What You Need to Know About Inverter Circuit .pdf
Original filename: What You Need to Know About Inverter Circuit.pdf
This PDF 1.3 document has been generated by http://www.convertapi.com, and has been sent on pdf-archive.com on 23/08/2016 at 13:07, from IP address 122.163.x.x.
The current document download page has been viewed 266 times.
File size: 311 KB (3 pages).
Privacy: public file
Download original PDF file
What You Need to Know About Inverter
H-57, Udyog Nagar,
PIN CODE: 110041
The inverter circuit plays the same role of an inverter, i.e. transforming DC (Direct current) into
AC (Alternating current). By using suitable transformers, switching and control circuits, this
transformed Alternating current has a potential to be at any required frequency and voltage.
You need to use an inverter when you want to deliver AC from the sources of DC such as solar
panels, generators or batteries. Solid-state inverters are the most common inverters which
have different applications. Well, its application differs from minor switching power deliverers
basically in computers to big electric consumption accessories that can carry huge current.
An inverter performs in multiple ways to the function of a rectifier, which transforms an AC
(Alternating Current) to DC (Direct Current). Power inverters are strong electronic oscillators.
They get their name because of the capacity of inverting mechanical power from DC to AC,
thereby the name inverter.
Different types of inverters are there. Among others, these include standalone, solar, grid line,
resonant, pure sine wave, multilevel, modified sine wave and square wave inverters. These
inverter types differ in accordance with how they are grown so advantages vary and you must
check with a reputed inverter manufacturer on cost, power ratings, effectiveness and efficiency
among other factors.
In inverter development, the square wave inverter is the innovation. We utilize inverters in
different home applications like usual cases of stepping down a transformer, air conditioning,
drives for electric vehicles, adjustable frequency drives, HVDC power conduction, and induction
of heat, continuous power supply, and consumption of DC power sources.
Inverters come with 3 major circuit descriptions. There are advanced designs, power output
waveforms, basic designs and 3 phase inverters also. We utilize 3 phase inverters in applications
and HVDC power conduction with differing frequency drive because of their high power
Nowadays the number of standard and controlled rectifier inverters has allowed its suitability.
This brilliant device has developed in its utilization in different houses because of its ease.
It is essential to get recommendations from reputed inverter manufacturers, so check Microtek
blogs regularly for different types of power products tips and tools. We are always available to
answer your queries.