Voltage Drop: Definition, Formula, and Examples
Voltage drop is the amount of voltage reduction that occurs in all components of the circuit caused by impedance when current flows through it. Therefore,
Voltage Divider- Circuit, Equation, Applications, Solved Problem
A voltage divider circuit is formed using two resistors connected in the series, and the circuit outputs a portion of its input across resistors. Voltage
4 Most Common Types of Temperature Sensors
The 4 Most Common Types of Temperature Sensors are NTC thermistors, RTDs, Thermocouples, and semiconductor-based sensors. These sensors for temperature are used for monitoring and
Number System in Digital Electronics
The number system in digital electronics is the fundamental concept whose knowledge is a prerequisite for learning the other concepts. As we know, digital electronics
Binary Counter in Digital Electronics
A binary counter is a digital electronic device that counts, stores, and displays the number of times a specific event has occurred. It is a
Tunnel Diode- Symbol, Working, Characteristics, and Applications
A tunnel diode is a high-performance electronic component. It is used in high-speed electronic circuits. A tunnel diode is a semiconductor device composed of two
Floating Neutral- Effect and How to Test & Fix it
A floating neutral condition happens when the neutral is not properly connected to the ground. The floating neutral can cause a risk of fire and electric
SR Flip Flop- Truth Table and Characteristic Equation
The SR Flip-Flop has two inputs( S &R) and two outputs( Q & Q’). It is also called a gated or clocked SR latch. It temporarily stores
Difference between Combinational and Sequential Circuit
In digital electronics, logic circuits are classified into two categories namely, combinational logic circuits and sequential logic circuits. The main difference between combination and sequential
D Flip Flop in Digital Electronics
The D flip flop is the most important flip flop in digital electronics. The both inputs of the flip flop. S & R, can never