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Your satellite system is plagued by interference, and you think a perfect filter is the answer. But demanding impossible specs wastes time and money, derailing

Are you an RF engineer looking at the booming satellite communications industry? Your current skills might not be enough. A simple module swap from a

Struggling with weak satellite signals and poor SNR1? This frustration leads to data loss and dropped connections, jeopardizing critical missions and wasting valuable time and

Choosing the wrong satellite frequency can skyrocket costs and cripple system performance. It’s a mistake that can jeopardize your entire project before it even gets

Ever watched a costly power amplifier fail due to unexpected reflections? This preventable setback can derail projects. A simple component, the isolator, is the key

Finding the S-parameter formulas in textbooks too abstract? This lack of clarity can keep you from fully grasping RF measurements1. Everything clicks once you learn

Starting your RF amplifier design directly in simulation software1? This common mistake leads to frustrating dead ends and wasted time when your topology fails under

Your RF sensitivity test1s are failing, and you don’t know why. This hidden issue in your signal source2 might be the culprit, costing you valuable

You see terrible intermodulation distortion1 (IMD) results on the screen, and they don’t match the datasheet. Is your expensive new amplifier a dud? It’s a

You see a receiver design with an attenuator1 before the LNA2 and it feels wrong. Why reduce a weak signal? This post explains this smart