Clipper circuit

Short and Simple Power Point Slide about Clipper Circuit. There i cover
1. What are clipper circuits?
2. Types of clipper circuits.
3. Unbiased positive clipper.
4. Unbiased negative clipper.
5. Biased series positive clipper.
6. Biased series negative clipper.

Clippers Circuits are used to remove the part of a
signal that is above or below some defined reference level.

One of the simple example of a clipper is the half-wave
rectifier that circuit basically cut off everything at the
reference level of zero and let only the positive-going
(or negative-going) portion of the input waveform through.

Clipping circuits (also known as limiters, amplitude
selectors, orslicers)

1. Clipper Circuits Hossain Sahriar Kabir 1722015

2. Index 1. What are clipper circuits? 2. Types of clipper circuits. 3. Unbiased positive clipper. 4. Unbiased negative clipper. 5. Biased series positive clipper. 6. Biased series negative clipper.

3. What are clipper circuits? Clippers Circuits are used to remove the part of a signal that is above or below some defined reference level. One of the simple example of a clipper is the half-wave rectifier that circuit basically cut off everything at the reference level of zero and let only the positive-going (or negative-going) portion of the i nput waveform through. Clipping circuits (also known as limiters, amplitude selectors, orslicers)

4. Types of Clippers Circuits Clipper circuits Unbiased Clipper circuits B iased Clipper circuits Unbiased Positive Clipper Unbiased Negative Clipper B iased Positive Clipper B iased Negative Clipper

5. Unbiased Positive Clippers Positive clippers are used to clip positive portions of the input signal and allow the negative portions of the signal to pass through Figure below shows the input and output signal along with the positive clipper. The positive cycle is completely clipped off by the clipper.

6. Unbiased Negative Clippers Negative clippers are used to clip negative portions of the input signal and allow the positive portions of the signal to pass through Figure below shows the input and output signal along with the negative clipper. The negative cycle is completely clipped off by the clipper.

7. B iased S eries Positive Clipper As shown earlier, we saw that the clipping of the signal takes place as soon as the input signal goes positive. If we want to change/adjust the clipping level of AC voltage, then external biasing voltage must be used. The figure given below shows a biased (series) clipper.

8. Biased Series Negative Clipper As shown earlier, we saw that the clipping of the signal takes place as soon as the input signal goes negative . If we want to change/adjust the clipping level of AC voltage, then external biasing voltage must be used. The figure given below shows a biased (series) clipper.

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