Assertion list
voltage (aspect of capacitor ) → ReceivesAction
Results from Ascent++: 76
voltage → ReceivesAction → provided by the voltage supply 0.57
voltage → ReceivesAction → applied to the capacitor 0.57
voltage → ReceivesAction → reduced 0.56
voltage → ReceivesAction → increased 0.53
voltage → ReceivesAction → measured 0.52
voltage → ReceivesAction → stored in the capacitor 0.51
voltage → ReceivesAction → applied 0.50
voltage → ReceivesAction → adjusted 0.48
voltage → ReceivesAction → provided 0.48
voltage → ReceivesAction → measured in volts 0.47
voltage → ReceivesAction → set 0.47
voltage → ReceivesAction → produced across the resistor 0.47
voltage → ReceivesAction → generated 0.46
voltage → ReceivesAction → required 0.46
voltage → ReceivesAction → delivered to the load 0.44
voltage → ReceivesAction → formed by resistive divider 0.44
voltage → ReceivesAction → shown in fig 0.44
voltage → ReceivesAction → fed into negative terminal 0.42
voltage → ReceivesAction → held by the capacitor 0.42
voltage → ReceivesAction → measured with respect 0.41
voltage → ReceivesAction → applied to the gate 0.41
voltage → ReceivesAction → monitored 0.41
voltage → ReceivesAction → applied to the word line 0.40
voltage → ReceivesAction → detected by the voltage detector 0.40
voltage → ReceivesAction → used in the circuit 0.39
voltage → ReceivesAction → reversed 0.38
voltage → ReceivesAction → stored in first capacitor 0.37
voltage → ReceivesAction → applied to internal circuit 0.36
voltage → ReceivesAction → applied to plate 0.36
voltage → ReceivesAction → charged in the capacitor 0.36
voltage → ReceivesAction → divided by resistance 0.36
voltage → ReceivesAction → moved in positive direction 0.36
voltage → ReceivesAction → amplified by voltage amplifier 0.34
voltage → ReceivesAction → controlled 0.34
voltage → ReceivesAction → held by second capacitor 0.34
voltage → ReceivesAction → applied to vd 0.32
voltage → ReceivesAction → associated with higher temperat… 0.32
voltage → ReceivesAction → fed into negative terminal of t… 0.32
voltage → ReceivesAction → moved 0.32
voltage → ReceivesAction → produced by the voltage divider 0.32
voltage → ReceivesAction → provided by battery 0.32
voltage → ReceivesAction → shown in figure 0.32
voltage → ReceivesAction → associated with first current 0.31
voltage → ReceivesAction → coupled to the control terminal 0.31
voltage → ReceivesAction → induced in coil 0.29
voltage → ReceivesAction → applied to the data lines 0.28
voltage → ReceivesAction → converted into digital voltage … 0.28
voltage → ReceivesAction → imposed on select line 0.28
voltage → ReceivesAction → limited 0.28
voltage → ReceivesAction → provided by temperature sensiti… 0.28
voltage → ReceivesAction → reduced by a voltage detecting … 0.28
voltage → ReceivesAction → amplified by operational amplif… 0.25
voltage → ReceivesAction → appeared at the time of disconn… 0.25
voltage → ReceivesAction → applied across said resistive i… 0.25
voltage → ReceivesAction → applied to the solenoid coil 0.25
voltage → ReceivesAction → associated with an hdmi port 0.25
voltage → ReceivesAction → based on the set of control sig… 0.25
voltage → ReceivesAction → buffered 0.25
voltage → ReceivesAction → compared by comparator 0.25
voltage → ReceivesAction → connected in series 0.25
voltage → ReceivesAction → conveyed through nmos transisto… 0.25
voltage → ReceivesAction → fixed 0.25
voltage → ReceivesAction → measured by voltage measurer 0.25
voltage → ReceivesAction → measured for each cell 0.25
voltage → ReceivesAction → measured with multimeter 0.25
voltage → ReceivesAction → measured with voltmeter 0.25
voltage → ReceivesAction → multiplied to provide 43 0.25
voltage → ReceivesAction → produced at node 0.25
voltage → ReceivesAction → provided by unidirectional volt… 0.25
voltage → ReceivesAction → rectified 0.25
voltage → ReceivesAction → retrieved by the capacitor c 0.25
voltage → ReceivesAction → stored in pixel 0.25
voltage → ReceivesAction → supplied to a transconductance … 0.25
voltage → ReceivesAction → supplied to led light source 0.25
voltage → ReceivesAction → applied to electrode 0.18
voltage → ReceivesAction → applied to the address 0.12