Richardson Electronics - Power & Microwave Technologies’ Post

Take the time to check out "The Ultimate RF Filter Guide: How to Maximize Signal Integrity":

Choice of intermediate frequency (IF) in a superheterodyne receiver has trade-offs: 👇🏼 High IF: - Image filtering is easy due to sufficient filter rejection - Channel selection is difficult due to poor selectivity at high IF Low IF: - Image filtering is hard. Need good rejection to suppress close-in image signal. - Channel selection is easy before filters are more selective at lower IF No free lunch. Pros and cons. Decide wisely. Much deeper discussion on this here 👉 https://lnkd.in/gUGiSA26 ~~ 🔔 Follow me for posts on RF engineering ♻️ Repost (♻️) if you found it helpful ✍🏼 Join 2.5K+ others: viksnewsletter.com

Learn more about the advantages of direct RF compared with traditional superheterodyne systems; where direct RF is today and its technology roadmap; and the possibilities direct RF presents to the embedded industry. #BendTheCurve

Learn more about the advantages of direct RF compared with traditional superheterodyne systems; where direct RF is today and its technology roadmap; and the possibilities direct RF presents to the embedded industry. #BendTheCurve

Newest Blog Release 📝RF and microwave testing presents unique challenges that require careful consideration and strategic planning for an effective switching system. In this article, we will examine these specific challenges and explore how different build options address these challenges. Read "Strategies for Success in Switching for RF and Microwave Test" here: https://hubs.ly/Q02t1Mnv0 #RFMicrowave #NewBlog #TestandMeasurement #Strategy

Free On-Demand webinar - If you missed our David Durbin, Quantic PMI (Planar Monolithics) Director of Engineering and Vice President's webinar with Microwaves & RF, the Future Directions for RF/Microwave Components is available on-demand. This webinar answers questions engineers and design professionals are asking when considering how to specify RF and Microwave components in system or sub-system design applications.

📡 In the world of rapid RF and microwave advancements, having the right components on hand is key to keeping pace. Impulse Technologies is proud to feature an in-stock selection of Ducommun Incorporated D2 Series RF Switches – a blend of reliability and performance. 🔌 With connectors available in N, BNC, or TNC and a broad frequency range of DC to 12.4 GHz, these switches are versatile for various applications. Whether your project demands fail-safe, latching self cut-off, or pulse latching functions, the D2 Series stands ready to deliver with an operational life of over 1 million cycles and swift switching times of 15 ms max. 🚀 Don't let project delays hold you back. Secure the components you need and keep your projects moving forward with confidence. #RFswitch #InStock #Ducommun #RFengineering #MicrowaveComponents #TelecomTech #DefenseTech #AviationElectronics #QualityAssured #ReadyToDeliver

NEW BLOG✍️ RF and microwave testing presents unique challenges that require careful consideration and strategic planning for an effective switching system. In this article, we will examine these specific challenges and explore how different build options address these challenges. Read "Strategies for Success in Switching for RF and Microwave Test" here: https://hubs.ly/Q02sh_cD0 #RFMicrowave #NewBlog #TestandMeasurement #Strategy