Assertion list
voltage (aspect of capacitor ) → CapableOf
Results from Ascent++: 47
voltage → CapableOf → change 0.54
voltage → CapableOf → remain constant 0.52
voltage → CapableOf → drop across the resistor 0.52
voltage → CapableOf → lead the current 0.50
voltage → CapableOf → apply to the feedback terminal 0.44
voltage → CapableOf → drop to zero 0.44
voltage → CapableOf → go low 0.42
voltage → CapableOf → reach certain level 0.42
voltage → CapableOf → appear across the resistor 0.41
voltage → CapableOf → apply to the motor 0.39
voltage → CapableOf → lag the current 0.39
voltage → CapableOf → apply across the nanopore 0.38
voltage → CapableOf → drop across diode 0.38
voltage → CapableOf → reach peak 0.37
voltage → CapableOf → exceed predetermined threshold 0.36
voltage → CapableOf → go to 0v 0.36
voltage → CapableOf → drop across the led string 0.34
voltage → CapableOf → drop below a threshold vth 0.34
voltage → CapableOf → apply to liquid crystal layer 0.32
voltage → CapableOf → change with time 0.32
voltage → CapableOf → remain within predefined interv… 0.32
voltage → CapableOf → turn on transistor 0.32
voltage → CapableOf → limit circuit 0.31
voltage → CapableOf → apply to the transformer 0.28
voltage → CapableOf → correspond to the amount of cha… 0.28
voltage → CapableOf → drop across r1 0.28
voltage → CapableOf → correspond to current 0.28
voltage → CapableOf → appear across the output termin… 0.25
voltage → CapableOf → apply to constant current source 0.25
voltage → CapableOf → apply to the driver 0.25
voltage → CapableOf → apply to the regulator 0.25
voltage → CapableOf → apply to the sensing capacitor 0.25
voltage → CapableOf → build up on the capacitor 0.25
voltage → CapableOf → charge the battery 0.25
voltage → CapableOf → control the current 0.25
voltage → CapableOf → correspond to the data signal 0.25
voltage → CapableOf → drop across current source 0.25
voltage → CapableOf → drop across the feedback resist… 0.25
voltage → CapableOf → drop below threshold 0.25
voltage → CapableOf → drop resistor 0.25
voltage → CapableOf → follow the current 0.25
voltage → CapableOf → increase the current 0.25
voltage → CapableOf → output second signal 0.25
voltage → CapableOf → reach 0.7 volts 0.25
voltage → CapableOf → recharge the capacitor 0.25
voltage → CapableOf → rise to +12 volts 0.25
voltage → CapableOf → drop across the capacitor 0.19