Empower RF Home Page Quote Cart   Login Search +1(310) 412-8100

Engineering Notes


POWER RF AMPLIFIERS TECHNICAL REFERENCE MATERIAL



Using CCDF as a Method of Measuring P1dB and P3dB
RF Glossary of Terms
Watts to dBm and dBm to Watts Conversion Calculator

rf amplifiers gain RF Amplifiers Gain VSWR & Return Loss (Impedance)
Passband Frequency Range Gain Flatness Load VSWR & Protection
RF Power Leveling Loops, Input Overdrive Protection
Pulsed Power Graceful Degradation
Peak Envelope Power Protection Circuits
Harmonics & Spurious DC Input Power & Efficiency
Intercept Point Cooling Methods
Intermodulation Distortion rf amplifiers classes Class of RF Amplifiers
Multitone IMD Monograph RF Amplifiers Class A Class A Operation
Noise Figure & Level Class AB Operation
Modulation Types Class C operation

rf amplifiers

High Power RF Amplifiers with stop frequencies up to » 500 MHz » 1000 MHz » 2500 MHz » 6000 MHz

EN Home


Using CCDF as a Method
of Measuring P1dB and P3dB


RF Glossary of Terms

Watts to dBm and dBm to Watts
Conversion Calculator


RF Amplifiers Gain
Passband Frequency Range Gain Flatness
RF Power
Pulsed Power
Peak Envelope Power
Harmonics & Spurious
Intercept Point
Intermodulation Distortion
Multitone IMD Monograph
Noise Figure & Level
Modulation Types
VSWR & Return Loss (Impedance)
Load VSWR & Protection
Leveling Loops, Input Overdrive Protection
Graceful Degradation
Protection Circuits
DC Input Power & Efficiency
Cooling Methods
Class of RF Amplifiers
Class A Operation
Class AB Operation
Class C operation

RF-Microwave Amplifiers Catalog Request
Empower Catalog


ISO Certified