Loading ...
by non - linear loading Stable and accurate control(passive) caused byhigh waveform distortion
by nonlinear loading(passive) caused byhigh waveform distortion
by the components(passive) caused byany possible amplitude distortion
by propagation of a transmitted signal(passive) caused byamplitude and phase distortion
at the ultimate phase of amplificationleadto distortion due to amplitude
by a non - ideal physical channel frequency - response(passive) caused byamplitude and phase distortion
the physical boundaries in the semiconductorcausedistortion due to the amplitude
by the saturated audio amplifier(passive) caused byamplitude and phase distortion
by the power amplifier(passive) caused byamplitude and phase distortion
by roll - off(passive) caused byfrequency and amplitude distortion
by the wall(passive) caused bydistortion and amplitude attenuation
the wall(passive) caused bydistortion and amplitude attenuation
when combinations of two or more frequencies generate new frequencies which are sums and differences of the original signal , i.e. , the amplitude modulation of one signal by another(passive) is causedAmplitude intermodulation distortion
These effectsresultin amplitude modulation distortion
non - linear loadscausingdistortion of the harmonics
Damping ( POD ) , which requires active power injection and hencecausesdistortion ( oscillation
pre - invertor implementationcausingharmonic distortion amplification
by additive noise and other distortions(passive) caused byrandom amplitude distortions
the effects of signal reflectionscan causewaveform distortion
the amplitude attenuation of the signal(passive) is caused byThe amplitude distortion
nonlinear optical effects(1(passive) caused bywaveform distortion
nonlinear optical effects(2(passive) caused bywaveform distortion
by excessive signal excursion at the power amplifier 's output(passive) caused byharmonic distortion
of one or more signal components that are whole number multiples of the input frequency(passive) is composedHarmonic distortion
nonlinear optical effects(passive) caused bywaveform distortion
nonlinear optical effects(3(passive) caused bywaveform distortion
signal reflection(passive) caused byWaveform distortion
by the non - linearity of the tube device 8(passive) caused bythe amplitude distortion
optical power variation(passive) caused bywaveform distortion
by the individual difference in the probe gain(passive) caused bythe amplitude distortion
by the sampling frequency offset(passive) caused bythe amplitude distortion ... and
by the nonlinear effects(passive) caused bywaveform distortion
amplifier gain compression ( P1dB ) , which is device dependent(passive) is caused byAmplitude distortion
optical interferencecausingwaveform distortion
by the sampling frequency offset and the carrier frequency offset(passive) caused bythe amplitude distortion
fed back into the AC mainscausingdistortion of the sinusoidal waveform
by too large input signal , excessive bias , or insufficient forward bias(passive) caused byAmplitude distortion
by the propagation effects(passive) caused bythe amplitude distortion
large - level input signalscauseharmonic distortion
by noise(passive) caused byamplitude distortion
extra frequency componentscausesextra frequency components
from use of the attenuation circuitmay resultfrom use of the attenuation circuit
from multipath fadingresultingfrom multipath fading
from atmospheric turbulence as optical beamresultingfrom atmospheric turbulence as optical beam
in a risk of temperature rise in cableswould resultin a risk of temperature rise in cables
from the non - linearity of the amplifier 3having originatedfrom the non - linearity of the amplifier 3
in some in - band distortionmay resultin some in - band distortion
the precision of the target direction estimateinfluencesthe precision of the target direction estimate
The major problem(passive) caused byThe major problem
a significant degradation of the unitcausinga significant degradation of the unit
resonance and excessive current resulting in transformer overheating , reduced equipment life ... tripped circuit breakers , blown fuses ... increased I2R losses , and power factor correction capacitor failurecan causeresonance and excessive current resulting in transformer overheating , reduced equipment life ... tripped circuit breakers , blown fuses ... increased I2R losses , and power factor correction capacitor failure
the audio to sound brittlecan causethe audio to sound brittle
poor power factor , transformer and distribution equipment overheating , random breaker tripping , or even sensitive equipment failurecan causepoor power factor , transformer and distribution equipment overheating , random breaker tripping , or even sensitive equipment failure
image degradationcausesimage degradation
significant errorscould causesignificant errors
the audio to sound brittle ... and gritty , as well as shrink the stereo imagecan causethe audio to sound brittle ... and gritty , as well as shrink the stereo image
to voltage distortion of the power supplyleadsto voltage distortion of the power supply
problemsmay ... causeproblems
noise(passive) caused bynoise
from the creation of unwanted harmonic frequencies which , when combined , produce a distorted signalresultsfrom the creation of unwanted harmonic frequencies which , when combined , produce a distorted signal
energy waste and rising cost of kWh billscausingenergy waste and rising cost of kWh bills
in reduction of power quality and system stabilityresultsin reduction of power quality and system stability
in harmonics being generatedresultsin harmonics being generated
overheating of and damage to electrical equipment and suboptimal performance of electricty - using equipmentcan causeoverheating of and damage to electrical equipment and suboptimal performance of electricty - using equipment
RMS voltage changescausesRMS voltage changes
when audio equipment adds unwanted overtones to an original signalcausedwhen audio equipment adds unwanted overtones to an original signal
power quality problems(passive) caused bypower quality problems
to communications errors and hardware damagecan leadto communications errors and hardware damage
overheating of cables , motors and transformerscan causeoverheating of cables , motors and transformers
in line measurement errorsresultsin line measurement errors
cross interference with the outgoing signalcan causecross interference with the outgoing signal
problemscan causeproblems
way down loworiginatingway down low
The total noise(passive) contributed byThe total noise
poor power qualitycausingpoor power quality
to poor power qualityleadsto poor power quality
in the inductive components of the input circuitoriginatingin the inductive components of the input circuit
in image - position jitterto resultin image - position jitter
in false data transmissionmay resultin false data transmission
to heating effects on induction motors , transformers and capacitorscan leadto heating effects on induction motors , transformers and capacitors