In an electrical system, the maximum amount of power is required to be transmitted to the load side. For example, in an audio amplifier system, the maximum amount of power is transmitted from the amplifier to the speaker. In the same way, the maximum amount of power is transmitted from the power amplifier to the antenna in the case of a Radio system. So, to transmit the maximum amount of power to the load side the load resistance should be of ideal value. … [Read more...]
Overvoltage and Under Voltage Protection System
If any unexpected fluctuation in the power supply may cause many problems in the industries, homes, offices. Voltage fluctuations in the electric power supply have a very poor effect on connected load. These fluctuations of over voltage and under voltage protection system are produced by many reasons which are like voltage surges, limiting, overload and etc. General applications of these systems are used in agriculture motors, water pumps and etc. In this … [Read more...]
Basics of 555 Timer IC and Working Principle
In the year 1971 by Hans R. Camenzind has designed the 555 timer integrated circuit with the contract of Signetics. Later on it came to Dutch company which is Philips semiconductors. The manufacturing of 555 timer IC includes the transistors, diodes, and resistors on the silicon chip which are on the 8 – pin mini dual in line packages. There are different types of timers available like 556 which include the 14 pin dual in line package are gathering the … [Read more...]
Steps to Convert AC to DC – Converter & Circuit
Electrical power supply became as a basic need in our day-to-day life, the power we are availing is 230V 50Hz AC supply. But, by using power electronics converter circuits this power can be converted into the required form and range. These converters are power electronics circuits which are further classified as step-down & step-up converters, voltage stabilizer circuit, AC to DC, DC to DC, DC to AC converter circuits and so on. Most of the … [Read more...]