs for connector types: MIL-C-38999 Series I, II, III & IV, MIL-C-26482, MIL-C-83723 and MIL-C-28748 and are available in a range of sizes to suit all the popular contact configurations.

For more information on TE’s Raychem SolderTacts contacts, visitwww.te.com/catalog/menu/en/23120?BML=10576,26437 or contact the Product Information Center at 1-800-522-6752.

 

• TE Connectivity’s Pioneering Connector System Features field Terminable, Crimp-Snap, 10GbE Technology

Harrisburg, PA | December 10, 2013– 

TE Connectivity (TE), a world leader in connectivity, announces the CeeLok FAS-T connector is now available in square flange receptacle shell versions for both wire-applied and printed circuit board-applied applications. The
CeeLok FAS-T connector easily meets 10 Gigabit Ethernet speeds, with ample headroom for even the most stringent link budgets. The connector achieves outstanding signal integrity due to the patented T-shaped pin pattern that provides noise cancellation and decoupling to minimize cross-talk. The CeeLok FAS-T connectors have been designed for optimum performance in some of the harshest environments in military, commercial aerospace and marine/offshore applications.

“The square flange receptacle measures just 0.913 inch on each side and provides an outstanding choice for customers seeking high-speed signal transmission in environments where high vibrations may preclude the use of a jam nut style shell,” said Earle Olson, Business Development Manager, Global Aerospace, Defense & Marine, TE Connectivity. “This new small form factor, rugged, field terminable I/O connector enables a wide cross-section of industry uses from in-flight applications for commercial and military platforms, to meeting ground-based and marine-based needs.”

The CeeLok FAS-T connector provides an easy to terminate, high-speed/bandwidth interface that delivers on the demand of size and weight reduction, while satisfying ever-increasing performance needs.

This new receptacle shell configuration is available in electroless nickel or low reflectivity black zinc nickel plating. Additionally, TE now offers a range of lanyard-attached, sealed, EMI-resistant protective caps for use with both plug and receptacle CeeLok FAS-T connectors. The protective caps have been designed to pass IP67 and, like the connectors, are available with electroless nickel or low-reflectivity black zinc nickel plating.

The CeeLok FAS-T connector easily meets today’s high-speed signal requirements for both cat 5e and cat 6a cabling and is a true 100 Ohm impedance connector compatible with various other high-speed protocols. It features crimp-snap contacts that enable easy termination and field repairability. Its unique integral backshell provides 360-degree shielding and drives down weight and cost, while significantly improving overall system performance.

For more information on TE’s CeeLok FAS-T connectors, visit www.te.com/en/product-launch/future-unleashed/ceelok-fas-t-connector.html or contact the Product Information Center at 1-800-522-6752.

 

• TE and Rockford Xellerix to speak at 1st INCOSE Avionics Forum

Dubai | November 17, 2013–TE Connectivity (TE), a world leader in connectivity, in conjunction with Rockford Xellerix, will present at the 1^st International Council on System Engineering (INCOSE) Avionics Forum at the 2013 Dubai Airshow. Martin Cimini, Business Development Manager, TE Connectivity, Global Aerospace, Defense & Marine, will present “Connectivity in Airborne Applications” and address the many challenges engineers encounter when designing for demanding electrical and optical connectivity applications. Martin Cimini will also discuss the details of end-to-end connectivity solutions in airborne applications, including TE’s latest technology for avionics and vehicle harnessing.

INCOSE is a professional membership organization founded to develop and disseminate the interdisciplinary principles and practices that enable the realization of successful systems engineering. There is a growing number of original equipment manufacturers that are building advanced electronics systems for airborne and ground station platforms. As a result, the INCOSE Avionics Forum will focus on presenting engaging technical talks by leading subject matter experts on the design challenges and solutions to common avionics and ground station engineering problems.

TE will have the following products on display at the Rockford Xellerix booth, stand #3245:

DEUTSCH 983 / 984 series connectors for jet engine applications – DEUTSCH connectors are built to help meet demanding MIL Spec (38999) and commercial (EN2997) standards for data, signal delivery and power distribution. DEUTSCH connectors for jet engines, like the 983 and 984 series, can function in a wide temperature range (-65 degrees C to + 260 degrees C) and under extreme vibration.

High-Speed Copper Cables – TE has answered the demand for increasing data requirements and reliable data transfer with high-speed copper cable solutions that offer improved networking performance in extreme applications.

Fiber Optics – TE’s rugged optics and fiber-optic technology provide a clean transmission path in bandwidth and capacity for the challenging environments of defense and aerospace applications.

IFE Connectors will also be on display, such as:

DEUTSCH 369 Series Connectors for use in In-Flight Entertainment (IFE) systems – Designed for applications where fewer contacts are needed per connector and shielding is unnecessary, the 369 Series connectors are extremely compact and lightweight with low smoke, toxicity and flammability. Full sealing helps ensure reliability in areas of high moisture.

CeeLok FAS-T Connectors – The CeeLok FAS-T connector is one of the most rugged, small, 10GB Ethernet, field terminable I/O connector in the Aerospace, Defense & Marine marketplace.

DEUTSCH Single Module EN4165 / ARINC 809 Connectors – Featuring a robust composite shell with metallization for weight saving and excellent EMI performance, these connectors are used for in-flight entertainment systems and cabin service systems.

• Versatile, unique set of features help meet Boeing’s latest cabin lighting needs

Harrisburg, PA | October 22, 2013– TE Connectivity (TE) announces that the company’s new DEUTSCH 369 series connectors have received qualification from Boeing, under new standards BACC65CP and BACC65CR and can be used for cabin lighting on Boeing aircraft as soon as 2014.

TE’s DEUTSCH 369 series connectors provide a range of high-reliability, lightweight, compact and cost-efficient connectors suited to harsh aerospace environments. This series is particularly suited to civil aerospace cabin systems applications and is now available via global distribution. The connectors have been designed to meet today’s tightening industry regulations and Electrical Wiring Interconnect Systems (EWIS) best practices, and the series is one of the most versatile and complete connector offerings on the market today.

“Safety, reliability and performance are of paramount importance to our customers,” explains Gary Bannister, marketing manager, TE Connectivity, Global Aerospace, Defense & Marine. “Our new 369 series connectors deliver a set of unique characteristics that make this product particularly ideal for the latest commercial aerospace cabin systems applications. We’re excited to help meet Boeing’s cabin lighting needs and look forward to our growing partnership.”

Improved installation features include:

• Color coding for quick ID and install

• Positive button latching / audible click

• Simple cable-tie mounting with latch-defeat mechanism

Features for harsh environments include:

• PEI / PEEK harsh environment shell materials

• EN2591-317 aerospace fluids resistance

• Smoke and toxicity standards rating that meets IAW FAR25 853 and ABD0031

Space-saving rectangle form factor includes:

• MIL style “cork-in-bottle” sealing profile (IP67 rating)

• Mating durability – 500 matings

• Fully scoop-proof interface, suitable for blind mating

• Removable back-fitting accessory to help reduce wire strain

The 369 series is designed for applications where fewer contacts are needed in each connector and shielding is unnecessary. The extremely lightweight and compact connectors come in three standard contact layouts: 3-, 6- and 9-way configurations.

Installation and maintenance of cabling is simple, quick and reliable with a range of individually color-coded keying options. Each mated half of the connector can be configured with either male or female contacts, doubling the keying configurations available and electrically protecting contacts on the powered-side of a system.

Aerospace standard AS39029 crimp contacts can be easily extracted and inserted from the rear of the connector with standard tooling. The 369 series connector is particularly suitable for blind-mating or low visibility conditions, with the scoop-proof interface to help prevent damage to contacts.

The connectors are fully sealed for use in areas with high levels of moisture and are manufactured from high-performance composite materials which are designed to help meet the low smoke, toxicity and flammability requirements of the aerospace industry.

The 369 series connectors are suitable for various aerospace applications within the cabin such as cabin lighting, oxygen mask systems, galley systems and seat actuation systems. The connectors also provide a solution for UAV lighting systems and helicopter control panels.

• TE Connectivity’s Lightweight DUALOBE Connector Withstands -200 C to +200 C

Harrisburg, PA | September 26, 2013– TE Connectivity (TE) DUALOBE connectors are designed to help withstand extreme temperatures in harsh environments within the military and commercial aerospace industries. The DUALOBE connectors are lightweight, customizable and extremely reliable.

“The military and aerospace industry utilizes TE’s Nanonics connectors for their outstanding performance and high reliability. These connectors provide a superior solution in harsh environments where temperatures reach up to 200 degrees Celsius,” said Alana Martin, product manager, TE Connectivity, Global Aerospace, Defense & Marine.

DUALOBE connectors are ruggedized and reliable nanominiature D-style rectangular connectors that are available in both machined aluminum and molded plastic shells for one- and two-row connector housings. The multiple termination methods include wires, surface mount, thru-hole, panel mount and “duckbill.” Wired harness assemblies can also be customized. The connectors are designed to meet the more robust requirements of the MIL-DTL-83513 which has been developed for micro-miniature connectors. The connectors also exceed the military spec for nanominiature connectors, as well as M32139 requirements on temperature, durability and electrical performance.

With a DWV of 500 V at sea level and 150 V at 70,000 feet, the DUALOBE connectors offer up to 500 mates and demates, with a temperature range of – 200 Celsius to + 200 Celsius. The connectors have a .025″ pitch pin with standard position sizes 5, 9, 15, 25, 37, 51 and 65. The overall size and weight are substantially lower than microminiature connectors, helping to reduce board space and overall weight.

Specific applications within the military and aerospace industries include missiles and smart munitions; unmanned aerial vehicles (UAVs); satellites; global positioning systems (GPS); space telescopes, landers and rovers; advanced military aircraft (cockpit electronics); hand-held military equipment and soldier-worn equipment.

 

— FDR25S Power Cable helps provide optimal solution for tight spaces in aerospace and military applications

Harrisburg, PA | July 8, 2013– TE Connectivity (TE) announces the new FDR25S wire. This flexible diesel-resistant power cable is designed for commercial and military aerospace, military ground systems, and military marine industries. The highly flexible wire helps allow the cable to be bent and routed in extremely tight areas while helping to prevent wrinkling and cracking of the insulation. This results in the ability to run shorter distances, reducing the stress on the contact and reducing the mating and demating forces normally associated with various connectors. Its ability to route in tight spaces may allow for a larger American Wire Gauge (AWG) size and eliminate the need to split power.

“FDR25S is among the most flexible power feeder we have seen in the market. It has excellent insulation properties,” said Carl Treadwell, product manager, TE Connectivity, Global Aerospace, Defense & Marine. “The combination of the flexibility and durable radiation cross-linked insulation gives it an ideal balance of properties, allowing it to be what we think is a perfect candidate for installation in tight spaces in and around less forgivable objects in ground vehicles, engines and aircraft.”

Able to help withstand high-amperage and high-voltage conditions, the FDR25S wire is fluid and arc resistant, which includes resistance to diesel fluids, hydraulic fluids, lubricating oils, cleaning fluids and deicing fluids. The wire is made with a polyester-based material and has tin-plated conductors that help prevent the oxidation of copper. These high quality electrical and mechanical properties meet high-voltage and high-amperage requirements in a number of applications. The FDR25S wire’s thermal temperature operates between minus 55 degrees Celsius and 125 degrees Celsius. The wire offers stability for up to 168 hours at 150 degrees Celsius, and bends for four hours at minus 55 degrees Celsius.