Media Contacts’ Post

Fairview Microwave Enhances In-House Pre-Built Gain Horn Antennas — PRBuzz.co — New Antenna Assemblies Are Improved with Coax Adapters, Cage-Style Mounts IRVINE, Calif., #June #6 #2024 Fairview Microwave, an #Infinite #Electronics #brand and a leading provider of #RF microwave and millimeter-wave #products has announced the #launch of its in-house, pre-built #gain #horn antennas. These new offerings #improve on the company's #standard gain #horns by adding coaxial adapters and an #innovative cage-style #mount The upgrades #simplify mounting and enhance usability for RF #engineers and technicians across various industries. This advancement incorporates a cage-style mount with the #assembly to facilitate #easy mounting and increase the versatility and #flexibility of antenna setups. Whether for #permanent or #temporary #installation this #feature ensures a secure and reliable setup, enhancing the product's usability in diverse operational environments. The design minimizes signal interference, ensuring that the assemblies deliver optimal performance without disruption. "These in-house, pre-built assemblies address the critical need for more adaptable and user-friendly antenna mounting solutions," said Product Line Manager Kevin Hietpas. These pre-built assemblies show Fairview's commitment to innovation and its dedication to solving the practical challenges professionals face in the field. By providing a complete package that includes the horn, waveguide-to-coax adapter, and mount, Fairview eliminates the need for customers to source individual components, saving them time and simplifying installation. This comprehensive approach not only reduces setup time but guarantees superior performance, making these assemblies ideal for a wide range of applications, from research laboratories to field deployments. "These in-house, pre-built assemblies address the critical need for more adaptable and user-friendly antenna mounting solutions," said Product Line Manager Kevin Hietpas. "Our aim is to provide products that not only meet the technical specifications of our customers but enhance their operational efficiency." Fairview's in-house, pre-built gain horn antennas are in stock and ready for immediate shipment with no minimum order quantity. For inquiries, please call +1

Pasternack's New RF Fixed Attenuators and Terminations Feature NEX10 Connectorized Design — PRBuzz.co — New #Product #Line Operates at Up to #6 GHz, #Offers Compactness and Performance IRVINE, Calif., May #30 #2024 Pasternack, an #Infinite #Electronics #brand and a leading provider of #RF microwave and millimeter-wave #products has announced its new RF #fixed attenuators and terminations with NEX10 connectors, which operate at up to 6 GHz with a maximum #power rating of #5 #watts and #10 watts. Integrated with the cutting-edge NEX10 connectorized #design these components #meet the #high #standards of the telecommunications, #defense and aerospace industries, which demand #superior #performance and reliability. The newly unveiled product line includes fixed attenuators and RF loads that are engineered for #precision and durability. The attenuators are #available in 3 dB, 6 dB and 10 dB attenuation levels, offering flexibility for various RF applications. The NEX10 connectors are recognized for their compact size and low passive intermodulation, making them ideal for applications where performance is paramount but space is limited. "These RF fixed attenuators and terminations with the NEX10 connectorized design show our dedication to advancing the industry standard for connectivity solutions," said Product Line Manager Steven Pong. Further enhancing their applicability, the RF fixed attenuators and terminations have been developed to support operating frequencies up to 6 GHz. This wide frequency range, combined with a typical voltage standing wave ratio

Pasternack's New RF Fixed Attenuators and Terminations Feature NEX10 Connectorized Design — MediaContacts.co — New #Product #Line Operates at Up to #6 GHz, #Offers Compactness and Performance IRVINE, Calif., May #30 #2024 Pasternack, an #Infinite #Electronics #brand and a leading provider of #RF microwave and millimeter-wave #products has announced its new RF #fixed attenuators and terminations with NEX10 connectors, which operate at up to 6 GHz with a maximum #power rating of #5 #watts and #10 watts. Integrated with the cutting-edge NEX10 connectorized #design these components #meet the #high #standards of the telecommunications, #defense and aerospace industries, which demand #superior #performance and reliability. The newly unveiled product line includes fixed attenuators and RF loads that are engineered for #precision and durability. The attenuators are #available in 3 dB, 6 dB and 10 dB attenuation levels, offering flexibility for various RF applications. The NEX10 connectors are recognized for their compact size and low passive intermodulation, making them ideal for applications where performance is paramount but space is limited. "These RF fixed attenuators and terminations with the NEX10 connectorized design show our dedication to advancing the industry standard for connectivity solutions," said Product Line Manager Steven Pong. Further enhancing their applicability, the RF fixed attenuators and terminations have been developed to support operating frequencies up to 6 GHz. This wide frequency range, combined with a typical voltage standing wave ratio

Fairview Microwave's New RF Fixed Attenuators and Terminations Operate Up to 18 GHz — PRBuzz.co — Applications Include Telecom, Aerospace, and #Test and Measurement IRVINE, Calif., #June #13 #2024 Fairview Microwave, an #Infinite #Electronics #brand and a leading provider of #RF microwave and millimeter-wave #products has announced the #launch of its #latest #range of RF #fixed attenuators and terminations, capable of #supporting frequencies up to #18 GHz. These #precision components #meet the rigorous demands of high-frequency applications, #making them #ideal for use in telecommunications, aerospace, and test and measurement environments. The newly released products #feature RF fixed attenuators that come in a #variety of #power ratings, including #2 #watts #10 watts and 50 watts, and are available with SMA, N-type, BNC and TNC connectorized designs. They offer attenuation levels ranging from 1 dB to 40 dB, accommodating a wide array of RF signal reduction requirements in different systems. Additionally, the range includes terminations with maximum power ratings of 2 watts and 5 watts, ensuring versatile solutions for terminating RF signals. "With expanded connector options and precision attenuation capabilities, our new line ensures superior performance, reliability and versatility across all RF applications," said Product Line Manager Steven Pong. Constructed from robust brass and stainless steel, these components are designed for durability and reliability. The attenuators and terminations operate across a broad frequency range up to 18 GHz, providing essential functionality in both commercial and military applications. Their precision machining and connectorized designs comply with industry standards, offering seamless integration with existing systems and ensuring high performance in an angled design. "With expanded connector options and precision attenuation capabilities, our new line ensures superior performance, reliability and versatility across all RF applications," said Product Line Manager Steven Pong. "Our commitment is to provide tools that exceed the expectations of our industry, enabling innovation and efficiency." Fairview's new RF fixed attenuators and terminations are in stock and available for same-day shipping. For inquiries, please call +1

Pasternack Introduces G-Type (Round) Mounts for Standard Gain Horn Antennas Read More: https://ow.ly/QWt650PsHcp #antennas #antenna #rf #microwave #waveguide #electronics #testing #measurement #testandmeasurement #technology #ece #horn #innovation #automation #engineering

In Rogers Corp's latest blog, learn about niche #RF design concepts beneficial to microwave and #mmWave circuits utilizing multilayered #PCB constructions: https://bit.ly/3Q2c9ng

Power dividers and combiners are a crucial part of every RF/microwave system. In order to evenly distribute an RF signal into two paths, one must use a matched divider topology to properly divide the incident wave. The Wilkinson power divider is a widely used structure that has excellent insertion loss (low attenuation), return loss (input match) and isolation (two output paths don’t interfere) characteristics. Multiple stages can be used to significantly increase the bandwidth. This 2-stage Wilkinson divider has a center frequency of 2.45GHz but can be used from 500MHz to 5GHz for an ultra-wideband performance! Best of all, the power divider also works as a power combiner when reversed! With over 15 years of experience in RF/microwaves, Echoic Engineering commands the expertise to solve any circuit design challenge. We work with a range of the most advanced RF/microwave technologies. Contact us to learn more about our design services! #5G #matching #impedance #powerdivider #powercombiner #uwb #ultrawideband #rfsystems #rfic #mmic #rfengineering #rf #microwave #technology #semiconductor #engineering #design #poweramplifier #power #circuitdesign #circuits

Fairview Microwave's New RF Fixed Attenuators and Terminations Operate Up to 18 GHz — MediaContacts.co — Applications Include Telecom, Aerospace, and #Test and Measurement IRVINE, Calif., #June #13 #2024 Fairview Microwave, an #Infinite #Electronics #brand and a leading provider of #RF microwave and millimeter-wave #products has announced the #launch of its #latest #range of RF #fixed attenuators and terminations, capable of #supporting frequencies up to #18 GHz. These #precision components #meet the rigorous demands of high-frequency applications, #making them #ideal for use in telecommunications, aerospace, and test and measurement environments. The newly released products #feature RF fixed attenuators that come in a #variety of #power ratings, including #2 #watts #10 watts and 50 watts, and are available with SMA, N-type, BNC and TNC connectorized designs. They offer attenuation levels ranging from 1 dB to 40 dB, accommodating a wide array of RF signal reduction requirements in different systems. Additionally, the range includes terminations with maximum power ratings of 2 watts and 5 watts, ensuring versatile solutions for terminating RF signals. "With expanded connector options and precision attenuation capabilities, our new line ensures superior performance, reliability and versatility across all RF applications," said Product Line Manager Steven Pong. Constructed from robust brass and stainless steel, these components are designed for durability and reliability. The attenuators and terminations operate across a broad frequency range up to 18 GHz, providing essential functionality in both commercial and military applications. Their precision machining and connectorized designs comply with industry standards, offering seamless integration with existing systems and ensuring high performance in an angled design. "With expanded connector options and precision attenuation capabilities, our new line ensures superior performance, reliability and versatility across all RF applications," said Product Line Manager Steven Pong. "Our commitment is to provide tools that exceed the expectations of our industry, enabling innovation and efficiency." Fairview's new RF fixed attenuators and terminations are in stock and available for same-day shipping. For inquiries, please call +1

Now that everything from phones to automatic sprinkler systems have functionality that requires an internet connection, most of our clients’ products need some kind of communications rig. Most often, that means a radio frequency (RF) antenna. We always think very carefully about the antenna up front, as it determines to a large degree what the device can do. High-performance connectivity hinges on the antenna’s design, testing, and implementation. Ready to delve deeper? Explore six primary considerations for RF antenna design: https://lnkd.in/geBqPFVR –  Delve is a product innovation firm that helps companies bring bold ideas to market through human-centered expertise—strategy, design, engineering. Learn more about product design and development services at Delve: https://lnkd.in/gDJU_Tr5 #productdesign #productdevelopment #productengineering

WHAT'S YOUR OPINION on the optimal #RF PCB stack-up? Radio-frequency board stack-up plays a crucial role in the performance and functionality of RF #circuits. It involves careful considerations such as isolation between traces and components, power supply decoupling, the number of layers, arrangement, and placement of #components. While a standard 4-layer RF stack-up is commonly used, the debate centers around whether this stack-up design is truly optimal for all RF applications. Affirmative argument: - Isolation and interference reduction: The standard 4-layer RF stack-up, with RF components and traces on the top layer followed by ground and power planes, effectively minimizes interference between RF and non-RF components. This layout ensures optimal performance and #signalintegrity. - Ground return path: The immediate ground plane beneath the RF components provides a low #impedance path for the ground return current. This reduces noise and ensures stable operation of the RF circuit. - Suitability for small RF boards: The compact arrangement of the standard 4-layer stack-up makes it ideal for small RF boards where space is limited. It strikes a balance between performance and size constraints, making it suitable for various applications. Negative argument: - Limited flexibility: The standard 4-layer #radiofrequency stack-up may not offer enough flexibility for complex RF designs with specific requirements. Different applications may demand unique stack-up configurations to optimize performance, which cannot be achieved with a one-size-fits-all approach. - Signal integrity challenges: While the ground plane helps in reducing interference, it can also introduce signal integrity challenges such as ground loops and impedance mismatches. This may affect the overall performance of the RF circuit, especially in #highfrequency applications. - Alternative stack-up designs: There are alternative stack-up designs, such as asymmetric stack-ups or incorporating additional layers, that may better suit certain RF applications. These designs offer enhanced control over signal integrity and isolation, potentially outperforming the standard 4-layer stack-up in specific scenarios. You can read our blog on the 7 factors that impact RF boards and let us know what you think! https://lnkd.in/g52Nuacz