gyrator circuit
gyrator kredsløb
gyrator model
gyrator model
gyrator network
gyrator netværk
gyrator device
gyrator enhed
gyrator configuration
gyrator konfiguration
gyrator element
gyrator element
gyrator topology
gyrator topologi
gyrator system
gyrator system
gyrator application
gyrator anvendelse
gyrator parameters
gyrator parametre
the gyrator is an essential component in many electronic circuits.
gyrator er en essentiel komponent i mange elektroniske kredsløb.
engineers often use a gyrator to simulate inductance.
ingeniører bruger ofte en gyrator til at simulere induktans.
a gyrator can help improve the efficiency of a power amplifier.
en gyrator kan hjælpe med at forbedre effektiviteten af en forstærker.
the concept of a gyrator was first introduced in the 1970s.
konceptet gyrator blev først introduceret i 1970'erne.
in circuit design, a gyrator can replace a physical inductor.
i kredsløbsdesign kan en gyrator erstatte en fysisk induktor.
the gyrator model simplifies the analysis of complex circuits.
gyrator-modellen forenkler analysen af komplekse kredsløb.
using a gyrator can lead to more compact circuit designs.
brugen af en gyrator kan føre til mere kompakte kredsløbsdesigns.
gyrators are commonly found in rf applications.
gyratorer findes almindeligvis i RF-applikationer.
understanding how a gyrator works is crucial for electrical engineers.
at forstå, hvordan en gyrator fungerer, er afgørende for elingeniører.
the gyrator's ability to create virtual inductance is valuable.
gyratorernes evne til at skabe virtuel induktans er værdifuld.
gyrator circuit
gyrator kredsløb
gyrator model
gyrator model
gyrator network
gyrator netværk
gyrator device
gyrator enhed
gyrator configuration
gyrator konfiguration
gyrator element
gyrator element
gyrator topology
gyrator topologi
gyrator system
gyrator system
gyrator application
gyrator anvendelse
gyrator parameters
gyrator parametre
the gyrator is an essential component in many electronic circuits.
gyrator er en essentiel komponent i mange elektroniske kredsløb.
engineers often use a gyrator to simulate inductance.
ingeniører bruger ofte en gyrator til at simulere induktans.
a gyrator can help improve the efficiency of a power amplifier.
en gyrator kan hjælpe med at forbedre effektiviteten af en forstærker.
the concept of a gyrator was first introduced in the 1970s.
konceptet gyrator blev først introduceret i 1970'erne.
in circuit design, a gyrator can replace a physical inductor.
i kredsløbsdesign kan en gyrator erstatte en fysisk induktor.
the gyrator model simplifies the analysis of complex circuits.
gyrator-modellen forenkler analysen af komplekse kredsløb.
using a gyrator can lead to more compact circuit designs.
brugen af en gyrator kan føre til mere kompakte kredsløbsdesigns.
gyrators are commonly found in rf applications.
gyratorer findes almindeligvis i RF-applikationer.
understanding how a gyrator works is crucial for electrical engineers.
at forstå, hvordan en gyrator fungerer, er afgørende for elingeniører.
the gyrator's ability to create virtual inductance is valuable.
gyratorernes evne til at skabe virtuel induktans er værdifuld.
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