sequential (104) smoothing capacitor

 https://wodewangzhishime.blogspot.com/2023/12/blog-post_14.html 

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Ref: https://wodewangzhishime.blogspot.com/2023/12/blog-post_14.html .

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Me: There're 4 pictures above. . We mention the 1st picture. There is a full wave rectifier. . .When the smoothing capacitor discharge, the gap between the Up and Down cycle is filled. . Consequently, the wave-form of the direct current become smooth.

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John: OK.

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Me: Now, we look at the 2nd picture.

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Case 1. high frequency  <--- The curve is very smooth. . The discharge of the smoothing capacitor can easily fill the gap.

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Case 2. middle frequency <--- The curve isn't smooth. . The discharge of the smoothing capacitor can hardly fill the gap.

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Case 3. low frequency <--- The curve can't continue. . . The direct current is broken. . The discharge of the smoothing capacitor can't fill the gap.

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John: Now, we look at the 2nd picture.

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1) In direct current, if the frequency is high, the discharge of the smoothing capacitor can fill the gap easily, and, consequently, the output voltage is high.

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2) In direct current, if the frequency is low, the discharge of the smoothing capacitor  can hardly fill the gap, and, cosequently, output voltage is low.

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Me: Now, we look at the 4th picture.. The 4th picture is an alternate current. . Alternate current is different from direct current.

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In alternate current, the lower frequency of the primary coil, the lower the resistance, and, the higher voltage the secondary coil is inducted.

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John: That mean, direct current is different from alternate current. . In direct current, high frequency create a high voltage output. . However, in alternate current, high frequency create a low voltage output.

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For more details, we mention consult the following 2 articles.

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1) https://wodewangzhishime.blogspot.com/2021/10/httpswodewangzhishime_0.html 

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2) https://kamchihau.blogspot.com/2022/11/blog-post_9.html.