---

voltage (aspect of capacitor) → HasProperty → high	0.74
voltage (aspect of diode) → HasProperty → higher	0.73
voltage (aspect of diode) → HasProperty → low	0.73
voltage (aspect of capacitor) → HasProperty → low	0.69
voltage (aspect of capacitor) → HasProperty → equal	0.68
voltage (aspect of diode) → HasProperty → equal	0.68
voltage (aspect of diode) → HasProperty → constant	0.67
voltage (aspect of diode) → HasProperty → high	0.67
voltage (aspect of diode) → HasProperty → positive	0.66
voltage (aspect of capacitor) → HasProperty → constant	0.64
voltage (aspect of capacitor) → HasProperty → positive	0.61
voltage (aspect of diode) → ReceivesAction → reduced	0.59
voltage (aspect of diode) → CapableOf → drop across the diode	0.58
voltage (aspect of diode) → HasProperty → negative	0.58
voltage (aspect of capacitor) → ReceivesAction → provided by the voltage supply	0.57
voltage (aspect of capacitor) → HasProperty → higher	0.57
voltage (aspect of capacitor) → ReceivesAction → applied to the capacitor	0.57
voltage (aspect of capacitor) → ReceivesAction → reduced	0.56
voltage (aspect of diode) → CapableOf → drop across the resistor	0.56
voltage (aspect of capacitor) → HasProperty → lower	0.55
voltage (aspect of capacitor) → CapableOf → change	0.54
voltage (aspect of capacitor) → ReceivesAction → increased	0.53
voltage (aspect of capacitor) → CapableOf → remain constant	0.52
voltage (aspect of capacitor) → CapableOf → drop across the resistor	0.52
voltage (aspect of capacitor) → ReceivesAction → measured	0.52
voltage (aspect of capacitor) → HasProperty → correct	0.52
voltage (aspect of diode) → ReceivesAction → increased	0.51
voltage (aspect of capacitor) → HasProperty → negative	0.51
voltage (aspect of capacitor) → ReceivesAction → stored in the capacitor	0.51
voltage (aspect of capacitor) → ReceivesAction → applied	0.50
voltage (aspect of capacitor) → CapableOf → lead the current	0.50
voltage (aspect of diode) → ReceivesAction → detected by the voltage detector	0.49
voltage (aspect of diode) → CapableOf → remain constant	0.49
voltage (aspect of capacitor) → ReceivesAction → adjusted	0.48
voltage (aspect of capacitor) → ReceivesAction → provided	0.48
voltage (aspect of diode) → ReceivesAction → measured	0.47
voltage (aspect of capacitor) → ReceivesAction → measured in volts	0.47
voltage (aspect of capacitor) → ReceivesAction → set	0.47
voltage (aspect of diode) → ReceivesAction → applied	0.47
voltage (aspect of capacitor) → ReceivesAction → produced across the resistor	0.47
voltage (aspect of capacitor) → ReceivesAction → required	0.46
voltage (aspect of capacitor) → ReceivesAction → generated	0.46
voltage (aspect of diode) → ReceivesAction → fed into negative terminal	0.45
voltage (aspect of diode) → HasProperty → normal	0.45
voltage (aspect of capacitor) → CapableOf → apply to the feedback terminal	0.44
voltage (aspect of capacitor) → ReceivesAction → delivered to the load	0.44
voltage (aspect of capacitor) → CapableOf → drop to zero	0.44
voltage (aspect of capacitor) → ReceivesAction → shown in fig	0.44
voltage (aspect of capacitor) → ReceivesAction → formed by resistive divider	0.44
voltage (aspect of capacitor) → CapableOf → go low	0.42
voltage (aspect of capacitor) → CapableOf → reach certain level	0.42
voltage (aspect of diode) → CapableOf → drop to zero	0.42
voltage (aspect of diode) → ReceivesAction → monitored	0.42
voltage (aspect of capacitor) → HasProperty → large	0.42
voltage (aspect of capacitor) → HasProperty → closer	0.42
voltage (aspect of capacitor) → ReceivesAction → held by the capacitor	0.42
voltage (aspect of capacitor) → ReceivesAction → fed into negative terminal	0.42
voltage (aspect of capacitor) → ReceivesAction → measured with respect	0.41
voltage (aspect of capacitor) → CapableOf → appear across the resistor	0.41
voltage (aspect of capacitor) → ReceivesAction → applied to the gate	0.41
voltage (aspect of capacitor) → ReceivesAction → monitored	0.41
voltage (aspect of diode) → CapableOf → apply to the load	0.41
voltage (aspect of diode) → ReceivesAction → applied to the gate	0.41
voltage (aspect of diode) → ReceivesAction → reversed	0.41
voltage (aspect of diode) → ReceivesAction → adjusted	0.41
voltage (aspect of capacitor) → HasProperty → steady	0.40
voltage (aspect of capacitor) → ReceivesAction → applied to the word line	0.40
voltage (aspect of capacitor) → ReceivesAction → detected by the voltage detector	0.40
voltage (aspect of diode) → CapableOf → apply to the motor	0.39
voltage (aspect of diode) → HasProperty → necessary	0.39
voltage (aspect of diode) → ReceivesAction → provided by the voltage supply	0.39
voltage (aspect of capacitor) → CapableOf → apply to the motor	0.39
voltage (aspect of capacitor) → CapableOf → lag the current	0.39
voltage (aspect of capacitor) → ReceivesAction → used in the circuit	0.39
voltage (aspect of capacitor) → CapableOf → drop across diode	0.38
voltage (aspect of capacitor) → CapableOf → apply across the nanopore	0.38
voltage (aspect of capacitor) → ReceivesAction → reversed	0.38
voltage (aspect of diode) → CapableOf → drop across forward-biased diode	0.38
voltage (aspect of diode) → CapableOf → lead the current	0.38
voltage (aspect of diode) → CapableOf → correspond to current	0.38
voltage (aspect of diode) → HasProperty → large	0.38
voltage (aspect of diode) → ReceivesAction → shown in fig	0.38
voltage (aspect of diode) → ReceivesAction → applied in reverse	0.38
voltage (aspect of diode) → ReceivesAction → obtained	0.38
voltage (aspect of diode) → ReceivesAction → stored in the capacitor	0.38
voltage (aspect of capacitor) → CapableOf → reach peak	0.37
voltage (aspect of capacitor) → ReceivesAction → stored in first capacitor	0.37
voltage (aspect of diode) → AtLocation → each polarity	0.36
voltage (aspect of diode) → CapableOf → vary with the current	0.36
voltage (aspect of diode) → CapableOf → drop across r4	0.36
voltage (aspect of diode) → CapableOf → bounce back test	0.36
voltage (aspect of diode) → ReceivesAction → received at the input	0.36
voltage (aspect of diode) → ReceivesAction → generated by the voltage generating circuit	0.36
voltage (aspect of capacitor) → CapableOf → go to 0v	0.36
voltage (aspect of capacitor) → CapableOf → exceed predetermined threshold	0.36
voltage (aspect of capacitor) → ReceivesAction → charged in the capacitor	0.36
voltage (aspect of capacitor) → ReceivesAction → divided by resistance	0.36
voltage (aspect of capacitor) → ReceivesAction → applied to plate	0.36
voltage (aspect of capacitor) → ReceivesAction → applied to internal circuit	0.36
voltage (aspect of capacitor) → ReceivesAction → moved in positive direction	0.36
circuit → HasA → voltage	0.35
diode → HasA → voltage	0.35
voltage (aspect of capacitor) → CapableOf → drop across the led string	0.34
voltage (aspect of capacitor) → CapableOf → drop below a threshold vth	0.34
voltage (aspect of capacitor) → HasProperty → identical	0.34
voltage (aspect of capacitor) → ReceivesAction → controlled	0.34
voltage (aspect of capacitor) → ReceivesAction → amplified by voltage amplifier	0.34
voltage (aspect of capacitor) → ReceivesAction → held by second capacitor	0.34
voltage (aspect of diode) → HasProperty → logical 1	0.34
voltage (aspect of diode) → ReceivesAction → generated by the battery	0.34
voltage (aspect of diode) → ReceivesAction → fed into negative terminal of the error	0.34
electric boiler (subgroup of boiler) → IsA → voltage	0.34
analog signal (subgroup of signal) → HasA → voltage	0.33
voltage (aspect of capacitor) → CapableOf → apply to liquid crystal layer	0.32
voltage (aspect of capacitor) → CapableOf → turn on transistor	0.32
voltage (aspect of capacitor) → CapableOf → change with time	0.32
voltage (aspect of capacitor) → CapableOf → remain within predefined interval	0.32
voltage (aspect of capacitor) → HasA → opposite polarities	0.32
voltage (aspect of capacitor) → HasProperty → logical 1	0.32
voltage (aspect of capacitor) → ReceivesAction → shown in figure	0.32
voltage (aspect of capacitor) → ReceivesAction → applied to vd	0.32
voltage (aspect of capacitor) → ReceivesAction → associated with higher temperatures	0.32
voltage (aspect of capacitor) → ReceivesAction → provided by battery	0.32
voltage (aspect of capacitor) → ReceivesAction → produced by the voltage divider	0.32
voltage (aspect of capacitor) → ReceivesAction → moved	0.32
voltage (aspect of capacitor) → ReceivesAction → fed into negative terminal of the error	0.32
voltage (aspect of diode) → CapableOf → apply to the anode of cr2	0.32
voltage (aspect of diode) → CapableOf → exceed predetermined threshold	0.32
voltage (aspect of diode) → HasProperty → correct	0.32
voltage (aspect of diode) → ReceivesAction → coupled to the control terminal	0.32
voltage (aspect of capacitor) → CapableOf → limit circuit	0.31
voltage (aspect of capacitor) → HasProperty → reset	0.31
voltage (aspect of capacitor) → ReceivesAction → coupled to the control terminal	0.31
voltage (aspect of capacitor) → ReceivesAction → associated with first current	0.31
voltage (aspect of capacitor) → ReceivesAction → induced in coil	0.29
voltage (aspect of diode) → CapableOf → rise to maximum	0.29
voltage (aspect of diode) → CapableOf → drop at two spots	0.29
voltage (aspect of diode) → CapableOf → serve as a scaling signal	0.29
voltage (aspect of diode) → CapableOf → drop across the led string	0.29
voltage (aspect of diode) → ReceivesAction → produced across the resistor	0.29
voltage (aspect of diode) → ReceivesAction → limited	0.29
voltage (aspect of diode) → ReceivesAction → derived	0.29
voltage (aspect of diode) → ReceivesAction → amplified by voltage amplifier	0.29
voltage (aspect of diode) → ReceivesAction → reduced by a voltage detecting unit	0.29
voltage (aspect of capacitor) → AtLocation → a voltage level	0.28
voltage (aspect of capacitor) → CapableOf → correspond to the amount of charges	0.28
voltage (aspect of capacitor) → CapableOf → apply to the transformer	0.28
voltage (aspect of capacitor) → CapableOf → drop across r1	0.28
voltage (aspect of capacitor) → HasA → value	0.28
voltage (aspect of capacitor) → HasA → same frequency	0.28
voltage (aspect of capacitor) → HasProperty → significant	0.28
voltage (aspect of capacitor) → HasProperty → insufficient	0.28
voltage (aspect of capacitor) → ReceivesAction → limited	0.28
voltage (aspect of capacitor) → ReceivesAction → imposed on select line	0.28
voltage (aspect of capacitor) → ReceivesAction → provided by temperature sensitive element	0.28
voltage (aspect of capacitor) → ReceivesAction → converted into digital voltage value	0.28
voltage (aspect of capacitor) → ReceivesAction → applied to the data lines	0.28
voltage (aspect of capacitor) → ReceivesAction → reduced by a voltage detecting unit	0.28
voltage (aspect of capacitor) → CapableOf → correspond to current	0.28
voltage (aspect of diode) → ReceivesAction → applied to the diode	0.27
voltage (aspect of diode) → AtLocation → their maxima	0.25
voltage (aspect of diode) → AtLocation → correct direction	0.25
voltage (aspect of capacitor) → CapableOf → recharge the capacitor	0.25
voltage (aspect of capacitor) → CapableOf → follow the current	0.25
voltage (aspect of capacitor) → CapableOf → drop resistor	0.25
voltage (aspect of capacitor) → CapableOf → rise to +12 volts	0.25
voltage (aspect of capacitor) → CapableOf → apply to constant current source	0.25
voltage (aspect of capacitor) → CapableOf → drop across the feedback resistor	0.25
voltage (aspect of capacitor) → CapableOf → control the current	0.25
voltage (aspect of capacitor) → CapableOf → increase the current	0.25
voltage (aspect of capacitor) → CapableOf → build up on the capacitor	0.25
voltage (aspect of capacitor) → CapableOf → appear across the output terminals	0.25
voltage (aspect of capacitor) → CapableOf → reach 0.7 volts	0.25
voltage (aspect of capacitor) → CapableOf → apply to the regulator	0.25
voltage (aspect of capacitor) → CapableOf → apply to the sensing capacitor	0.25
voltage (aspect of capacitor) → CapableOf → drop below threshold	0.25
voltage (aspect of capacitor) → CapableOf → charge the battery	0.25
voltage (aspect of capacitor) → CapableOf → output second signal	0.25
voltage (aspect of capacitor) → CapableOf → correspond to the data signal	0.25
voltage (aspect of capacitor) → CapableOf → drop across current source	0.25
voltage (aspect of capacitor) → CapableOf → apply to the driver	0.25
voltage (aspect of diode) → CapableOf → apply to the cathode of cr1	0.25
voltage (aspect of diode) → CapableOf → apply to the base	0.25
voltage (aspect of diode) → CapableOf → drop across the feedback resistor	0.25
voltage (aspect of diode) → CapableOf → lag the current	0.25
voltage (aspect of diode) → CapableOf → drop below threshold	0.25
voltage (aspect of diode) → CapableOf → reach 0.7 volts	0.25
voltage (aspect of diode) → CapableOf → activate device	0.25
voltage (aspect of diode) → CapableOf → command vqr	0.25
voltage (aspect of diode) → CapableOf → remain independent of electrical current	0.25
voltage (aspect of diode) → CapableOf → flow through the coil	0.25
voltage (aspect of diode) → CapableOf → drop across transistor	0.25
voltage (aspect of diode) → CapableOf → apply to the control circuit	0.25
voltage (aspect of diode) → CapableOf → drop across current source	0.25
voltage (aspect of capacitor) → HasProperty → double	0.25
voltage (aspect of capacitor) → HasProperty → continuous	0.25
voltage (aspect of capacitor) → HasProperty → useful	0.25
voltage (aspect of capacitor) → HasProperty → normal	0.25
voltage (aspect of capacitor) → HasProperty → unchanging	0.25
voltage (aspect of capacitor) → HasProperty → safe	0.25
voltage (aspect of capacitor) → HasProperty → unbalanced	0.25
voltage (aspect of diode) → HasProperty → small	0.25
voltage (aspect of diode) → HasProperty → close	0.25
voltage (aspect of capacitor) → ReceivesAction → buffered	0.25
voltage (aspect of capacitor) → ReceivesAction → connected in series	0.25
voltage (aspect of capacitor) → ReceivesAction → applied to the solenoid coil	0.25
voltage (aspect of capacitor) → ReceivesAction → compared by comparator	0.25
voltage (aspect of capacitor) → ReceivesAction → applied across said resistive impedance	0.25
voltage (aspect of capacitor) → ReceivesAction → amplified by operational amplifier	0.25
voltage (aspect of capacitor) → ReceivesAction → fixed	0.25
voltage (aspect of capacitor) → ReceivesAction → associated with an hdmi port	0.25
voltage (aspect of capacitor) → ReceivesAction → measured by voltage measurer	0.25
voltage (aspect of capacitor) → ReceivesAction → produced at node	0.25
voltage (aspect of capacitor) → ReceivesAction → rectified	0.25
voltage (aspect of capacitor) → ReceivesAction → supplied to a transconductance amplifier	0.25
voltage (aspect of capacitor) → ReceivesAction → provided by unidirectional voltage source	0.25
voltage (aspect of capacitor) → ReceivesAction → conveyed through nmos transistor qn	0.25
voltage (aspect of capacitor) → ReceivesAction → supplied to led light source	0.25
voltage (aspect of capacitor) → ReceivesAction → measured with multimeter	0.25
voltage (aspect of capacitor) → ReceivesAction → measured with voltmeter	0.25
voltage (aspect of capacitor) → ReceivesAction → multiplied to provide 43	0.25
voltage (aspect of capacitor) → ReceivesAction → retrieved by the capacitor c	0.25
voltage (aspect of capacitor) → ReceivesAction → measured for each cell	0.25
voltage (aspect of capacitor) → ReceivesAction → appeared at the time of disconnection	0.25
voltage (aspect of capacitor) → ReceivesAction → stored in pixel	0.25
voltage (aspect of capacitor) → ReceivesAction → based on the set of control signals	0.25
voltage (aspect of diode) → ReceivesAction → applied across said resistive impedance	0.25
voltage (aspect of diode) → ReceivesAction → dissipated	0.25
voltage (aspect of diode) → ReceivesAction → rectified	0.25
voltage (aspect of diode) → ReceivesAction → taken out via diode	0.25
apparatus → RelatedTo → voltage	0.25
voltage (aspect of capacitor) → HasProperty → critical	0.22
voltage (aspect of diode) → HasProperty → critical	0.22
voltage (aspect of diode) → ReceivesAction → exceeded	0.20
voltage (aspect of capacitor) → CapableOf → drop across the capacitor	0.19
voltage (aspect of capacitor) → ReceivesAction → applied to electrode	0.18
voltage (aspect of capacitor) → HasProperty → dangerous	0.16
voltage (aspect of capacitor) → ReceivesAction → applied to the address	0.12