Quick and easy set-up, these Space-Saving SMT Connectors feature a horizontal orientation – making them uniquely suitable as parallel board-to-board or board-to-component alternatives for power or signal transferring.  These new connectors are designed to provide ideal low profile circuit linkage and minimal footprint for high-density, high current PCB packages on power and aluminum backplanes.  All PCB soldering applications, including reflow, may be utilized.

Manufactured from phosphor bronze with gold plate, Connectors are available in a variety of styles:  Male (pin), Cat. # 6100 (bulk) or Cat. # 6100TR (tape and reel) and Female (socket) Cat. # 6102 (bulk) or Cat. # 6102TR (tape and reel).  The female sockets are equipped with side guides for additional reinforcement to minimize PCB movement when installed.

All tape and reel parts are packaged per ANSI/EIA-481 standards for compatibility with most vacuum and mechanical pick-and-place assembly systems.  Delivery is from stock for all Keystone connectors via the company’s global distribution network and online partners.

A major manufacturer of interconnect components and electronic hardware, Keystone’s capabilities include Stamping, Machining, Assembly, CNC and Injection Molding services.  Application and Engineering team assistance is available for product modifications and special designs. ISO-9001:2015 certified and RoHS compliant, company headquarters are in the USA with offices in Canada, Europe, Australia and Asia.

For complete details and specifications contact Keystone Electronics Corp., 55 South Denton Ave., New Hyde Park, NY 11040; Tel: (800) 221-5510 or (516) 328-7500; Fax: (516) 328-1080; E-mail: kec@keyelco.com; website: www.keyelco.com.

Could you start by giving us an overview of the Chugari brand, its presence in India, and your vision and mission for introducing products tailored to the Indian market?

Chugari was established in 2007 by Mr. James Wu, one of the company’s founders. I joined the journey earlier, around 2004 or 2005, contributing to what has now been a full decade of growth. We specialize in connector design and cable assembly manufacturing, with our primary factory located in Dongguan, China, and another facility in Kuala Lumpur.

Over the years, we’ve catered to various markets and are proud to be IATF 16949 certified, an automotive standard for product development. Our manufacturing processes follow a lean system, emphasizing single-piece flow production—each connector is made individually, ensuring precision and quality.

Initially, we focused on legacy products in areas such as lighting, including streetlights and landscaping solutions. However, our current priorities include electric two-wheelers, spanning scooters and motorcycles. We’re also heavily invested in renewable energy sectors, including large-scale solar projects and energy storage solutions. These are the core areas driving our focus and innovation today.

How do you view the Indian EV market, particularly the two-wheeler segment you’re focusing on? How is demand evolving in this area, and what are your growth targets for the segment?

Our journey into the Indian market began around 2016-2017. It was during this period that we recognized the growing need for electrification in the two-wheeler and four-wheeler segments. Personally, I’ve always been keen to stay informed about market developments, and having spent over 25 years outside of India, I’ve maintained strong connections with the country through various exchanges and friendships. My previous experience includes working with factories in Kerala, Cochin, and Bangalore, which gave me some familiarity with the region.

When we decided to enter the Indian market, we engaged extensively with stakeholders like OEMs, vehicle assemblers, battery manufacturers, and charger manufacturers. We were fortunate to bring our solutions to India during a time when the need for electric vehicle components was on the rise.

Our collaboration with companies like Bosch played a significant role in establishing our presence here. Our products are now widely used in batteries and drivetrains, and we’ve gained visibility globally through exhibitions. This facilitated our market entry and allowed us to design and integrate solutions tailored to the Indian market. Over time, we’ve expanded our product portfolio and strengthened our understanding of the market, paving the way for continued growth in this segment.

What are the competitive features of your products that make them stand out in the market?

Over the years, we’ve developed a wide range of applications and use cases, focusing on how our products benefit both assemblers and end-users. From the customer’s perspective, our products deliver exceptional value, while for end-users, we emphasize functionality.

We invest considerable time in product management to understand market needs and create solutions that are not one-off but part of a broader, long-term product strategy. When we design a product series, we think about its architecture and lifecycle, ensuring it remains relevant for the next 5–10 years. This forward-thinking approach sets us apart, even as similar products from competitors enter the market.

Many OEMs trust us because of our manufacturing expertise and rigorous standards. Being IATF-certified and adhering to the Advanced Product Quality Plan (APQP) ensures our product design cycles are more thorough compared to others. OEMs have visited our factories, observed our processes, and seen the precision in how we design and manufacture. This has given them confidence in our products.

Could you share details about the new products launched at this exhibition and their standout features?

One of the key products we’ve launched is the Commercial Fast Charge, which supports 50, 70, and 100 amperes. It builds on our previous Home Charge product, which supports 25 amperes. A major differentiator is that this product can be fully assembled in India.

Given that cables make up 40–50% of the total material cost, we’ve worked to reduce this expense by enabling local assembly. We provide SOPs to guide cable manufacturers and OEMs, helping them streamline the process. For larger OEMs, we even offer fully assembled solutions.

We’ve also introduced a new four-latch connector system designed for improved functionality in modern applications, such as battery swapping. It ensures compatibility with both older and newer panels, allowing seamless adoption in the market. Additionally, our connectors now feature deeper IP67-rated waterproofing, ensuring durability and reliability under challenging conditions.

How do you ensure the safety, durability, and longevity of your products?

Safety and durability are integral to our designs. Many leading OEMs who use our first-generation solutions rely on us to maintain continuity for 8–10 years, as is common in the automotive sector. We extend product lifecycles to ensure that older and newer connectors remain compatible, offering flexibility and reliability to customers.

Our goal is to continually enhance quality, reliability, and durability, giving customers the confidence that our solutions meet the highest standards for long-term use.

Can you tell us about your distribution network and presence in India?

Currently, we operate through a couple of channel partners in India. Millennium Semiconductor and Swingtel, both based in the western region, form a significant part of our distribution network. Additionally, we have a sales office in Bangalore, managed by Mr. Karthik Asakian. Recently, we’ve also expanded our sales operations to Delhi, although the details are yet to be officially announced.

Our Asia-Pacific headquarters is in Singapore, managing operations outside of China, with close collaboration from our team in China. However, we face challenges in deploying localized support staff in India and Singapore. Looking ahead to 2025, we aim to strengthen our presence further by bringing in more engineers from China to support our operations in India.

How do you handle after-sales services for your customers in India?

Our after-sales support is managed by field application engineers (FAEs) who are not based in China and can respond promptly. We also maintain strong relationships with top-tier customers, ensuring open communication and direct access to senior-level support when needed. This integrated approach ensures seamless assistance for our customers.

What are your future product plans and innovations for the coming year?

We are continuously exploring ways to address the rising demands from customers, particularly for higher power solutions. For example, as customers move towards 9 kW or 10 kW systems, which require currents of 140–150 amperes, we’re working on developing products that meet these needs within the same form factor.

We are also focused on creating compact solutions with integrated power and signal capabilities while addressing challenges like EMI and ensuring robust shielding. Products like our “Bangga 100,” inspired by Bangalore, cater to 100-ampere requirements and have garnered interest both in India and international markets like Africa. Our roadmap includes expanding our portfolio to support evolving standards like Type 6 and Type 7, aligning with OEM requirements.

Are there specific design requirements for the Indian market compared to other regions?

India has unique requirements, particularly with emerging standards like Type 6 and Type 7. We align our products with these standards and market preferences, such as DC charging for home solutions and AC-to-DC conversions. While we don’t dictate specific standards, we support customers by adapting to their needs and the market trends.

For instance, we’ve developed products like the Bangga 100, a 100-ampere solution tailored for India and adaptable to other regions. This ensures that our products are compatible with existing systems while providing a natural progression to newer configurations.

What is your team strength in India, and are there any hiring plans?

Answer: Our team in India is growing steadily. We’ve recently added members in Delhi and set up an office in Bangalore last year. Depending on market conditions, we plan to expand our operations and strengthen our local workforce to better support the growing demand. However, logistical challenges currently prevent our team from China from working here, which we aim to resolve in the near future.

D-Sub connectors, also known as D-subminiature connectors, are a type of electrical connector commonly used in computer and telecommunication applications. They have been around for decades and are still widely used today due to their reliability and versatility.

The name “D-sub” comes from the shape of the connector which resembles the letter “D” when viewed from the front. These connectors are available in various sizes, but the most common ones are the 3-pin,  9-pin and 25-pin configurations.

One of the most commonly used D-Sub connectors is the DAMC-3H3P-J-K87 D-Sub Connector. This connector is known for its high quality and reliability, making it a popular choice in various industries.

Let’s discuss its features and applications.

What are D-Sub Connectors?

D-Sub connectors, short for D-Subminiature connectors, are a widely used type of electrical connector. They derive their name from their characteristic D-shaped metal shield that provides mechanical support, ensures proper orientation, and shields against electromagnetic interference.

These connectors come in various sizes, with the number of pins, rows, and configurations varying to meet specific application requirements. Moreover, they have an extensive use in industries such as telecommunications, computing, industrial automation, and aerospace, owing to their versatility and ability to transmit both power and data.

The DAMC-3H3P-J-K87 D-Sub Connector is a shining example of the evolution and refinement within this category, offering a blend of cutting-edge features to meet the demands of modern electronic systems.

DAMC-3H3P-J-K87 Overview

Physical Characteristics

The DAMC-3H3P-J-K87 is a D-Sub connector designed for power applications, featuring a 3-pin configuration. The connector is equipped with a right-angle orientation, making it suitable for scenarios where space constraints or specific installation requirements demand a compact design.

Case/Package: The connector is encased in a durable metal package, ensuring robustness and protection against external elements.

Color: The connector comes in a sleek black color, providing a professional and aesthetic appeal.

Contact Plating: To enhance conductivity and prevent corrosion, the DAMC-3H3P-J-K87 features gold contact plating. Gold is an excellent conductor and resists tarnishing, ensuring reliable electrical connections over an extended period.

Housing Material: The housing of the connector is made from polychlorinated material, adding to its durability and resistance to wear and tear.

Mounting Options

The DAMC-3H3P-J-K87 connector offers flexibility in mounting, supporting both panel and through-hole mounting options. This adaptability allows engineers and designers to integrate the connector seamlessly into various device configurations.

Mounting Type:

• Panel Mount: Ideal for applications where the connector needs to be mounted on a flat panel surface.

• Through-Hole Mount: Suitable for scenarios where the connector is mounted directly onto the circuit board.

Electrical Specifications

Number of Pins and Terminals: The DAMC-3H3P-J-K87 features 3 pins and 3 terminals, providing a direct and efficient power connection.

Connector Type: This D-Sub connector is of the plug type, making it easy to connect and disconnect as needed.

Contact Current Rating: The contact current rating is 7.5 A, ensuring the connector’s ability to handle power transmission without compromising performance.

Current Rating: With an impressive current rating of 40 A, the DAMC-3H3P-J-K87 is well-suited for power-hungry applications, contributing to its versatility.

Features: The connector is shielded, providing an additional layer of protection against electromagnetic interference (EMI) and radio-frequency interference (RFI). This feature is crucial in environments where signal integrity is paramount.

Environmental Specifications

Operating Temperature Range:

• Maximum Operating Temperature: The connector can operate efficiently at temperatures up to 125 °C, making it suitable for applications where elevated temperatures are a consideration.

• Minimum Operating Temperature: With a minimum operating temperature of -55 °C, the DAMC-3H3P-J-K87 ensures reliable performance even in extreme cold conditions.

Configuration Details

Number of Contacts and Ports:

• Number of Contacts: The connector has 3 contacts, providing a sufficient interface for power transmission.

• Number of Ports: Featuring a single port, the connector is designed for straightforward and direct connections.

Orientation: The right-angle orientation of the DAMC-3H3P-J-K87 adds a layer of versatility, enabling it to fit into spaces where a straight connector might prove challenging.

Termination: The connector uses a solder termination method, ensuring a secure and durable connection to the circuit board.

Applications

The DAMC-3H3P-J-K87 D-Sub Connector finds application in a wide array of scenarios where reliable power transmission and a compact form factor are essential. Some notable applications include:

Industrial Automation: The robust design and high current-carrying capacity make the DAMC-3H3P-J-K87 ideal for industrial automation applications, where power-hungry devices and machinery demand a dependable power connection.

Telecommunications: In telecommunications equipment, where space optimization is critical, the right-angle orientation and compact design of this connector prove advantageous.

Aerospace: The DAMC-3H3P-J-K87’s ability to withstand a broad temperature range and its shielding features make it suitable for aerospace applications, where reliability under extreme conditions is non-negotiable.

Computing Systems: From servers to power supplies, this D-Sub connector ensures a reliable power interface in computing systems where uninterrupted power is vital for continuous operation.

Conclusion

The DAMC-3H3P-J-K87 D-Sub Connector is a force to be reckoned with. With its durable construction, high current-carrying capacity, and versatility in mounting options, this connector addresses the evolving needs of modern electronic systems.

Whether it’s powering industrial machinery, facilitating communication in telecommunications equipment, enduring the challenges of aerospace environments, or ensuring stable power connections in computing systems, the DAMC-3H3P-J-K87 proves to be a reliable and indispensable component.

If you want to purchase high quality D-Sub connectors then give WIN SOURCE a try! Being a pioneer in the electronic parts distributing business, they’re one of the best!

New Tech Tuesdays

Join Rudy Ramos for a weekly look at all things interesting, new, and noteworthy for design engineers.

In recent years, there has been a significant shift towards electrification in various industry sectors, most notably in automotive. But significant changes are also happening in electrically powered heavy machinery and equipment, replacing traditional alternatives powered by fossil fuels. These advancements are fueled by a combination of regulatory pressures, environmental concerns, and the quest for improved operational efficiency¹. Amidst these changes, the TE PowerTube Connectors, a new addition to TE’s HIVONEX portfolio, are emerging as a vanguard technology ensuring safe and reliable electrification.

OEM’s Electrification of Heavy Equipment

Companies like Caterpillar (Cat), a prominent name in the construction and mining machinery world, have been increasingly investing in electrification and report that recent efforts to electrify heavy machines are delivering significant gains in efficiency and significant reductions in exhaust emissions.

Cat’s focus on electrification includes their hybrid diesel-electric products, where they are seeing 30 percent to 49 percent fuel efficiencies² with their mining and truck loading applications. Additionally, their large dozer electrification projects are in progress.

Cat is also committed to fully electric heavy machines that rely on a single non-engine power source and produce zero exhaust emissions. These fully electric machines are capable of regenerating power that can be reused or delivered back to the power grid.

And in an ingenious approach, Cat has developed a power assist attachment for Cat trucks that allows the use of external electric power during certain sections of the haul road, for instance, when climbing the steep road out of a mining pit. When connected to the externally powered trolley system, the truck’s propulsion system is powered purely with electricity from the power grid—reducing fuel burn by up to 90 percent while on that section of haul road.

Caterpillar is one of many heavy equipment OEMs fully vested and committed to the electrification of their major product lines. Komatsu, another giant in the construction and mining sectors, has released electric mining trucks and has showcased plans for further electrification of their heavy machinery line-up. Volvo Construction Equipment (Volvo CE) announced its commitment to launch a range of electric compact excavators and wheel loaders and stop new diesel engine-based development of these models. John Deere, known for its agriculture machinery, has been working on electrification and introduced electric concepts for tractors that are making strides in hybrid technology. Hitachi, another giant in construction equipment, has released several hybrid machines that combine conventional engines with electric motors. Liebherr, a global leader in construction machinery, has also ventured into the electrification space. Furthermore, JCB and Bobcat have introduced the first all-electric mini excavator and all-electric skid-steer loader, respectively, demonstrating their commitment to the electrification movement.

These companies, among others, are all committed to shaping the future of electrification in the heavy machinery sector.

Requirements for Heavy Machinery Electrification

The road to electrification for OEMs of heavy machinery and equipment can be an arduous one. OEMs will need to make a conscious strategic choice on EV-product offerings and development and determine which product lines or applications to target first.

On the one hand, they understand the need to wean themselves from traditional fossil fuels to power their equipment and comply with regulatory pressures, environmental concerns, and improved operational efficiencies. On the other hand, these companies understand the need and value their equipment delivers to their global customer base and how any interruption to their operations can be detrimental to their bottom line. Fundamental requirements OEMs must consider with their strategic electrification choices include the following:    

• Reliability: With heavy machinery, any downtime can result in substantial operational and financial setbacks. The electrification components should, therefore, be highly reliable to withstand rough conditions and rigorous usage.
• High Power and Efficiency: Electric heavy machinery demands high power throughput for operations like lifting, excavation, and hauling. Hence, the connectors and components must accommodate high currents and voltages without significant power losses.
• Safety: Electric equipment, especially in high-power scenarios, presents risks such as electric shocks, fires, and short circuits. Components should have designs that prioritize user safety.
• Durability: Given the operating environments of heavy machinery—often involving dirt, moisture, and extreme temperatures—the electrification components must be durable and resistant to such conditions.

Lastly, advancements in the electrification of heavy machinery hinge on battery technology. High-capacity, rapid-charge batteries have paved the way for the viability of electric heavy machinery. Modern batteries can store more energy, deliver higher power, and charge faster than their predecessors. Battery regenerative systems are now being incorporated into heavy equipment. Regenerative systems capture and store energy during operations like braking, further enhancing their efficiency. Advancements in intelligent software and control mechanisms ensure optimal energy use, predictive maintenance, and enhanced operational efficiency.

At the Forefront of the Electrification Revolution

This week’s New Tech Tuesday features TE Connectivity’s HIVONEX PowerTube Connectors.

The TE PowerTube Connectors, the newest addition to TE’s HIVONEX portfolio, encapsulate all the requirements for the electrification of heavy machines and equipment and represent such advancements in the industry. PowerTube Connectors are designed specifically for challenging environments. These connectors offer superior resilience against factors like moisture, dust, and temperature variations. These connectors are also optimized for high current applications, ensuring minimal energy loss while catering to the demanding power needs of heavy machinery. The PowerTube connectors come with features that ensure protection against short circuits, misconnections, and electric shocks. Their design prioritizes user safety, making it a preferred choice for operators and technicians alike. Lastly, given the variety of machinery and their varied power needs, these connectors are designed to be versatile, fitting a range of applications without the need for a variety of different components.

Expanding TE’s HIVONEX portfolio further, the PowerTube connector series is a powerful solution that enables the future of e-mobility in trucks, buses, construction, agricultural vehicles, and other heavy equipment. These connectors are built to handle large electrical loads, with a maximum continuous current of up to 580A—depending on wire size and system temperature—and a voltage rating of 1000V and include multiple wire sizes between 35mm² to 150mm². The connectors are modular and scalable, offering options for different orientations and multiple positions per connector. This makes them suitable for a variety of vehicle subsystems, such as e-motors, inverters, and battery packs. The circular design of the connectors simplifies cable routing and assembly, thereby reducing the complexity and cost of installation. Additionally, the PowerTube connectors system provides reliable, safe connectivity thanks to IP6K9K dust and water ingress protection, Connector Position Assurance (CPA), High Voltage Interlock Loop (HVIL) safety features in each pin, and a robust design to withstand engine-level vibration.

Key Advantages of TE Connectivity’s PowerTube connectors:

• Modular and scalable design
• Designed for high-power applications in hybrid and electric industrial and commercial vehicles
• Ability to handle large electrical loads, with up to 580A continuous current—depending on wire size and system temperature—and 1000V
• Options for 180° or 90° orientation and up to three positions per connector
• Sturdy design that withstands engine-level vibration
• 360° circular shielding that guarantees excellent EMC performance
• IP6K9K dust and water ingress protection

Tuesday’s Takeaway

As the world shifts towards a more sustainable future, electrification in heavy machinery and equipment is no longer just a vision—it’s an ongoing revolution. Ensuring that this transformation is efficient, safe, and reliable requires top-tier components that can withstand the demands of the industry. The TE PowerTube Connectors are a stellar addition to TE’s HIVONEX portfolio and are perfectly poised to lead this charge. With their combination of robustness, safety, and versatility, they encapsulate the future of electrification in the heavy machinery sector, driving the industry towards a greener, more efficient future.

Harwin announces that its high-reliability Gecko connectors, which have been integrated into a research nanosatellite, have been successfully launched and ejected into low Earth orbit (LEO), and, after the deployment of its subsystems, remain fully operational.

Momentus, the U.S. commercial space company, recently announced that all customer payloads had been deployed from its Vigoride-6 Orbital Service Vehicle launched in April 2023 aboard the SpaceX Transporter-7 mission. One of these payloads is the VIREO CubeSat designed and manufactured by Hungary’s aerospace company, C3S. The unique deployment involved spending over a month on the carrier to determine the optimal orbit before seamlessly proceeding with its Earth observation experiments supported by onboard artificial intelligence (AI).

The Gecko connectors connect the HEDVIG (High-reliability Embedded Device for Visual Imaging Goals) payload (the cameras) with the Integrated Payload Controller and the AIOB-X core. Engineers at C3S selected the Gecko 1.25mm pitch connectors in preference to Micro-D connectors of a similar form factor with but higher current ratings, which were needed to bridge between the outputs from the payload and payload controller.

The cameras capture images of the Earth, and the AIOB-X core runs C3S’s partner’s AI code, which aims to demonstrate the technology of onboard pre-selection of the photos taken. It detects the images that are covered by clouds and deletes them so that only the photos that have helpful information about the Earth’s surface are downloaded. This helps save precious bandwidth in the company’s satellite-to-ground communication.

The glass-filled thermoplastic housings of the Gecko connectors make them weigh much less than the comparable Micro-D, while still having the necessary insulation characteristics. Considering CubeSats typically weigh less than 1.33 kg (3 lbs) per U, saving weight was a top priority for the C3S engineers. These housings are able to cope with exposure to extreme temperature levels spanning from -65°C to +150°C, another decisive factor while the satellite orbits between direct exposure to the sun and the shadow of the Earth. Another important factor, the Gecko connectors exhibit excellent outgassing properties, which helps ensure the cleanliness of the optics of the payload. In addition, the 4-finger design used for the beryllium copper contacts in the Gecko connectors ensures strong resilience to shock and vibration during launch.

“Harwin’s Gecko family is an ideal New Space solution for nanosatellite systems, bringing large-satellite reliability into the nanosatellite world at an affordable cost,” says László Bagó, Aerospace Hardware & System Engineer of C3S. “They can carry a substantial current at 1.25mm pitch, have very low outgassing parameters (which can be crucial when dealing with optics, for example), and one can choose between a wide variety of fixing and shielding options, as well as cable assemblies.”

For more information about Harwin’s Gecko connectors, which form part of the company’s, HRi range, please visit: https://www.harwin.com/gecko

Portsmouth, UK, 9th August 2022 – Harwin is bringing greater strength to its German supply chain through a new strategic partnership with MSA Components. The agreement allows MSA to offer all the latest products from Harwin’s extensive portfolio – including the cutting-edge Gecko, Datamate, Kona, and M300 series connectors.

With a 75-year history of supporting technological developments, MSA Components is a widely respected electronics supplier within the German market. Specialising in high-reliability (Hi-Rel) products, its clients include leading players in satellite, oil/gas, aircraft, UAV, robotics, as well as military contractors and medical equipment manufacturers. The company complies with all the key standards relating to defence, space, avionics, and healthcare. The design-in support that it can provide and its team’s engineering expertise are tangible value-adds.

“We are excited by the prospect of being able to offer Harwin’s range of interconnect, shielding, and mechanical solutions to our customer base,” states Anton Roth, Head of Sales and Marketing at MSA Components. “The performance and reliability Harwin products exhibit is of real worth to the highly demanding mission-critical application areas we serve, and they are certain to see great uptake.”

As Michael Clarner, Harwin’s Head of Distribution Sales EMEA, explains, “Harwin joining forces with MSA Components is a huge opportunity for both parties. We’re sure our top-quality products, backed up by MSA’s longstanding client relationships, deep technical knowledge, and proven problem-solving skills, will make a winning combination. We see real potential for this to allow us to make significant inroads into the German market and solidify our position there.”

About MSA Components GmbH

MSA Components GmbH stands for more than 75 years of sales and consulting expertise for high-quality electronic products and is very well established with European customers in the (urban) aerospace, military, and medical sectors.

Portsmouth, UK, 29th March 2022 – Harwin has introduced horizontal backshells for its Gecko-Screw-Lok (Gecko-SL) series of lightweight, high-reliability (Hi-Rel) connectors. These backshells ensure a fully EMI/RFI shielded connection for horizontal 1.25mm pitch board-to-cable connections. Previously Gecko EMI/RFI shielding was only available on vertical board-to-cable orientations. This new development will be of real value to applications requiring EMI/RFI protection, but where there is very little space to fit the connectors/cabling. Applications include satellites and CubeSats, UAVs, robotics, medical equipment, and high-density industrial systems.

Two variants of these horizontal backshells are available. The first features rear panel mount lugs, and the second is without them included. These backshells are compatible with the Gecko-SL horizontal through-board connectors (with standard gender locking) and Gecko-MT mixed layout connectors (which have both power and data-carrying capabilities).

These top mounted backshells are independently secured instead of attached directly to the connector. As a result, they can be added at the build phase as well as during the initial design concept stages. They will withstand the same high vibration, shock, and temperature extremes as the rest of the Gecko range, ideal for demanding or extreme environments.

“We are now able to offer metal backshells across both vertical and horizontal Gecko interconnect configurations, which will be a major benefit to highly space-limited engineering designs,” Ryan Smart, Head of Product Management at Harwin explains. “We are committed to attending the shielding needs of our avionics, space, industrial and defence customers, especially where there are closely stacked together PCBs or tight enclosures involved.”

These HDMI connectors feature voltage ratings of 40 Vdc, current ratings of 0.5 A, and a mating cycle rating of 10,000 cycles. The HDMI models further carry a finish thickness of 4.5 mm, operating temperature ranges from -25 up to 85°C, and UL94V-0 flammability ratings. Wave or reflow solder compatibility is also offered depending on the model.

CUI Devices’ HDMI connectors are available immediately with prices starting at $0.45 per unit at 500 pieces through distribution. Please contact CUI Devices for OEM pricing.

For helpful resources and tools on connectors, check out our Resource Library that houses a range of blog posts, videos, and more.

Summary

• Product name:HDMI Connectors
• Availability:Stock to 5 weeks
• Possible users:Audio/video output applications
• Primary features:Type A and mini receptacles, multiple orientation options
• Cost:$0.45 per unit at 500 pieces through distribution

View details for CUI Devices’ HDMI connectors line

HARRISBURG, Pa. – Sept. 9 2021, – TE Connectivity (TE), a world leader in connectivity and sensors, introduces its Mezalok High-Speed Low-Force (HSLF) XMC connector to support data rate speeds up to 32+ Gb/s for improved signal processing on embedded computing applications. The enhanced HSLF Mezalok connector joins TE’s family of rugged, highly reliable connectors designed to meet the growing demand for higher data rates. Designed specifically for mezzanine applications, the connector meets legacy Mezalok high speed connector qualifications and uses a rugged dual point contact system.

Fast, refined, rugged, upgradeable and flexible, Mezalok HSLF XMC connectors meet the same rugged standards as VITA 47 and VITA 72. Suited best for aerospace, ground vehicle, marine and missile defense applications, these HSLF connectors feature a wide operating temperature range and excellent thermal stability with VITA 42.3 pinout.

“Technology changes rapidly and it’s always important for us to quickly adapt and solve for market needs. We know signal integrity strength is crucial for reliable high-speed signal transfer within the environments this type of connector is used,” said Jason Dorwart, product manager for TE’s Aerospace, Defense and Marine division. “We also designed this particular connector to be easier to remove from the board and are truly excited to continue on with our Mezalok connector legacy by introducing our low-force product offering.”

The highly reliable Mezalok HSLF uses the reliable ball grid array printed circuit board surface mount. The 114-position connector is compliant to VITA 61 standards and additional positions and stack heights are available.

TE’s Mezalok HSLF connector family offers:

• Unmating force reduction of 47%
• Mating force reduction of 32%
• Rugged dual-point contact system

For product configurations, TE features:

• Multiple positions – 60,114 and 320
• Multiple stack heights – 10,12,17 and 18 mm
• Ball grid array PCB supports standard surface mount processing

For more information, visit http://te.com/mezalok-hs-lf

These high-density solutions with 2- and 4- port configurations incorporating 40 GHz SMP interfaces provide superior RF connectivity.  Ganged SMP connectors allow ease of design and mating of multiple connectors with a single connection in a snap-on interface.  Edge Mount are designed to allow dense packaging of multiple connectors to support connecting two PCBs orthogonally in tight spaces.  Available in full detent, limited detent, and smooth bore configurations. 

Cinch’s high-quality standards of ruggedness and durability offer excellent performance with VSWR of 1.15 Max to 26.5 GHz and 1.50 Max to 40 GHz.

As an authorized distributor for Bel, Heilind Asia Pacific provides Bel’s products and also value added services. Heilind Asia Pacificsupports both original equipment and contract manufacturers in all market segments of the electronics industry, stocking products from the industry’s leading manufacturers in 25 component categories, with a particular focus on interconnect, electromechanical, fastener/hardware and sensor products.