Inductor Use : i) As a Choke in Tubelight Circuit
ii) In electronic filter circuits.
Transformer Use : i) To step up / down voltage in Generetion, transmission , & distribution system
ii) In Power Supply Units (Ac as well as DC)
iii) Instrumentation ( for Voltage , Current measurement purpose)
Radio frequency or voice frequency electronic transformers, coils, and chokes are classified in SIC 3677: Electronic Coils, Transformers, and Other Inductors.
1) In transformers 2) In LVDT 3) In oscillators 4) In filter circuits
Kenneth Alexander Macfadyen has written: 'A physics laboratory handbook for students' 'Small transformers and inductors' -- subject(s): Electric transformers, Electric circuits
Electromagnetic coils are commonly used in electromagnets, transformers, inductors, electric motors, and solenoid valves. These devices are essential components in a wide range of applications, including power generation, transportation, telecommunications, and industrial automation.
Inductors
There are a variety of types of inductors. These include coupled inductors, multi-layer inductors, ceramic core inductors, as well as molded inductors.
Resistors, capacitors, inductors, transformers, diodes, transistors, integrated circuits, power sources are the basic building blocks.
Copper is used for transformers, motors, mobile phones, and for contacts in computers. It's also used in frying pans and utensils.
Transistors, capacitors, transformers, potentiometers, integrated circuit boards, inductors and connectors in a metal housing with LED and LCD indicators on the front and connectors on the back.
Inductors are classified by its core type.
Inductance plays a crucial role in everyday life through its applications in electrical devices such as transformers, inductors, and motors. For instance, transformers use inductance to efficiently transfer electrical energy between circuits, which is vital for power distribution. Additionally, inductors are found in various electronic devices, helping to filter signals and manage energy storage in power supplies. Overall, inductance is key to the functionality of many technologies we rely on daily.
Weight is at a premium in aircraft. AC to DC power supplies running at 300 Hz instead of the more common 50 Hz or 60 Hz would require smaller filter capacitors, and thus less weight. The power generator, likewise, would require less mechanical speed step-down, reducing weight. Similarly, transformers and inductors, as well as selsyns, can be much smaller, again, reducing weight.