Diffusion Capacitance is Present in
Question: Diffusion Capacitance is Present in: Answer: The correct option is (2)Diffusion Capacitance is present in the forward-biased p-n junction diode because the movement of
In a semiconductor diode, the cut-in voltage is the Voltage_____
Q. In a semiconductor diode, the cut-in voltage is the Voltage Answer: The correct option is (2)In a semiconductor diode, the cut-in voltage is the
Difference between Ideal and Practical Diode
Explore the key difference between ideal and practical diode, including forward voltage drop, reverse current, and breakdown voltage. This article provides a clear tabular comparison
Applications of PN Junction Diode
Explore the versatile applications of PN junction diode, from rectification, voltage regulation, and switching to light emission and solar energy conversion. Discover how these fundamental
Laser Diode – Definition, Characteristics, Types & Applications
A Laser diode can generate a concentrated beam of laser light with similar wavelengths. This property makes laser beams very bright and focused on a
Tunnel Diode: Definition, Characteristics & Applications
A tunnel diode, also known as an Esaki diode, is a type of semiconductor diode that exhibits “negative resistance” due to the quantum mechanical phenomenon
Diffusion Capacitance of PN Junction Diode
Question- Diffusion Capacitance of PN Junction diode_________ A. Increases linearly with forward bias voltage.B. Decreases linearly with forward bias voltage.C. Increases exponentially with forward bias
The cut-in voltage for the silicon diode is approximately
Question- The cut-in voltage for the silicon diode is approximatelyA. 0.2 VB. 0.5VC. 0.7 VD. 1.1 V Solution:The correct option is (C)The cut-in voltage for
Why does a diode only conduct in one direction?
Learn: Why does a diode only conduct in one direction? Explore the roles of p-type and n-type semiconductors, the depletion region, and how biasing affects
Reverse Breakdown Voltage of Diode
The reverse breakdown voltage of a diode is defined as the minimum voltage applied in the reverse direction across a diode that causes it to