Difference Between Diode and Rectifier
This article describes the difference between a diode and a rectifier. Learn their definitions, functions, types, and applications in electronic circuits. The terms “diode” and … Read more
Electronics
TV Antenna Installation: Professional vs. DIY
TV antenna on the red roof. television antenna on the roof with a blue sky. Brick pipe house and media transmitter, radio, television Are you … Read more
What does VCC mean in Electronics?
In electronics, the full form of VCC is “Voltage at the Common Collector.” It is a term commonly used to refer to the power supply … Read more
What is the difference between the Firing Angle and the Conduction angle of the SCR?
Discover the key differences between the firing angle and conduction angle of an SCR (Silicon Controlled Rectifier). Learn how these parameters influence the control and … Read more
Difference Between Silicon Diode and Germanium Diode
The key difference between silicon and germanium diodes is that silicon diodes have a higher threshold voltage (approximately 0.7 volts) and superior thermal stability, whereas … Read more
Difference between BJT and FET
The main difference between BJT and FET is that BJT is a current-controlled device, while FET is a voltage-controlled device. Before understanding the difference between … Read more
Energy Bands of Silicon
Silicon is a semiconductor material with a unique characteristic – it has a number of free electrons that is less than a conductor but more … Read more
What is the Forbidden Energy Gap of Silicon?
The forbidden energy gap or band gap of silicon is 1.12 eV at room temperature..Silicon (Si) is one of the most widely used semiconductor materials … Read more
What is the Forbidden Energy Gap of Germanium?
The forbidden energy gap or band gap of germanium is 0.72 eV at room temperature. In semiconductor physics, the Forbidden Energy Gap, commonly referred to … Read more
Diffusion Capacitance
Explore the concept of diffusion capacitance in diodes, a crucial factor affecting their performance in high-frequency applications. Learn how this capacitance forms due to charge … Read more