Negative shunt clipper

1- NEGATIVE SHUNT CLIPPER
2- Negative Shunt Clipper
-> The negative clipper has allowed to pass the positive half cycle of the input voltage and clipped the negative half cycle completely.
In such a circuit the diode acts as a closed switch for a negative input voltage (i.e. v < o) and as an open switch for a positive input voltage (i.e. v o) the output waveform of the circuit is the same as that of series negative clipper.
3- Negative shunt clipper with bias
-> In negative shunt biased circuit clipping take place during the negative half cycle only when the input voltage (v < v ).
The clipping level can be shifted up or down by varying the bias voltage (—v ). it will be interesting to know that if the polarity of the bias voltage is reversed.
Then the resulting circuits will be as shown in the entire signal below the voltage level vii has been clipped off in the diagram shown in next slide.
EXPERIMENT:- Aim :- to implement negative shunt clipper circuit using diode.
Apparatus required:- Function generator.
Cathode ray oscilloscope.
Bread board.
Hookup wires.
Diodes.
Resistors.
Circuit diagram(In ppt)
Simulated circuit(In ppt)
simulated graph(In ppt)
Observation table(In ppt)
conclusion:- In the negative half cycle of the signal voltage is applied at that time diode is in reverse biased condition.
So we can observe that diode acts as open switch and there is zero voltage appear across rl.

All images are in ppt related to all topics.
THANK YOU

1. GOVERNMENT GOVERNMENT
ENGINEERING COLLEGE, ENGINEERING COLLEGE,
GANDHINAGARGANDHINAGAR

2. ELECTRONIC
DEVICE AND
CIRCUITS

3. SUBMITTED TO-
SUBMITTED BY:-
TANISH GUPTA{150130117029}

4. NEGATIVE SHUNT
CLIPPER

5. NEGATIVE SHUNT CLIPPER
•The negative clipper has allowed to pass
the positive half cycle of the input voltage
and clipped the negative half cycle
completely.
•In such a circuit the diode acts as a closed
switch for a negative input voltage (i.e. v <
o) and as an open switch for a positive
input voltage (i.e. v o) the output
waveform of the circuit is the same as that
of series negative clipper.

6. NEGATIVE SHUNT CLIPPER
DIAGRAM

7. NEGATIVE SHUNT CLIPPER WITH
BIAS
•In negative shunt biased circuit clipping take place during the negative
half cycle only when the input voltage (v < v ).
•The clipping level can be shifted up or down by varying the bias voltage
(—v ). it will be interesting to know that if the polarity of the bias
voltage is reversed.
•Then the resulting circuits will be as shown in the entire signal below
the voltage level vii has been clipped off in the diagram shown in next
slide.

8. NEGATIVE SHUNT CLIPPER WITH
BIAS DIAGRAM

9. EXPERIMENT
AIM :- TO IMPLEMENT
NEGATIVE SHUNT
CLIPPER CIRCUIT USING
DIODE.

10. APPARATUS REQUIRED
i.FUNCTION GENERATOR.
ii.CATHODE RAY OSCILLOSCOPE.
iii.BREAD BOARD.
iv.HOOKUP WIRES.
v.DIODES.
vi.RESISTORS.

11. CIRCUIT DIAGRAM

12. SIMULATED CIRCUIT

13. SIMULATED GRAPH

14. OBSERVATION TABLE
CLIPPER
CYCLE IN
WHICH DIODE
CONDUCTS (+ve
/ -ve)
CLIPPING PART
OF O/P
WAVEFORM
(+ve / -ve)
NEGATIVE
PARALLEL- ve+ ve

15. CONCLUSION
IN THE NEGATIVE HALF CYCLE OF THE SIGNAL
VOLTAGE IS APPLIED AT THAT TIME DIODE IS
IN REVERSE BIASED CONDITION.
SO WE CAN OBSERVE THAT DIODE ACTS AS
OPEN SWITCH AND THERE IS ZERO VOLTAGE
APPEAR ACROSS R
L
.