Assertion list
diode (primary) → CapableOf
Results from Ascent++: 75
diode → CapableOf → conduct current 0.66
diode → CapableOf → emit light 0.63
diode → CapableOf → dissipate energy 0.50
diode → CapableOf → block current flow 0.48
diode → CapableOf → prevent current 0.48
diode → CapableOf → allow current flow 0.48
diode → CapableOf → allow current 0.47
diode → CapableOf → get hot 0.47
diode → CapableOf → conduct in one direction 0.45
diode → CapableOf → pass current 0.45
diode → CapableOf → block the current 0.44
diode → CapableOf → conduct electricity 0.41
diode → CapableOf → prevent the capacitor 0.41
diode → CapableOf → drop the voltage 0.40
diode → CapableOf → act as a one-way valve 0.39
diode → CapableOf → become conductive 0.39
diode → CapableOf → alternate current 0.38
diode → CapableOf → do the job 0.37
diode → CapableOf → rectify the voltage 0.37
diode → CapableOf → keep the voltage 0.36
diode → CapableOf → provide path 0.36
diode → CapableOf → continue to manufacture ti's an… 0.34
diode → CapableOf → limit the voltage 0.34
diode → CapableOf → pass large current 0.34
diode → CapableOf → prevent the voltage 0.34
diode → CapableOf → protect the circuit 0.34
diode → CapableOf → protect the transistor 0.34
diode → CapableOf → accord to row 0.32
diode → CapableOf → clamp the voltage 0.32
diode → CapableOf → dissipate 3 watts of power 0.32
diode → CapableOf → handle 0.32
diode → CapableOf → handle high currents 0.32
diode → CapableOf → receive more and more light 0.32
diode → CapableOf → receive weak infrared light 0.32
diode → CapableOf → act as short circuit 0.30
diode → CapableOf → allow treatment of large wounds 0.30
diode → CapableOf → charge the capacitor 0.30
diode → CapableOf → get hotter 0.30
diode → CapableOf → integrate the greenock facility 0.30
diode → CapableOf → produce multiple wavelengths 0.30
diode → CapableOf → allow a range of apparent colors 0.28
diode → CapableOf → allow two-color operation 0.28
diode → CapableOf → come in a variety of chip confi… 0.28
diode → CapableOf → depend on temperature 0.28
diode → CapableOf → detect light 0.28
diode → CapableOf → fail large current 0.28
diode → CapableOf → provide a discharge path 0.28
diode → CapableOf → push the output stage 0.28
diode → CapableOf → reconstruct negative halves of … 0.28
diode → CapableOf → allow unidirectional flow of cu… 0.25
diode → CapableOf → avoid generating inverse current 0.25
diode → CapableOf → behave as open 0.25
diode → CapableOf → change color 0.25
diode → CapableOf → clamp the input 0.25
diode → CapableOf → clip the signal 0.25
diode → CapableOf → conduct at any instant 0.25
diode → CapableOf → conduct stored energy 0.25
diode → CapableOf → conduct the input 0.25
diode → CapableOf → divide the channel 0.25
diode → CapableOf → double the pulse frequency 0.25
diode → CapableOf → flash with invisible infraredli… 0.25
diode → CapableOf → generate first voltage 0.25
diode → CapableOf → generate radio-frequency oscill… 0.25
diode → CapableOf → isolate capacitor 0.25
diode → CapableOf → operate at low power levels 0.25
diode → CapableOf → operate at signal frequencies 0.25
diode → CapableOf → protect the device 0.25
diode → CapableOf → protect the power supplies 0.25
diode → CapableOf → rectify incoming signal 0.25
diode → CapableOf → sustain full power usage 0.25
diode → CapableOf → tune radio and tv receivers 0.25
diode → CapableOf → use transistor 0.25
diode → CapableOf → go bad 0.24
diode → CapableOf → contribute to power loss 0.16
diode → CapableOf → overheat 0.16