Assertion: diode | /r/HasProperty | forward-biased
Facets:
value: during the positive half cycle
type: TEMPORAL
value: in the first approximation method
type: MANNER
value: in positive shunt clipper
type: OTHER
value: under normal circumstances
type: TEMPORAL
value: usually
type: DEGREE
value: forward
type: MANNER
Source sentences:
text: When a diode allows current flow, it is forward-biased.
text: Actuality, when a diode is forward bias, then it performs as much current when the exterior circuitry commands, & changes its interior resistance so the voltage drop across it is constantly 0.7 V.
text: When the diode is unbiased, their charge carrier will diffuse.
text: When a diode is Zero Biased no external energy source is applied and a natural Potential Barrier is developed across a depletion layer which is approximately 0.5 to 0.7v for silicon diodes and approximately 0.3 of a volt for germanium diodes.
text: When the diode is zero-biased, the voltage potential across the diode is zero.
text: When the diode is forward biased similar to LED
text: We have also seen above that the diode is two terminal non-linear device whose I-V characteristic are polarity dependent as depending upon the polarity of the applied voltage, V D the diode is either Forward Biased, V D > 0 or Reverse Biased, V D < 0.
text: They are usually reverse-biased (non-conducting) under normal circumstances.
text: In the first approximation method, the diode is considered as a forward-biased diode and as a closed switch with zero voltage drop.
text: When the anode voltage is more positive than the cathode voltage, the diode is said to be forward-biased and it conducts readily with a relatively low-voltage drop.
text: There is a small drop of voltage across the diode when the diode is forward-biased and current is conducting.
text: When the polarity of the battery is such that current is allowed to flow through the diode, the diode is said to be forward-biased.
text: When voltage is applied across a diode in such a way that the diode allows current, the diode is said to be forward-biased.
text: A diode is best tested by measuring the voltage drop across the diode when it is forward-biased.
text: A diode is forward-biased when the positive (red) test lead is on the anode and the negative (black) test lead is on the cathode.
text: The resistance measurement is high when the diode is forward-biased because current from the multimeter flows through the diode, causing the high-resistance measurement required for testing.
text: This means diode is forward-biased.
text: This means diode is forward-biased.
text: When the diode is forward-biased, the resistance of the diode is so small.
text: If we connect a diode and resistor in series with a DC voltage source so that the diode is forward-biased, the voltage drop across the diode will remain fairly constant over a wide range of power supply voltages as in figure(a) below .
text: For that matter, at this low voltage the diode wouldn’t conduct even if it were forward-biased!
text: During the negative half cycle of the input, the diode is forward-biased and the negative half cycle appears across the output.
text: In positive shunt clipper, the diode is forward-biased during the positive half cycle so the output voltage is zero as diode acts as a closed switch.
text: During the negative half-cycle of the input, diode is forward-biased and behaves as a closed switch so the capacitor charges to a peak value of the input signal.
text: When the voltage at the anode is higher than the cathode voltage, the diode is said to be "forward-biased," since the electrical current is "moving forward.
text: When a diode is inserted into a circuit in a way that allows current to flow through the circuit, it is forward-biased, while when the diode blocks current from completing the circuit, it is reverse-biased.
text: When the diode is forward-biased, charges are injected into the active area of the junction, while electrons and holes recombine in the junction, creating spontaneous emission of photons.
text: When a diode is forward-biased so that electrons and holes are zipping back and forth across the junction, they're constantly combining and wiping one another out.
text: Title "Voltage-Current relationship for silicon diode"; Variable V; // Voltage across diode (forward bias)