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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

Having trouble achieving wide frequency coverage with your RF amplifier1? The ongoing trade-offs among bandwidth, power, and efficiency can be frustrating. But with the right

Your RF system’s output power1 is unstable. This drift ruins test results and communication links. Automatic Level Control (ALC)2 provides the constant, reliable output power

Wideband amplifier performance falling short? Impedance mismatch1 is often to blame. It severely compromises both efficiency and linearity — a critical issue as bandwidth demands2

Stribje jo derfoar om de goede Low-Noise Block Downconverter te kiezen? It keatsen fan de ferkearde kin liede ta minne signalen, fergriemde jild, en in te kompleks systeem

Stribje jo derfoar om de prestaasjes fan de receiver te ferbetterjen sûnder dat jo de avansearre ferwurking brûke? Jo systeem syn bottleneck kin ferbergje yn de faak ûnwerdere RF-stadium, wat jo algemiene potensjeel en definitive resultaten beheine kin.

Strupele om in signaal te finen yn de lûdige 2.4GHz-band? Mei sa folle ynfloed fan Wi-Fi en Bluetooth kin it ûnmooglik fiele om jo doel te ûnderskieden. I