You should always make sure to use an appropriate current limit when powering sensitive components. A regulated power supply converts unregulated AC to a constant DC. It is used to ensure that the output remains … Read more
ac power
Alternating current (AC) motors are among the most widely used electric motors in several industries today. As its name implies, an AC motor converts electrical energy into mechanical energy. These motors offer several advantages over direct … Read more
AC Power Motor Speed Control Circuit
In this tutorial, we will make an “AC Power Interruption Counter Circuit”. AC currents can be interrupted at a natural current zero, which is primarily determined by the circuit alone. And practically unaffected by the … Read more
AC Power Interruption Counter Circuit
Introduction SCR, Silicon Controlled Rectifier which is also popular as a thyristor is a solid-state current controlling component having four layers and three junctions. These junctions or terminals are known as anode, cathode, and gate. … Read more
AC Power Controls-SCR GEC22B
Alternating current power has so many uses in our daily lives. It is an AC power that enables our home equipment and appliances to work. Our home appliances like lights, fans, refrigerators, ACs, washing machines, … Read more
AC Power Controls-TRIAC BT136
Introduction This is a simple AC Power Interruption Counter Circuit for counting power supply interruptions. This circuit will notify you if there is a power outage or a mains disruption. . This circuit will allow us … Read more
AC Power Interruption Counter Circuit
In this tutorial, we are going to make a “Main Power Interruption Alarm”. A power supply interruption alarm is a circuit that prevents a fault in the event of a commercial power supply interruption or a power … Read more
Main Power Interruption Alarm
In this tutorial, we are making a project of mains power come back alarm. Mains power goes off for various reasons some times because of technical issues. But in some countries due to load shedding, … Read more