Before revision: Solid state |- | Frequency range || from [DC] || from kHz |- | Insertion loss || low || high |- | Return loss || good || good |- | Repeatability || good || excellent |- | Isolation || good || excellent |- | Switching speed || in ms || in ns |- | Settling time || < 15 ms || < 1 µs |- | Power handling || high || low |- | Video leakage || none || low |- | Operating life || 5 million cycles || infinite |- | ESD immunity || high || low |- | Sensitive to || vibration || RF power overstress |} Critical parameters for RF and microwave switches Frequency range RF and microwave applications range in frequency from 100 MHz for semiconductor to 60 GHz for satellite communications.
After revision: Solid state |- | Frequency range || from [DC] || from kHz |- | Insertion loss || low || high |- | Return loss || excellent || good |- | Repeatability || good || good |- | Isolation || good || excellent |- | Switching speed || in ms || in ns |- | Settling time || < 15 ms || < 1 µs |- | Power handling || high || low |- | Video leakage || none || low |- | Operating life || 5 million cycles || infinite |- | ESD immunity || high || low |- | Sensitive to || vibration || RF power overstress |} Critical parameters for RF and microwave switches Frequency range RF and microwave applications range in frequency from 100 MHz for semiconductor to 60 GHz for satellite communications.