Assertion: diode's cathode | /r/HasProperty | negative
Facets:
value: with respect to its anode
type: OTHER
value: in other words
type: DEGREE
Source sentences:
text: The two terminals of an ideal diode are called the anode and cathode where anode is positive and cathode is negative.
text: In other words, its cathode is positive with respect to its anode.
text: Diodes have polarity, determined by an anode (positive lead) and cathode (negative lead).
text: The diode has an anode, which is the positive part, and a cathode, which is the negative part.
text: In a perfectly ideal diode, current flows in one direction only, from the anode (positive side) to the cathode (negative side) which is marked with the stripe.
text: This diode includes two terminals namely anode and cathode, where a p-type semiconductor is an anode (positive voltage) and N-type semiconductors are cathode (negative voltage).
text: This is a method in which the diode’s anode, its positive lead, is connected to the power supply’s ground, and the cathode, its negative lead, is connected to the positive side of the power supply.
text: A diode is so-called because it has two terminals: the anode, which is the positive terminal, and the cathode, which is the negative terminal.
text: Thus, the cathode is the negative side of the diode.
text: Diodes conduct electricity, and when the anode is positive while the cathode is negative, it is referred to as forward biased or conducting state.
text: In forward bias, where the anode is positive and the cathode is negative, the Zener diode works like a normal diode.
text: If the cathode is positive with respect to the anode, is at the same voltage as the anode, or is negative by an amount less than the forward breakover voltage, then the diode does not conduct current.