Education
OpAmp as an invering Amplifier by the publisher of this blog....
https://m.youtube.com/watch?v=yoYPvqx1fVA
OpAmp as a comparator
https://m.youtube.com/watch?v=Sm9zfTqKDMw
For more videos you can open and subscribe to channel-Sadar Ulde
------------------------------------------------------
*
 |
| Truth Table Verification of Logic Gates using Trainer |
OpAmp as an invering Amplifier by the publisher of this blog....
https://m.youtube.com/watch?v=yoYPvqx1fVA
OpAmp as a comparator
https://m.youtube.com/watch?v=Sm9zfTqKDMw
For more videos you can open and subscribe to channel-Sadar Ulde
------------------------------------------------------
*
 |
| 3 input Adder circuit using OPAMP IC 741 |
 |
| Asable Multivibrator using IC 555 |
_*Benefits of Bifocal Electronics at Std XI ,XII.*_
* Increases Avg.%. Out of 200 Marks,100 for Practical.
* Exemption from 2 Subj. language-II & Biology or other Subject.
* Helpful for Std XII Physics, MH-CET, IIT, Degree & Dip Engg subjects.
* Eligible for B.E., B.Arch,B.Pharm,B.Sc (CS,IT)
* Direct admission to 2nd Yr of 3 yrs Diploma.
_____________-----________
*Advantages of Electronics over C.S at Std XI , XII level.*
* Electronics curriculum was almost same in past and will be same in future for many years.
>In CS there are continuously updates. What u learn today will be obsolete tomorrow or hardly be useful.
** Electronics subject
is more helpful than CS to score high marks in Physics, MH-CET, IIT Mains....
* Electronics is mainly hardware oriented. Also interesting. Hence you can construct your circuits, you can repair most of the electrical & electronics gadgets in your home with minor problems. Once expertize you can repair appliances with major faults.
> CS is mainly Software oriented.Hence it helps in developing softwares.
* Electronics students can also enter in to IT field.
---------------------------------------------
Specifications of Electronic Components
Component Value/Number, Symbol Specification
IC 741 op-Amp DIL 8 pin linear IC
(with socket) Supply voltage ± 15V
I/P offset volt = 2mV
I/P offset current = 20nA
I/P Bias current = 80nA
I/P Impedance = 2 M?
O/P Impedance = 75 ?
O/P volt-swing =±13V for
RL > 2 k?
Power consumption =50mW
Supply current = 1.7mA
Slew rate=0.5V/µs,
CMRR= 90dB
Unity gain frequency= 1MHz
OUTPUT temperature=300ºC
IC 555 Timer DIL 8 pin timer IC
(With socket) Supply volt =4.5 to 18V
Power dissipation=600mW
Max.load curerent=200mA
Timing range =?s to hours
NE temp range=0º to 70ºC
SE temp range= -55º to 125ºC
Temp coefficient=25 parts/million/ºC
Applcn:Compatible IC used in analog & digital circuits
IC with heat sink 317 3 terminal adjustable positive
Volt regulator volt regulator IC.
With short circuit O/P volt range=1.25V to 37V
Protected output. Max. load current= 1.5A
Vref=1.25V, load regln= 0.1%
Line regulation 0.01%/V
(guaranteed 100mA O/P current)
Ripple reflection= 80dB
Power dissipation=15W
I/P offset current: 2-200 nA
Tolerance: ± 2%
Component Value/Number, Symbol Specification
IC with socke 74 XX series
Bipolar semiconductor DIL plastic pac
Family 7400, 02, 04, 08, 14 pin digital IC
32,86 quad-2 I/P xyz gate
(Except 7404- Single i/p
Hex inverter)
TTL logic gate
SUPPLY Volt 4.75 to
5.25V
Worst case ratings: Typ supply current=8mA
VIL=0.8V, VIH=2V Temperature range
VOL=0.4V, VOH= 2.4V min=0ºC typ=25ºC max=75ºC
IIL=1.6mA, IIH=40µA Power dissipation=80mW
IOL=16mA, IOH=400µA Low I/P range= 0 to 0.8V
Low O/P range=0 to 0.4V
High I/P range=2 to 5V
High O/P range= 2.4 to 5V
Temperatures ranges
(1) For consumer and industrial
application= 0 to 70ºC
(2) For military purposes=-55 to 125ºC
7421= Dual 4 input AND Fan out= 10
7411= Triple 3 input AND Typ. propagation delay=9ns
IC 7447/7448 BCD to 7 segment decoder/driver
with socket for common anode type display.
DIL pack 16 pin digital IC
Vcc= +5.0V ±5% commercial grade
Supply volt= 4.75V to 5.25V
Temperature range=70ºC (commercial
or consumer grade)
Power dissipation=80mW
Active low, open collector outputs.
7 seg. Display FND Common anode type 7 LED display
Or FND 560 with decimal point.
Or MAN 72 10 pin DIL package
Supply voltage=5.0V
Gallium arsenide phosphide made
Component Value/Number Specification
7490 14 pin plastic DIL
With socket BCD to decade counter 4 JK-M-S Flip flop
4 bit ripple type. Typ. f max= 30MHz
Typ supply current=30mA
Vcc=5V±5% ,Temp= 0 to 70ºC
7483 Plastic DIL pack 16 pin
2-Nibbles adder
Supply volt=+5V±5%
Supply current= 65mA
Temperature range=0 to 70ºC
(commercial)
Typ. Add times for two 8 bit words= 23 ns.
Transistor 2N3055 NPN silicon power transistor
Imax= 15A
Pdmax=115W
Uses-series & shunt regulators
HF amplifier, power switching ckts
Solenoid drivers
LED 5mm Red color Forward volt= 1.6V
Or Imax = 35mA
TIL/221/222/312 Pmax =100mW
Forward voltages:
Red = 1.6V Temperature=25ºC
Green = 2.2V Life= 20 years
Yellow = 2.1V PIV= 5V
Orange = 2.0V Made:
LDR H 30 At ?O? Lux=G.T 5M?
At 100 lux =G.T 2k?
Dark resist=330K
Use: photography, burglar alarm? Light resist = 1.6K
Transistor BC 148/147/548 Silicon NPN transistor
Plastic-TO 106 Imax=0.1A
Use- driver stage, PDmax=0.35W
Signal processor, ?=125-
L.P, L speed switching audio frequency amplif
SL 100 Silicon NPN transistor
Icmax=0.1A
Metal To-5 PDmax= 4W
? = 40--250
Use L.F power output
stages
Diode 1N4007 Silicon made Mains rectifier
Plastic encapsulation diode
Absolute max rating @
25ºC=1000V
Forw.volt@ If 1A< 1V.
Diode BY126 PIV=650V,Imax=1amp
Silicon made Rectifier
Zener diode Vz=5.1V, 1W Voltage stabilizer diode
Imax=400mA
Used in reverse bias
Resistor 330? /any other ½ or ¼ watt carbon composition
500 5 W wire wound resistor
Tolerance=±5%
Potentiometer 10K/22K Linear, carbon track
1k?, 10K Linear , wire wound , 2 Watt
Relay 6V / 9V SPDT
Coil resistance = 100? or 50
Current=150mA
Type - electromagnetic
Component Value/Number Specification
D.C current meter/Ammeter 0-300mA for zener ,
photorelay
0-2A for IC 317
Capacitor 100µf for filter 12V/25V or 100V electrolytic
Aluminium polar
Type: disc, tabular, Ceramic disc non-electrolytic
Button Volt rating= 300V
Use: coupling
Transformer 1) 230/40V Mains transformer
Secondary-2 term Current rating=1.5A
2)230/6V Current rating= 500mA
Centre tap
[6-0-6]
74153 74153 Dual 4 il line multiplexer
I C Dil, 16 pin digital IC
Typ propagation delay 18ns
Typ supply current 36mA
Vcc=5V±5% commercial range
Max.Vcc=7V, max. Temp=0 to 70ºC
Features: Non inverting output,
Common select inputs
Max Vin= -0.5 to +5.5V
Max Iin= -30 to +5mA
Max Vout= -0.5 to +Vcc
74139 Dual 1:4 line Demux/Decoder
DIL, 16 pin Digital IC
IC 7483 DIL 16 pin Digital IC
Supply volt=4.75 to 5.25V
Temperature 0-70ºC
Typ add times (two 8 bit-
Words)= 23ns
Typ supply current=66mA
------------
------------------------------------------------------------------------------------------------
IGNORE the following Topics from P A P E R 1:
IMPORTANT TOPICS from paper 1
Block Diagram of:--- CRO,DMM, OPAMP, SMPS, FIBREOPTICS,TRANSPONDER,RADAR
DIAGRAM OF:----- CRT,LVDT [note secondary winding has 2 coils through which Current flowing in opp. direction], TRANSISTORISED VOLTAGE REGULATOR
1.Uses of CRO, SWEEP GENERATOR, FUNCTIONS OF 6 FRONT PANEL CONTROLS
2. POWER SUPPLY: ZENER REGULATOR, TRANSISTOR REGULATOR, COMPARISON OF 3 RECTIFIERS, SMPS, ANY ONE FILTER [LC FILTER], 3 TERMINAL VARIABLE IC REGULATOR, LINE REGULATION, LOAD REGULATION, RIPPLE REJECTION
4.Complete OPAMP chapter . Give more emphasis to: SUBTRACTOR, VOLTAGE FOLLOWER, DIFFERENTIATORS, Non inv. Amplifier
5.Modern COMMUNICATION: COMPARE AM WITH FM, DERIVATION OF AM, OPTICAL FIBRE-BLOCK DIAG AND USES, TRANSPONDER, APPLICATION OF SATTELITE, LAN WAN MAN, MODEM, RADAR, CELLULAR RADIO
PAPER 2 :-
3FIGURE OF MERIT,PROPAGATION DELAY,NOISE MARGIN,FANOUT,
3FIGURE OF MERIT,PROPAGATION DELAY,NOISE MARGIN,FANOUT,
4MUX, DEMUX, ENCODER, DECODER :All TYPES: INCLUDING CONSTRUCTION OF MUX , DEMUX USING OTHER MUX AND DEMUX( e.g. 8:1 MUX using Two-4:1 MUX) PROBLEMS ON MUX AND DEMUX
5JK FF, CLOCKED SR FF, D FF , EXPLAIN PRESET AND CLEAR TERMINALS OF FF, EXPLAIN LEFT SHIFT,RIGHT SHIFT REGISTER,EXPLAIN RACE AND TOGGLE CONDITION
6NECESSITY OF A/D AND D/A CONVERTER, COUNTER TYPE ADC, LADDER TYPE DAC, SUCCESSIVE APPROXIMATION TYPE ADC
7BLOCK DIAG. OF COMPUTER[Ref. Naik], NOTES ON M
7BLOCK DIAG. OF COMPUTER[Ref. Naik], NOTES ON M
------------------------------------------------------------------------------------------------
No comments:
Post a Comment