Formula for calculating intrinsic noises of electronic elements in a wide frequencies range starting from f → 0 is presented here. Ways of reducing intrinsic noises in radio electronic devices in the low frequencies range and examples of using information meaning of flicker noise in practice are described
This paper deals with the measurement of low values of electrical voltages and currents from sources...
This work reports an experimental investigation of Large Scale Excitation (LSE) in sensing applicati...
Minimizing electrical noise is an increasingly important topic. New systems and modulation technique...
Noise of electronic devices can be measured by comparison using a noise source at input and an outpu...
There the study objects are the active electronic super high frequency elements in the gallium arsen...
Flickermeter is a common name for a system that measures the obnoxiousness of flicker caused by volt...
Flicker Noise (or 1/f noise) is the dominant noise source in MOSFET devices at low frequencies. In t...
Flicker noise has limited the performance of precision oscillators since their advent as a technolog...
The article considers the problem of reliable evaluation of flicker in electrical networks. The tech...
This brief aims to intuitively explain and numeri- cally verify the observed phenomenon of flicker n...
There are four principal sources of random fluctuation, or noise, arising in amplifier circuits. The...
International audienceUnderstanding amplifier phase noise is a critical issue in many fields of engi...
Radio-frequency and milimeter-wave oscillators suffer from conversion of flicker noise of devices in...
Understanding the amplifier phase noise is a critical issue in numer-ous fields of engineering and p...
This paper presents low frequency noise (LFN) measurements of some commonly used microwave transisto...
This paper deals with the measurement of low values of electrical voltages and currents from sources...
This work reports an experimental investigation of Large Scale Excitation (LSE) in sensing applicati...
Minimizing electrical noise is an increasingly important topic. New systems and modulation technique...
Noise of electronic devices can be measured by comparison using a noise source at input and an outpu...
There the study objects are the active electronic super high frequency elements in the gallium arsen...
Flickermeter is a common name for a system that measures the obnoxiousness of flicker caused by volt...
Flicker Noise (or 1/f noise) is the dominant noise source in MOSFET devices at low frequencies. In t...
Flicker noise has limited the performance of precision oscillators since their advent as a technolog...
The article considers the problem of reliable evaluation of flicker in electrical networks. The tech...
This brief aims to intuitively explain and numeri- cally verify the observed phenomenon of flicker n...
There are four principal sources of random fluctuation, or noise, arising in amplifier circuits. The...
International audienceUnderstanding amplifier phase noise is a critical issue in many fields of engi...
Radio-frequency and milimeter-wave oscillators suffer from conversion of flicker noise of devices in...
Understanding the amplifier phase noise is a critical issue in numer-ous fields of engineering and p...
This paper presents low frequency noise (LFN) measurements of some commonly used microwave transisto...
This paper deals with the measurement of low values of electrical voltages and currents from sources...
This work reports an experimental investigation of Large Scale Excitation (LSE) in sensing applicati...
Minimizing electrical noise is an increasingly important topic. New systems and modulation technique...