Difference between N-Type & P-Type Semiconductor
The major difference between N-type & P-type semiconductors is that the N-type semiconductor has free electrons as a majority of charge carriers & holes are … Read more
The major difference between N-type & P-type semiconductors is that the N-type semiconductor has free electrons as a majority of charge carriers & holes are … Read more
In this article, we will learn about the definition, construction, working, and applications of the silicon-controlled rectifier (SCR). Introduction to SCR Silicon Control Rectifier, also … Read more
In this article, we shall discuss about unijunction transistor (UJT), its definition, construction, circuit symbol, working, and applications. What is UJT? UJT stands for Unijunction … Read more
In this article, we shall learn about bipolar junction transistor (BJT), their definition, construction, types, and applications. What is a Bipolar Junction Transistor? A bipolar … Read more
In this article, we shall discuss the difference between Drift Current and Diffusion Current. The concept of both the drift current and the diffusion current … Read more
In this article, we will discuss the power MOSFET structure and its characteristics. The MOSFET is an important power electronics device developed by combining MOS … Read more
The ideality factor of a diode shows how closely the diode follows the ideal diode equation. Practically, no diode follows the ideal diode equation. However, … Read more
What is Peak Load Current? Peak Load Current of Backward Diode is the maximum current that flows through it. By construction, the backward diode is … Read more
Silicon is preferred over Germanium because silicon can work at a higher temperature in comparison to germanium. Other than this, there are many many advantages … Read more
In this post, we will discuss the concept of cut-in voltage. The forward voltage at which the diode starts conducting is called the cut-in voltage … Read more