Sunday 15 July 2012

Introduction to Inverter

Inverter:
My Friends Today I am going to say you something about an Inverter. Inverter is an electronics device which can convert the power of DC batteries to AC and it can help us to feed an AC load by DC batteries. Today I am here to explain you about different kind of inverters or you can says that the different designs of Inverters. Here the different type means that the inverter may produces pure sine wave or it may produce modified sine wave.

Pure Sine Wave:
Pure sine wave is the wave which is obtained directly without passing any process of modification and can be use directly to feed any AC load. The wave form can be seen in the figure 1 given below.
Figure 1
 Modified Sine Wave:
Modified sine wave is the wave which can not be obtained directly without passing any process of modification and can not be use directly to feed any AC load. The wave form can be seen in the figure 2 given below which shows that how a modified sine wave be obtained by modifying the square wave of the Inverter.

Figure 2


 Difference Between Pure And Modified Sine Wave Inverter
The basic difference between the above two inverter is that the pure Sine wave inverters are more efficient then the Modified sine wave but the modified sine wave inverters are cheapest in the cost and they occupy small space in comparison to the pure sine wave inverter. 

"Reference for difference : http://www.alphaenergy.com.au/http-www-alphaenergy-com-au-s-nl-sc-5-category-105-it-C-f/What-is-the-difference-between-a-Pure-Sinewave-and-a-Modified-or-Square-Sinewave"

Note: "Designs and Procedures of the Inverter will be given in the next update."

8 comments:

  1. Please leave your comment that how much this post helps you to Understand about the Inverter

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  2. you have written"modified sine wave inverter may cause fluctuations between the feeding of capacitive AC load."what about inductive load ?

    one more thing i have to ask is that we have studied that an inductor ( coil ) passes only DC but i have seen some coils passing AC. please explain it to me as i m little confuse
    thanx

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  3. There is no fluctuation effect in the inductive load

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  4. Coil can pass DC current but only in the coil where the supply is directly connected but the DC current fail to pass from the coil where we suppose to pass the current by the process of Induction

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  5. your answer is not clear buddy please elaborate...

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  6. Leave your email ID here I will send you the complete description and a copy of Book for clear and better understanding

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  7. Mr.Danyal you will better understand the difference from the above link

    Thanks for your compliments :)

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