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Basic electronics lab 1, Exercises of Basic Electronics

lab experiment

Typology: Exercises

2015/2016

Uploaded on 08/26/2016

jose_ian.magdaug
jose_ian.magdaug 🇵🇭

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EXPERIMENT # 1
TITLE: DIODE CLIPPERS AND CLAMPERS
Date of Submission: August 24, 2016
I. Objectives
a. To apply the theoretical concepts of diode clippers and clampers in actual applications
b. To implement such concepts with the aid of computer aided design software
c. To relate theoretical concepts in real world applications
II. Materials
List down all materials included in the simulation.
For example: If you use 2 diodes for the simulation, you must list it down at the table for materials
together with the description and quantity as it if is done with the use of tangible components.
III. LAB ACTIVITY
A. Design a biased diode limiter circuit with an input of 42.43V (peak voltage) and an output of 19.4V
(peak to peak). Supply missing values (V1, B1 and B2) for the circuit below. Draw the graph for the input
voltage and the output voltage.
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EXPERIMENT # 1

TITLE: DIODE CLIPPERS AND CLAMPERS

Date of Submission: August 24, 2016 I. Objectives a. To apply the theoretical concepts of diode clippers and clampers in actual applications b. To implement such concepts with the aid of computer aided design software c. To relate theoretical concepts in real world applications

II. Materials List down all materials included in the simulation. For example: If you use 2 diodes for the simulation, you must list it down at the table for materials together with the description and quantity as it if is done with the use of tangible components.

III. LAB ACTIVITY A. Design a biased diode limiter circuit with an input of 42.43V (peak voltage) and an output of 19.4V (peak to peak). Supply missing values (V1, B1 and B2) for the circuit below. Draw the graph for the input voltage and the output voltage.

QUESTION: What will happen to the output voltage if R2 is replaced with a short circuit? QUESTION: What will happen if the orientation of D1 and D2 is reversed? B. Determine the graph of each diode clampers below.

a.