Signal transmission in high-frequency electronic systems is more complex than it appears at first glance. The signals have not only an amplitude but also a phase and a frequency-dependent time delay. Accordingly, the electronic impedances are described by a real and an imaginary component, which is frequency-dependent. Only the interaction of all these properties determines whether a circuit operates stably, efficiently, and without interference.
These properties can be measured in detail using precise measurements, such as standardized S-parameters. On this basis, key parameters such as a system’s quality factor or a circuit’s stability can be calculated. At the same time, optimal matching and compensation networks can be developed, and suitable structures and component shapes can be determined.
The result is robust and reliable high-frequency systems that function stably under a wide variety of conditions, whether in communication systems or sophisticated electronics.
Do you need high-frequency expertise? We are happy to assist you with our many years of experience: +41 31 868 44 66.
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