LAB MANUAL
Electronic Circuit Design (EEC 752)
B.Tech VIIth e!ester "#E"A#ED B$
"%&%n ingh
De'%rt!ent o Electronics ) Co!!unic%tion Engineering
$LLABU
EEC 752 Electronic Circuit Design In this practical course students will carry out a design oriented project work using various analog/ digital building blocks which they have already studied in their analog electronic/ digital electronic courses such as Electronic circuits, integrated circuits and filter design. The project may include but not restricted to any of the following: . $. '. ). *. +. . 1.
!niversal op"amp based bi#uad !niversal %T& bi#uad &mplitude control or stabili(ation applied to any sinusoidal oscillators %p"amp/ %T& based function generator &ny application of log/antilog circuits &ny applications of analog multiplier/ divider &ny digital system design and its hardware implementation using TT-/ %0 Is &ny circuit idea 2not studied in the course3 using *** Timer in conjunction with any other Is
The above include . $. '. ). *.
must
4esign the circuit. ake hardware and measure various parameters. 0imulation in 0pice of the designed circuit. omparison of measured and simulated results. & report is to be made for evaluation.
*#E +#,U" ,- INTITUTI,N+#EATE# N,IDA
Department of Electronics & Communication Engineering ELECT#,NIC CI#CUIT DEI+N LAB
(EEC/ 752)
Experiment No. 1 ,B*ECT0 To study of !niversal op"amp based bi#uad T1E,#$0
%T& may also be described as being a voltage to current converter or voltage controlled current source 25I03. & conventional %p"&6 can be used as a transmission conductance amplifier for this purpose monolithic I is specially designed. 0uch devices are called %T&s
CI#CUIT DIA+#AM0
"#,CEDU#E0
. onnect the circuit as shown in fig and set power supply to 7 * volts $. 0et the signal generator at sine wave to 89( '. onnect oscilloscope to the output of op"amp
). easure and record the peak to peak output signal voltage 5o and input signal 5in to amplifier and record the phase of input with the phase of output. #EULT0
The %T& was studied in inverting configuration and it different parameters were observed on oscilloscope. "#ICAUTI,N0
*#E +#,U" ,- INTITUTI,N+#EATE# N,IDA
Department of Electronics & Communication Engineering ELECT#,NIC CI#CUIT DEI+N LAB
(EEC/ 752)
Experiment No. 2 ,B*ECT0 To study of a !niversal %T& bi#uad. A""A#ATU0
i3 %T& kit ii3 - '1 iii3 ;esistors2)k,k3 hm iv3 apacitors2u<3 v3
CI#CUIT DIA+#AM0
The proposed circuit of voltage
mode
universal bi#uadratic
filter.
-,#MULA0
,BE#VATI,N0
CALCULATI,N0
#EULT0 "#ICAUTI,N0
*#E +#,U" ,- INTITUTI,N+#EATE# N,IDA
Department of Electronics & Communication Engineering ELECT#,NIC CI#CUIT DEI+N LAB
(EEC/ 752)
Experiment No. 3 ,B*ECT0 To study an &mplitude control or stabili(ation applied to any sinusoidal oscillators A""A#ATU0
i3 %T& kit ii3 - '1 iii3 ;esistors2)k,k3 hm iv3 apacitors2u<3 v3
CI#CUIT DIA+#AM0
Wein-Bridge Circuit Schematic
-,#MULA0
,BE#VATI,N0 0ketch the fre#uency domain representation for o/p signal and determine the modulating inde=. CALCULATI,N0
#EULT0 "#ICAUTI,N0
*#E +#,U" ,- INTITUTI,N+#EATE# N,IDA
Department of Electronics & Communication Engineering ELECT#,NIC CI#CUIT DEI+N LAB
(EEC/ 752)
Experiment No. 4
,B*ECT0 !sing %p &mp ircuits to 4esign and >uild a
i3
CI#CUIT DIA+#AM0
-,#MULA0 "r%ctic%l 2esign techni3ues (or ,scill%tor circuit
.3 ;amp &mplitude @5
T9
A5
; / ; 0&T $ '
$.3 f = / T T A $; lnB25 7 5 3 / 25 " 5 3C 0&T T9 0&T T9 '.3 ; A T / $ / lnB25 75 3 / 25 " 5 3C 0&T T9 0&T T9 "r%ctic%l 2esign techni3ues (or Integr%tor circuit
).3 ; A 5o27ma=3 / 1D& ) *.3
$
A i / 2$5 f 3 I 0&T -
+.3 ; A / 2$E f 3 * $ .3 ; A / B2/; 3 7 2/; 3C + ) * "r%ctic%l 2esign techni3ues (or Di((erenti%tor circuit
1.3 ; A $*5o27ma=3 / I 1 0 F.3
'
A 5o27ma=3Gt / 2; G5 3 1 I
3. R,
=
R1 C ' f UG
π
.3
*
C )
$3
A =
' C '
R1 f UG 1π
,BE#VATI,N0 # and # establish the amplitude of the ramp voltage for the oscillator 2 4 # and C determine the fre#uency of oscillation # establishes the basic range of operation for the integrator circuit 6 C is used in integration of the triangle wave 2 # acts as an active filter 5
# is the parallel combination of ; and ; ) * # and C act as an active filter 7 6 # establishes the basic range of operation for the differentiator circuit 8 # maintains e#ual 4 resistances in both of the op amp input terminals 9 C reduces the gain at high"noise fre#uencies and yet minimi(e the effect 6
on normal circuit fre#uencies C ensures that ; will be effectively bypassed for all usable circuit fre#uencies F 5 C is used in differentiation of the triangle wave 4
CALCULATI,N0
#EULT0 "#ICAUTI,N0
*#E +#,U" ,- INTITUTI,N+#EATE# N,IDA
Department of Electronics & Communication Engineering ELECT#,NIC CI#CUIT DEI+N LAB
Experiment No. 5 ,B*ECT0 To study any application of log/antilog circuits A""A#ATU0
i3 %T& kit ii3 - '1 iii3 ;esistors2)k,k3 hm iv3 apacitors2u<3 v3
CI#CUIT DIA+#AM0
Fast Log Generator
(EEC/ 752)
Anti-Log Generator
-,#MULA0
,BE#VATI,N0
CALCULATI,N0
#EULT0 "#ICAUTI,N0
*#E +#,U" ,- INTITUTI,N+#EATE# N,IDA
Department of Electronics & Communication Engineering ELECT#,NIC CI#CUIT DEI+N LAB
Experiment No. 6 ,B*ECT0 &ny applications of analog multiplier/ divider A""A#ATU0
i3 %T& kit ii3 - '1 iii3 ;esistors2)k,k3 hm iv3 apacitors2u<3 v3
CI#CUIT DIA+#AM0
ultiplier/4ivider -,#MULA0 ,BE#VATI,N0
(EEC/ 752)
CALCULATI,N0
#EULT0 "#ICAUTI,N0
*#E +#,U" ,- INTITUTI,N+#EATE# N,IDA
Department of Electronics & Communication Engineering ELECT#,NIC CI#CUIT DEI+N LAB
(EEC/ 752)
Experiment No. 7 ,B*ECT0 &ny digital system design and its hardware implementation using TT-/ %0 Is A""A#ATU0
i3 %T& kit ii3 - '1 iii3 ;esistors2)k,k3 hm iv3 apacitors2u<3 v3
CI#CUIT DIA+#AM0
-,#MULA0
,BE#VATI,N0 CALCULATI,N0
#EULT0 "#ICAUTI,N0
*#E +#,U" ,- INTITUTI,N+#EATE# N,IDA
Department of Electronics & Communication Engineering ELECT#,NIC CI#CUIT DEI+N LAB
(EEC/ 752)
Experiment No. 8 ,B*ECT0 &ny circuit idea 2not studied in the course 3 using *** Timer in conjunction with any other Is A""A#ATU0
i3 %T& kit ii3 - '1 iii3 ;esistors2)k,k3 hm iv3 apacitors2u<3 v3
CI#CUIT DIA+#AM0
-,#MULA0
,BE#VATI,N0
CALCULATI,N0
#EULT0 "#ICAUTI,N0
