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Florence, Italy
11-50 Employees
1958
Il Sole 24 Ore Giovedì 23 Luglio 2020. I am going to explain the Planck satellite that will help us understanding the origin of the Universe. Starting from today, 11/1/2011, a date very dear to the numerologists who are always been looking for special recurrences,a new treasure, or rather a “mine of treasures”, can be found online. It is the preliminary catalogue of the data by the European satellite Planck, a catalogue of data for expert astrophysicists, but that represents a considerable leap forward in learning more about our Universe. However, this is only the beginning since the satellite has only carried out half of its tasks, which will end, if funds will be available, in about two years.
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Planar and Printed Antennas
... Planar and Printed Antennas – Pasquali Microwave ...
Moreton Bay Regional, Australia
11-50 Employees
1993
© 2021 Reid Industrial Graphic Products Pty Ltd.
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Featured
Company Profile Archives - Reid Print Technologies | Flexible Electronics | Printed Antennas
... Company Profile Archives - Reid Print Technologies | Flexible Electronics | Printed Antennas ...
Parsippany-Troy Hills, United States
10001+ Employees
1929
Backed by over 200 years of experience, Sun Chemical and its parent company, DIC Corporation, have over 22,000 employees working every day to meet the needs of customers by improving performance on the essentials of business, such as reliable, on-time delivery and consistent product quality. Sun Chemical tailors solutions to unique customer needs and brings new ideas and the latest technology to market. Together with DIC, Sun Chemical is continuously working to promote and develop sustainable solutions to exceed customer expectations and better the world around us. Sun Chemical’s unparalleled global presence allows for the delivery of local service and support that is customized to the markets it serves. Recognized as a leading source of innovation, Sun Chemical and DIC have 17 research and development centers that are committed to creating solutions that improve productivity, create new revenue opportunities for customers, and contribute to a more sustainable future.
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Printed Antenna | Sun Chemical
... Key Features of Our Offerings for Printed Antenna ...
Irvine, United States
11-50 Employees
2002
Suntsu is an all-in-one manufacturer, franchised distributor, and independent distributor of high-quality electronic components.
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PCB Antennas (Printed Circuit Board) | Suntsu Electronics
... PCB Antennas (Printed Circuit Board) | Suntsu ...
Amersfoort, Netherlands
1-10 Employees
We are located in and ship from The Netherlands. Comp Cams zinc addition is a requirement to properly break in the piston rings and camshaft for a long service life. If, for any reason, you are not entirely satisfied with your purchase , we are here to help you!
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Officially Licensed Jeep 07-18 Jeep Wrangler JK 13-Inch Trail Antenna w/ Printed Jeep Logo
... Officially Licensed Jeep 07-18 Jeep Wrangler JK 13-Inch Trail Antenna w/ Printed Jeep Logo | Berry Smink British Car ...
Taipei, Taiwan
10001+ Employees
1988
In today’s ever-changing electronics marketplace, where product life cycles are constantly shrinking, companies need suppliers like Lorom, who can provide quality products and services, including functional samples, in the shortest amount of time. In support of this, our manufacturing philosophy centers upon the concept of vertical integration. The value of any supplier lies in the quality of the products and services that it provides. Since our establishment in 1988, Lorom Industrial Co., Ltd. has experienced an outstanding rate of sales growth as we have become a preferred supplier to a number of Fortune 500 companies. We attribute our success to an intense and continuous focus on providing our customers with the highest quality products and services at the most competitive prices in the marketplace.
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Automotive Antennas - Lorom
... Rod Antennas (AM/FM) Bluetooth Antennas Antenna Feed Lines and Cable Connnectors Shark Fin Type Antennas (AM/FM/GPS) Active LNA for Printed Glass Antenna (AM/FM) Other Antennas: Ceramic GPS Automotive or Household Portable Devices Chip ...
Yehud Monosson, Israel
101-250 Employees
2011
Vayyar protects all road users with solutions that provide multifunctionality on a single-chip platform for in-cabin, ADAS, AV and motorcycle safety. Vayyar chips provide real-time intelligence that enables access control and emergency response, while optimizing building services and management systems. Our mission is to deliver the next generation of sensing technology that is miniature, versatile, and affordable enough to create a safer world. Our leading-edge scanning solutions keep borders, and public spaces and industrial facilities secure, detecting weapons and smuggled objects of all sizes and materials. From autonomous consumer following robots to sensors that improve safety and efficiency in automated manufacturing, Vayyar technology is at the core of Industry 4.0.
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Vayyar Imaging - Home - Vayyar
... It features a unique printed antenna array design for an ultra-wide field of view. ...
Magdeburg, Germany
11-50 Employees
2005
Metratec supports manufacturers with integrating localization and wireless ID technologies into their products. Become a Metratec partner and make the potential of industrial IoT accessible to your customers. We unlock the potential of industrial IoT for your company through innovative wireless technologies that combine performance and ease of use.
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MidiPCB HF RFID Antenna - Metratec
... The metraTec PCB Antenna Family includes a range of printed circuit board antennas for 13.56 MHz (HF RFID). With the MidiPCB (150 x 152 mm) you can realize a variety of applications such as scanning at the point of sale or checkout management. With the right reader - eg. metraTec‘s… ...
United States
11-50 Employees
1974
Each wiring harness we produce is meticulously crafted using high-quality materials and industry-leading techniques. We also provide excellent technical assistance to troubleshoot any questions you may have along the way. With over 49 years of experience in the Street Rod and Hot Rod industry, you can trust that Ron Francis Wiring will surpass your expectations. We've sold hundreds of products to some of the premier car builders in the country - we invite you to join the crowd. At Ron Francis Wiring, we are passionate about providing top-quality electrical solutions for automotive enthusiasts. With over 45 years of experience, we specialize in manufacturing wiring harnesses, electrical components, and accessories for a wide range of vehicles. When it comes to wiring solutions, we believe in delivering nothing but the best. Our team of skilled technicians ensures that every product meets stringent quality standards, guaranteeing durability and reliability for your vehicle.
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PA-23 Power Antenna Wire, Printed Feed Wires: Ron Francis Wiring
... PA-23 Power Antenna Wire, Printed Feed Wires: Ron Francis ...
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German WWII 2m rod antenna (for Fu 5 radio set) (1pc) - MASTER MODEL G – bassin-maquette
... MASTER MODEL - GM-35-043 . 1/35 scale The set includes turned brass antenna and 3D printed resin antenna base. Simply replace original plastic parts according the instruction. ...
Technologies which have been searched by others and may be interesting for you:
Some interesting numbers and facts about the results you have just received for Printed Antenna
| Country with most fitting companies | United States |
| Amount of fitting manufacturers | 12 |
| Amount of suitable service providers | 9 |
| Average amount of employees | 11-50 |
| Oldest suiting company | 1929 |
| Youngest suiting company | 2011 |
A printed antenna refers to a type of antenna where the radiating elements and the feed lines are fabricated by depositing conductive material on a substrate through various printing techniques. This method allows for the production of lightweight, compact, and flexible antennas, which can be easily integrated into a wide range of devices and surfaces. The primary advantage of printed antennas, such as microstrip patch antennas, lies in their low profile, conformability, and cost-effective manufacturing process. These characteristics make them highly suitable for applications in wireless communication systems, wearable technology, and in the aerospace and automotive industries. Printed antennas play a crucial role in enabling efficient and reliable communication by supporting higher frequencies and broadband capabilities. Their design flexibility further allows for the optimization of antenna performance to meet specific application requirements, enhancing the overall system's efficiency. As technology continues to advance, the demand for compact, high-performance communication systems is increasing, positioning printed antennas as key components in the development of next-generation wireless technologies. Their ability to be customized for various frequencies and applications underscores their significance in driving innovations in connectivity and communication solutions.
1. Low Profile and Lightweight
Printed antennas offer a significant advantage in terms of their physical attributes. They are inherently low profile and lightweight, making them ideal for applications where space and weight are critical factors. This benefit is particularly relevant in the aerospace and wearable technology sectors, where minimizing load and maximizing efficiency are paramount.
2. Cost-Effectiveness
Another key benefit of printed antennas is their cost-effectiveness. The manufacturing process of printed antennas allows for mass production at a lower cost compared to traditional antenna designs. This affordability does not compromise their performance, making printed antennas a financially viable option for a wide range of applications.
3. Design Flexibility
The versatility in the design of printed antennas is unmatched. They can be easily integrated into complex structures and shapes, allowing for customized solutions that fit specific application needs. This flexibility facilitates the development of innovative products and supports the growing demand for efficient and effective wireless communication solutions.
4. Enhanced Performance
Printed antennas are known for their superior performance in various environments. They exhibit excellent radiation patterns and high efficiency, which are critical for reliable communication. Additionally, printed antennas can be designed to operate over a wide range of frequencies, making them suitable for multi-band and broadband applications.
While evaluating the different suppliers make sure to check the following criteria:
1. Manufacturing Capabilities
Ensure the supplier has advanced manufacturing technology capable of producing high-precision printed antennas, suitable for your specific applications.
2. Material Quality
Verify the quality of materials used in the antenna's production. High-quality substrates and conductive materials are crucial for optimal performance.
3. Customization Options
Assess the supplier's ability to customize antenna designs according to your project's specific requirements, including size, frequency, and gain.
4. Testing and Validation
Confirm that the supplier conducts rigorous testing and validation processes to guarantee the antenna meets industry standards and performance criteria.
5. Lead Time and Scalability
Consider the supplier's lead time for production and their capacity to scale operations to meet your demand without compromising quality.
6. Cost-Effectiveness
Evaluate the cost relative to the quality and performance of the antenna. The optimal supplier offers competitive pricing without sacrificing quality.
7. After-Sales Support
Ensure the supplier provides reliable after-sales support, including technical assistance and warranty services, to address any post-purchase concerns.
Printed antennas, known for their flexibility and cost-effectiveness, serve various B2B applications across multiple industries. In telecommunications, they are integral in enhancing wireless network capabilities. These antennas are employed in base stations and mobile devices to improve signal strength and connectivity, facilitating seamless data transmission. In the automotive sector, printed antennas are pivotal for the development of connected vehicles. They are used in vehicle-to-vehicle communication systems, enabling cars to share information about their environment and status. This technology is crucial for improving road safety and paving the way for autonomous driving. The healthcare industry benefits from printed antennas in remote patient monitoring systems. These antennas are incorporated into wearable devices, allowing for the continuous tracking of vital signs and patient health metrics. This application is vital for early detection of potential health issues and enhancing patient care. In the retail industry, printed antennas are used in RFID tags for inventory management. They enable retailers to track products throughout the supply chain, reducing losses and ensuring product availability. This use case demonstrates the versatility of printed antennas in improving operational efficiency and customer satisfaction across various sectors.
Printed antennas, as of the current assessment, are positioned at a Technology Readiness Level (TRL) of 6 to 7. This classification arises from their successful demonstration in relevant environments, such as controlled lab settings and some real-world applications, highlighting a transition from prototype to near-market readiness. The technical reasons underpinning this specific TRL include the refinement of printing techniques that allow for the precise deposition of conductive materials on various substrates, including flexible and rigid surfaces. Advanced materials science has played a crucial role, with the development of conductive inks that maintain high electrical conductivity while being amenable to the printing process. Furthermore, the integration of printed antennas into devices has been extensively tested, showing promising results in terms of performance, durability, and cost-effectiveness compared to traditional manufacturing methods. However, challenges remain in scaling production, ensuring consistent quality across large batches, and further enhancing the performance to match or surpass that of conventionally manufactured antennas. These areas of ongoing development and optimization are what place printed antennas within this intermediate TRL range, reflecting both their proven capabilities and the hurdles yet to be fully overcome for widespread commercial adoption.
In the Short-Term, advancements in printed antenna technology are poised to focus on material innovation and printing techniques. The industry is expected to witness the introduction of more conductive, flexible, and cost-effective materials that can be easily printed on a variety of substrates. This phase will likely see the enhancement of printing resolution, allowing for the production of smaller, more precise antennas that do not compromise on performance. Such improvements will cater to the growing demand for compact, high-efficiency antennas in wearable tech and IoT devices. Moving into the Mid-Term, the integration of printed antennas with other components through additive manufacturing processes is anticipated to take center stage. This period will explore the seamless incorporation of antenna technology into complex electronic systems, enabling more sophisticated communication capabilities. The focus will be on developing multi-functional antennas that can perform under varying environmental conditions, marking a significant step towards smart, connected environments. These advancements will also facilitate the deployment of more reliable and robust wireless sensor networks for industrial applications. In the Long-Term, the horizon looks towards the groundbreaking convergence of printed antenna technology with emerging fields such as nanotechnology and biotechnology. Antennas are expected to become even more miniaturized, highly efficient, and capable of operating across a broader range of frequencies. This phase will likely unlock new possibilities for bio-integrated devices, ultra-dense wireless communication networks, and even space applications. The ultimate goal will be to achieve unparalleled levels of connectivity and data transmission efficiency, paving the way for innovations in global communication infrastructures and beyond.
