Mod3

INDUSTRIAL TRAINNING ISTITUTE

• BBBT : MODULE: NO :03

• BASIC ELECTRONICS

• DURATION: 08 WEEK

Prepaid By:N.G. vaghasiya

LIST OF LESSON

• 01, HAND TOOLS.

• 02, SAFETY AND PRECAUTION.

• 03, SOLDERING PROCCESS.

• 04, BASIC ELECTICITY.

• 05, METERS & CRO.

• 06, PASSIVE COMPONENT.

• 07, ACTIVE COMPONENT,DIODE.

• 08, TRANSISTORE

LIST OF LESSON

• 09, CE,CB,CC .

• 10, CASCADING OF AMPLIFIRE.

• 11 FEEDBACK,OSCILLATORE.

• 12, MULTIVIBRATORE.

• 13, SPECIFIC DEVICE.

• 14, DIGITAL ELECTRONICS.

• 15, IC ,OPAMP.,TIMER.

SAFETY AND PRECAUTION

• NESSECITY OF SAFETY & PRECAUTION

• ELECTRICAL SAFETY

• SAFETY AGAINST FIRE.

• CLASS OF FIRE.

• TYPS OF RIRE EXTINGUSER.

• SAFETY CHART.

CLASS OF FIRE

ARTIFICIAL RESPIRATION

SAFETY CHART

HAND TOOLS

• REQUIREMENT OF HAND TOOLS

• TYPS OF HAND TOOLS.

• USE OF HAND TOOLS.

• SPESIFICATION,

• SAFETY .

SOLDRING IRON

SCREW DRIVER

DISOLDERING PUMP,SOLDERING IRON

WIRE GAUGE

WIRE GAUGE

DIGONALCUTTER

COMBINATION PLLYER ,TWEEZER

DISOLDERING PUMP,SOLDERING IRON

SOLDERING PROCCESS

• NESSECITY OF SOLDERING

• TYPS OF SOLDERING

• TOOLS USED IN SOLDERING

• SOLDERING IRON

• TYPS OF TIP OF SOLDERING IRON

• METIRIAL USE IN SOLDERING

TYPES OF SOLDRING

DESOLDERING PROCCESS

SOLDERING PROCCESS

BASIC ELECTRISITY

• ATOM

• ELECTRON,PROTON ,NUTRON.

• FREE ELECTRON

• E.M.F. AND P.D.

• VOLT

• CURRENT

• AMPEARE

• RESISTENCE ,OHMS.

METERS

• ANALOG AND DIGITAL METERS

• TORQUE FOR ANALOG METER

• TYPS OF ANALOG METER

• TYPS OF DIGITAL METER

METER SPESIFICATION

ANALOG MULTY METER

OHMS METER

ANALOGMETER

Types of Meter

TORQUE

• DEFLACTING TORQUE

• CONTROLING TORQUE

• SPRING CONTROL

• GRAVITY CONTROL

• DEMPING TORQUE

• AD CURRENT DAMPING

• FRICTION DAMPING

C.R.O.

• BLOCK DIGRAM

• C.R.T.

• CONTROL PANEL

• USES

• FUNCTION GENERATORE

• CONTROL PANEL

• USE

CRO

PASSIVE COMPONENT

• DEFFINATION

• RESISTORE

• CAPASITOR

• INDUCTORE

RESISTORE

• DEFFINATION

• SYMBOL

• RESISTENCE,OHMS.

• TYPS OF RESISTORS.

• COLOUR CODE OF RESISTOR.

• TESTING.

• USES.

SYMBOL OF RESISTORE

TYPES OF FIXED RESISTORE

RESISTORE COLOUR CODE

TYPES OF VARIABLE RESISTORE

CAPACITOR

• DEFFINATION

• CAPACITENCE ,FERADE.

• MICRO,NENO AND PICOFERADE

• CAPASITIVE REACTENCE.

• TYPS OF CAPACITOR

• TESTING.

• USES OF CAPACITORE

CAPACITORE

CAPACITORE

CAPACITORE

FILTER

INDUCTORE

• DEFFINATION.

• SELF AND MUTUAL INDUCTION.

• INDUCTENCE,HENRY.

• INDUCTIVE REACTENCE.

• TYPS OF INDUCTORS.

• TESTING.

• USES.

TYPS OF IDUCTORES

TYPS OF IDUCTORES

TYPES OF TRANSFORMER

INDUCTUNCE DEPEND ON

DIODE

• ACTIVE COMPONENT.

• SEMICONDUCTORE.,INTRINSIC.

• EXTRINSIC SEMICONDUCTORE,P & N TYPE.

• IMPURITY,DONNER,ACCEPTERE.

• CHARGE CARIER,MINORITY&MAJORITY.

• PN JUNCTION-DIODE.

• DEPLATION LAYER,BARIER POTENTIEL.

• SYMBOL.

CHARECTARISTICS OF DIODE

• BIOS

• FORWORD BIOS .

• V TO I GRAF

• BARIER POTENCIEL.,KNEE VOLTAGE.

• MINORITY CURRENT,MAJORITY CURRENT.

• LOWRESISTENCE.

• REVERSBIOS,V-I GRAF,MINORITYCARIER.

• BRAKDOWNVOLTAGE,PIV

• TESTING OF DIODE.

TYPS OF DIODE

• LED.

• ZENER DIODE.

• VARECTORE DIODE

• PIN DIOD

• TUNNELDIODE

USE OF DIODE

• RECTIFIRE.

• HALF WAVE RECTIFIRE.

• FULLWAVE RECTIFIRE.

• BRIDGE RECTIFIRE.

• FILTER CIRCUITS,

O/P WAVEFORM OF FULLWAVE

BRIDGE RECTIFIRE

GLASS COTED DIODE

BIJUNCTION TRANSISTORE

• CONSTRUCTION.N.P.N.AND P.N.P.

• SYMOLE.EMITER,COLLECTORE.AND BASE.

• Vcb, Vbe, Vce, Ic.Ib AND Ie ,

• FORWORD AND REVERSE BIOS.

• INPUT AND OUTPUT CHERACTARISTICS.

• ACTIVE,CUTOFF AND SATURATION RIGION.

• GAIN ,Av ,Ai ,Ap.

• TEST.

TYPES OF TRANSISTORE

TYPES OF TRANSISTORE

WORKING OF TRANSISTORE

CHARECTERISTICS OF TRANSISTORE

• LED.

• ZENER DIODE.

• VARECTORE DIODE

• PIN DIOD

• TUNNELDIODE

TESTING OF TRANSISTORE

TYPES OF BIASING

TRANSISTORE CONFIGRATION

• COMMON BASE.

• COMMONE EMITORE.

• COMMON COLLECTORE.

• RELATIVE COMPARISION.

• USES

BIASING.

• DEFFINATION

• COLLECTORE TO BASE BIAS.

• EMITER BIAS.

• VOLTAGE DEVIDER BIAS.

CASCADING OF AMPLIFIER

• DEFFINATION

• NESSECITY OF CASCADING

• TYPS OF CASCADING.

• RC .COUPLLING.

• INDUCTORE COUPLLING.

• TRANSFORMER COUPLLING.

• DIRECT COUPLLING.

TRANSFORMER COUPLING

RC COUPLING

MULTISTAGE COUPLING

OSCILLATORES

• DEFFINATION.

• BARKHAUSEN CRIETERION.

• TYPS OF OSCILLATORE.

• COLLPIT OSCILLATORE.

• HARTLEY OSCILLATORE.

• RC PHASE SHIFT OSCILLATORE.

• CRISTEL OSCILLATORE.

• USES.

FEEDBACK

RC PHASE SHIFT OSCILLATER

CRYSTAL OSCILLATORE

HARTLEY OSCILLATORE

MULTIVIBRATORE

• RELAXASION OSCILLATORE

• TYPS OF MULTIVIBRATORE

• ASTABLE MULTIVIBRATORE

• MONOSTABLE MULTIVIBRATORE

• BISTABLE MULTIVIBRATORE

• USES

SPESIFIC DEVICES

• UJT.

• FET.

• MOSFET.

• SCR.

• DIAC.

• TRIAC.

UJT

• UNIJUNCTION TRANSISTORE.

• CONSTRUCTION,

• WORKING.& CHERACTARISTIC.

• SYMBOLE.

• USE.

FET

• FIELDEFECT TRANSISTORE

• CONSTRUCTION.N CHANEL & P CHANEL.

• WORKING.& CHERACTARISTICS.

• SYMBOLE.

• USE.

MOSFET

• MATEL OXIDE FIELDEFECT TRANSISTORE.

• CONSTRUCTION.DIPLETION & ENHANSMENT TYPE.

• WORKING.& CHERACTARISTICS.

• SYMBOLE.

• USE.

SCR

• SILICON CONTROL RECTIFIRE.

• CONSTRUCTION .

• WORKING & CHERACTARISTICS.

• SYMBOL.

• USE.

DIAC

• CONSTRUCTION.

• SYMBOL.


• USE.

TRIAC

• CONSTRUCTION

• SYMBOL.


• USE.

DIGITAL ELECTRONICS

• DIFFERENCE OF ANALOG&DIGITALSIGNALE

• BINERY NUMBER SYSTEM.

• DIGIT,BIT,BYTE,NIBELE,KB,MB,GB,

• DESIMAL TO BINERY CONVERSION.

• BINERY TO DESIMAL CONVERSION.

• USE.

DIGITAL ELECTRONICS

• BASIC LOGIC GATES.

• NOT GATE.

• AND GATE.

• OR GATE.

• NAND GATE.

• NOR GATE.

NOT GATE

• SYMBOLE. A Y

• LOGICAL EQUASTION : A=Y

• TRUTH TABLE .

INPUT=A OUTPUT=Y

HIGH (1) LOW (0)

LOW (0) HIGH(1)

AND GATE

• SYMBOLE ; A Y

• B

• LOGICAL EQUASTION: A*B=Y

• TRUTHT TABLE

INPUT A INPUT B OUTPUT Y

LOW(0) LOW(0) LOW(0)

HIGH(1) LOW(0) LOW(0)

LOW(0) HIGH(1) LOW(0)

HIGH(1) HIGH(1) HIGH(1)

NAND GATE

• SYMBOLE ; A Y

• B

• LOGICAL EQUASTION: A*B=Y

• TRUTHT TABLE


LOW(0) LOW(0) HIGH(1)

HIGH(1) LOW(0) HIGH(1)

LOW(0) HIGH(1) HIGH(1)

HIGH(1) HIGH(1) LOW(0)

OR GATE

• SYMBOLE ; A Y

• B

• LOGICAL EQUASTION: A+B=Y

• TRUTHT TABLE


LOW(0) LOW(0) LOW(0)

HIGH(1) LOW(0) HIGH(1)

LOW(0) HIGH(1) HIGH(1)

HIGH(1) HIGH(1) HIGH(1)

NOR GATE

• SYMBOLE ; A Y

• B

• LOGICAL EQUASTION: A+B=Y

• TRUTHT TABLE


LOW(0) LOW(0) HIGH(1)

HIGH(1) LOW(0) LOW(0)

LOW(0) HIGH(1) LOW(0)

HIGH(1) HIGH(1) LOW(0)

INTIGRATED CIRCUITE.

• DEFFINATION.

• TYPS OF IC.

• OPAMP,BLOCDIAGRAM,SYMBOL.

• COMMONMODE GAIN.

• DIFFERNCIEL MODE GAIN.

• CMRR.

• USE.

• TIMER IC 555.BLOCK DIAGRAM,USE.

IC.

• Many active and passive component combine in on silicon chip to perform one or more function is called intigrated circuit.

• Types of ic.

• According to number of components.

• SLI ;small scale integration.

• MSI;medium scale integration.

• LSI; large scale integration.

• VLSI; very large scale integration.

ACCORDING SHAPE

• SIL(single in line package.)

• DIP(dule in line package)

• FLP(flate pack ic.)

• Beam lid ic.

• Pin grid arrey ic.

transistore

TYPS OF IC

• LED.

• ZENER DIODE.

• VARECTORE DIODE

• PIN DIOD

• TUNNELDIODE

TYPS OF IC

DIFERNCIAL AMPLIFIER

OPERATIONEL AMPLIFIERE

• An amplifiere which performs arithmetic operations is called opamp.

DifferNtielAmpliFierf.

BufferAmpliFiere.

Driverstage output

Inverting i/p

Noninvertingi/p(+ve)

(-ve)

Block digram of opamp,.

OPERATIONEL AMPLIFIERE

• An amplifiere which performs arithmetic operations is called opamp.

output

Inverting i/p

Noninvertingi/p(+ve)

(-ve)

Symbol of opamp

+vcc

-vee

OPAMP

USE OF OPAMP

TIMER555

Education

Mod3