Assertion list
capacitor (primary) → CapableOf
Results from Ascent++: 110
capacitor → CapableOf → store charge 0.60
capacitor → CapableOf → consist of a pair of conductors 0.59
capacitor → CapableOf → hold charge 0.59
capacitor → CapableOf → store energy 0.54
capacitor → CapableOf → block direct current 0.54
capacitor → CapableOf → consist of two metal plates 0.53
capacitor → CapableOf → store electrical energy 0.53
capacitor → CapableOf → store electrical charge 0.50
capacitor → CapableOf → remain charged 0.49
capacitor → CapableOf → gets charged 0.47
capacitor → CapableOf → consist of two conducting plates 0.46
capacitor → CapableOf → improve the power factor 0.46
capacitor → CapableOf → block dc 0.44
capacitor → CapableOf → draw current 0.44
capacitor → CapableOf → supply power 0.43
capacitor → CapableOf → discharge through the resistor 0.43
capacitor → CapableOf → form a semiconductor device 0.42
capacitor → CapableOf → represent resistance 0.42
capacitor → CapableOf → release energy 0.41
capacitor → CapableOf → retain charge 0.41
capacitor → CapableOf → come into play 0.40
capacitor → CapableOf → absorb energy 0.39
capacitor → CapableOf → accumulate charge 0.39
capacitor → CapableOf → act as short circuit 0.39
capacitor → CapableOf → bridge the break 0.37
capacitor → CapableOf → constitute low pass filter 0.37
capacitor → CapableOf → charge /discharge 0.37
capacitor → CapableOf → pass ac 0.37
capacitor → CapableOf → charge current 0.35
capacitor → CapableOf → store voltage 0.35
capacitor → CapableOf → take some time 0.35
capacitor → CapableOf → get hot 0.34
capacitor → CapableOf → hold first voltage 0.34
capacitor → CapableOf → provide input 0.34
capacitor → CapableOf → remain connected 0.34
capacitor → CapableOf → represent inductance 0.34
capacitor → CapableOf → comprise one or more ceramic ca… 0.33
capacitor → CapableOf → generate reactive power 0.33
capacitor → CapableOf → block the dc voltage 0.32
capacitor → CapableOf → create field 0.32
capacitor → CapableOf → dissipate power 0.32
capacitor → CapableOf → form resonant circuit 0.32
capacitor → CapableOf → increase the current 0.32
capacitor → CapableOf → lay flat 0.32
capacitor → CapableOf → begin charging through r1 0.31
capacitor → CapableOf → block low-frequency signals 0.31
capacitor → CapableOf → combine like resistor 0.31
capacitor → CapableOf → pass alternating current ac 0.31
capacitor → CapableOf → release charge 0.31
capacitor → CapableOf → represent volume 0.31
capacitor → CapableOf → stabilize the output voltage 0.31
capacitor → CapableOf → store electrical current 0.31
capacitor → CapableOf → store more energy 0.31
capacitor → CapableOf → charge in opposite direction 0.29
capacitor → CapableOf → discharge at rate 0.29
capacitor → CapableOf → discharge through r2 0.29
capacitor → CapableOf → eliminate the need 0.29
capacitor → CapableOf → fill with charge 0.29
capacitor → CapableOf → reach full charge 0.29
capacitor → CapableOf → fail 0.29
capacitor → CapableOf → act as a short 0.27
capacitor → CapableOf → pass signal 0.27
capacitor → CapableOf → perform same function 0.27
capacitor → CapableOf → provide ac coupling 0.27
capacitor → CapableOf → provide positive feedback 0.27
capacitor → CapableOf → regulate current flow 0.27
capacitor → CapableOf → represent parasitic capacitance 0.27
capacitor → CapableOf → resonate at desired frequency 0.27
capacitor → CapableOf → run cooler 0.27
capacitor → CapableOf → store electron 0.27
capacitor → CapableOf → act as buffer 0.25
capacitor → CapableOf → act as local reserve 0.25
capacitor → CapableOf → act as open switch 0.25
capacitor → CapableOf → attenuate signal 0.25
capacitor → CapableOf → built into the decoder 0.25
capacitor → CapableOf → capacitor 68 0.25
capacitor → CapableOf → comprise a pair of electrodes 0.25
capacitor → CapableOf → comprise first metallic conduct… 0.25
capacitor → CapableOf → comprise memory cell 0.25
capacitor → CapableOf → configured the transformer reso… 0.25
capacitor → CapableOf → fail open 0.25
capacitor → CapableOf → filter high frequencies 0.25
capacitor → CapableOf → form the three resistor-capacit… 0.25
capacitor → CapableOf → form voltage divider 0.25
capacitor → CapableOf → hold third voltage 0.25
capacitor → CapableOf → increase metabolic rates 0.25
capacitor → CapableOf → increase the frequency 0.25
capacitor → CapableOf → maintain high power factor 0.25
capacitor → CapableOf → offer stable capacitance value 0.25
capacitor → CapableOf → prevent heat build-up 0.25
capacitor → CapableOf → produce free oscillation of cur… 0.25
capacitor → CapableOf → provide path 0.25
capacitor → CapableOf → qualify to aec-q200 0.25
capacitor → CapableOf → receive second voltage source 0.25
capacitor → CapableOf → reduce parasitic inductance 0.25
capacitor → CapableOf → reduce the silicon area 0.25
capacitor → CapableOf → regulate electrical energy 0.25
capacitor → CapableOf → scan impedance spectroscopy 0.25
capacitor → CapableOf → scan other technologies 0.25
capacitor → CapableOf → scan tunneling microscopy 0.25
capacitor → CapableOf → simulate a lightning strike 0.25
capacitor → CapableOf → store large volumes of electric… 0.25
capacitor → CapableOf → take charge 0.25
capacitor → CapableOf → use electrical stepper motors 0.25
capacitor → CapableOf → use selective metal layer forma… 0.25
capacitor → CapableOf → use thin polyester film 0.25
capacitor → CapableOf → comply with iec 0.23
capacitor → CapableOf → start leaking the current 0.22
capacitor → CapableOf → constitute a resonance circuit 0.16
capacitor → CapableOf → produce loss 0.16