Basic Electronics Trainer
Digital / Analog Didactic Trainer
Device Characteristics Trainer Kit
(KMS-100)
- KMS-101 Characteristics of Semiconductor
Experiment:
Characteristics of Diodes, Zener, Germanium Diode, LED and DAIC - KMS-102 Characteristics Of Transistors
Experiment:
Characteristics of CB, CC, CE - KMS-103 Characteristics of FET, MOSFET, IGBT
Experiment:
Characteristics of FET, MOSFET & IGBT - KMS-104 Characteristics of UJT, PUT, OPTO
Experiment:
Characteristics of UJT, PUT & OPTO - KMS-105 Characteristics of SCR & TRIAC
Experiment:
Characteristics of SCR & TRIAC - KMS-106 Characteristics of LDR, Photodiode, Phototransistor
Experiment:
Characteristics of LDR, PHOTODIODE, PHOTOTRANSISTOR
View DataSheetNetwork Circuits & Theorems Kit
(KMS-200)
- KMS-201 Theorem’s And Laws Trainer-I
Experiment:
Ohm’s Law, Kirchhoff’s Law, Norton’s, Thevenin’s Theorem - KMS-202 Theorem’s And Laws Trainer-II
Experiment:
Millman’s, Super Position, Reciprocity, Maximum Power Transfer Theorem - KMS-203 Theorem’s And Laws Trainer-III
Experiment:
To study and verify z parameters (impedance)
To study and verify y parameters (admittance)
To study and observe charging and discharging of capacitors through resistance
- KMS-204 Series & Parallel Resonance
Experiment:
To study and measure ac voltage and current
To study the characteristics of r-l series circuit
To study the characteristics of r-c series circuit
To study characteristics of r-l-c series circuit
To study characteristics of r-l parallel circuit
To study characteristics of r-c parallel circuit
To study characteristics of r-l-c parallel circuit - KMS-205 AC Wave Shaping Circuits-I
Experiment:
To study the positive / negative / biased clipper circuit
To study the positive / negative / biased clamper circuit
To study the differentiator circuit
To study the integrator circuitkms-206 ac wave shaping circuits-ii - KMS-208 Passive Filter-II
Experiment:
To study and verify RC filter
To study and verify LC filter - KMS-210 Theromes and Laws Trainer
Experiment:
To study the Thevenin's Theorem
To study the Norton's Theorem
To study the Superposition Theorem
To study the Max Power Transfer Theorem
To study the Reciprocity Theorem - KMS-211 DC/ AC & Wave shaping Circuit Trainer
Experiment:
To study DC/ AC & Wave shaping
Rectifiers & Filters Circuits Kit
(KMS-300)
- KMS-301 Half Wave, Full Wave & Bridge Rectifiers
Experiment:
To study and test half wave rectifier circuit, full wave rectifier circuit, bridge rectifier circuit and to study and test filter in rectifier circuit - KMS-302 Regulated Power Supply Using Transistor Series Transistor Shunt, IC723
Experiment:
To study and test Zener regulator (shunt) with current
Boost transistor circuit, test series regulator circuit and LM 723 regulator circuit - KMS-303 Zener Shunt Regulator, Current Regulator Using LM317, Voltage Multiplier
Experiment:
To construct and study Zener shunt regulator circuit, voltage multiplier circuit and current regulator circuit - KMS-304 7805,7809,7812,7912, LM317, LM337 Regulator
Experiment:
To construct and study regulated power supply using Regulator 7805,
regulated power supply using regulator 7905 and Regulated power supply using regulator 7812 - KMS-306 Basic Electricity Trainer
Specification:
DC Power Supply: +12V
AC Power Supply: 6V, 1A
Relay: +12V, Buzzer: Miniature +12 V
Galvanometer: 30–0–30
Light Bulbs: 6V (3 No’s), Potentiometers: 10KΩ (2 Nos.)
Switch: Toggle Type, Bulb Bank: 3 Nos.
Core Types: E, I, U
Set of coils: Details as below
Fuse: 500mA, AC Mains Supply: 220V AC ± 10%, 50Hz - KMS-307 Power Supply Trainer
On board Circuits
Bridge Circuit Involving Four 1N4007
LC & π Filter & Bleeder Resistance Circuit
Zener Diode as Regulator
7805, 7812, LM317, 7905, 7912, LM337 Regulators
Transistor Amplifier Trainer Kit
(KMS-400)
- KMS-401 Transistor Amplifier (CB, CE & CC), Bootsraping Amplifier, Cascade Amplifier, Emitter Follower (CC)
Experiment:
To study the CB amplifier circuit
To study the CC amplifier circuit
To study the bootstrapping
To study the CE amplifier circuit
To study the Cascade amplifier circuit - KMS-402 Class A, B, C Amplifier Thermal Stability
Experiment:
To study the class a amplifier circuit,
To study the class b amplifier circuit
To study the class c amplifier circuit
To study the thermal stability of transistor - KMS-403 Current/Voltage Feedback, RC Coupled Amplifier, Complimentary Symmetry Amplifier
Experiment:
To study the current feedback amplifier circuit
To study the voltage feedback amplifier circuit
To study the two stage RC coupled amplifier circuit
To study complementary symmetry amplifier circuit - KMS-404 H-Parameter, Differential Amplifier, FET Amplifier Common Source/ Drain Amplifier
Experiment:
To study the differential amplifier circuit
To study the FET amplifier circuit
To study the h parameter of a transistor - KMS-405 RF Tuned Amplifier, Transformer Coupled Amplifier Push Pull Amplifier
Experiment:
To study the RF tuned amplifier circuit
To study transformer coupled amplifier circuit
To study push pull amplifier circuit
- KMS-406 JFET Amplifier, MOSFET Amplifier
Experiment:
To study the MOSFET amplifier circuit
To study JFET amplifier circuit - KMS-407 MOSFET, FET & IGBT As A Switch
Experiment:
To study the circuit of MOSFET as a switch
To study the circuit of FET/JFET as a switch
To study the circuit of IBGT as a switch - KMS-407B BJT Switch Trainer
Experiment:
To study the circuit of BJT as a switch - KMS-408 Negative Feedback Amplifier
Experiment:
To study the voltage shunt amplifier circuit
To study current shunt amplifier circuit
To study voltage series amplifier circuit
Oscillator & Wave shaping Circuits
(KMS-500)
- KMS-501 Hartly, Colpitts, Clapp, Blocking Oscillators
Experiment:
To study, observe and measure Hartley oscillator circuit, its output and frequency
To study, observe and measure Colpitt’s oscillator circuit, its output and frequency
To study, observe and measure blocking oscillator circuit, its output and frequency
To study, observe and measure Clapp oscillator circuit, its output and frequency - KMS-502 Crystal Oscillator, Astable, Monostable & Bistable Multivibrator
Experiment:
To study and observe Astable Multivibrator
To study and observe Monostable Multivibrator
To study and observe Crystal Oscillator
To study and observe Bistable Multivibrator - KMS-503 Phase Shift Oscillator Using FET, JFET Oscillator Characteristics of JFET
Experiment:
To study the phase shift oscillator using FET
To study the characteristic of FET/JFET
To study the JFET oscillator - KMS-504A RC Phase Shift Oscillator Using BJT
Experiment:
To study the RC Phase Shift Oscillator Using BJT
Linear Circuit Trainer Kit
(KMS-600)
- KMS-601 Inverting & Non Inverting Amplifier Using 741
Experiment:
To study and test inverting DC amplifier circuit
To study and test inverting AC amplifier circuit
To study and test non-inverting DC amplifier circuit
To study and test non-inverting AC amplifier circuit - KMS-602 Integrator, Differentiator, Summing & Difference Amplifier Using 741
Experiment:
To study and test Summing Amplifier / Summer Circuit
To study and test Summing Amplifier / Summer Circuit
To study and test Difference Amplifier / Sub Tractor Circuit
To study and test Integrator Circuit
To study and test Differentiator Circuit - KMS-603 Half Wave / Full Wave Rectifier, I to V & V to I Amplifier Using 741
Experiment:
To study and test Half Wave Precision Rectifier
To study and test Full Wave Precision Rectifier
To study and test Voltage to Current Converter Circuit
To study and test Current to Voltage Converter Circuit - KMS-604 Op-Amp Characteristics-I (Open Loop, Close Loop, Voltage Gain, Input Impedance)
Experiment:
To study and test operational amplifier and its Characteristics
Voltage Gain (Open loop)
Voltage Gain (Close loop)
Input Impedance (by half deflection method)
Output Impedance (by half deflection method) - KMS-605 Op-Amp Characteristics-II (Output Impedance, Input Offset, Voltage Input Bias Current, CMMR)
Experiment:
To study and test Operational Amplifier and Its Characteristics - KMS-606 Schmitt Trigger, Comparator, Sign Changer, Offset Nul Using 741
Experiment:
To study and test output to input Relation of Comparator
To study and test sign changer functions of an Op-Amp
To study and test properties of Schmitt trigger circuits
To study method of Eliminating Offset Voltage of an Op Amp - KMS-607 Positive & Negative Clipping / Clamping Using 741
Experiment:
To study and test positive Clipping Circuit around an Op-Amp
To study and test negative Clipping Circuit around an Op-Amp
To study and test input–output relation of dc restorer (clamping circuits) - KMS-608 Waveform Generator Using 741 (Wein Bridge, Square, Saw tooth)
Experiment:
To study and test wein Bridge Oscillator Using an Op-Amp
To study and test square wave generator / Astable Multivibrator Using an Op-Amp
To study and test Triangular Wave Generator Using an Op-Amp
To study and test Saw Tooth Wave Generator Using an Op-Amp - KMS-609 Low Pass, High Pass, Band Pass, Band Stop Using 741
Experiment:
To study and test low pass filter circuit using an op-amp
To study and test high pass filter circuit using an op-amp
To study and test band pass filter circuit using an op-amp
To study and test band reject filter circuit using an op-amp - KMS-610 Wein Bridge Oscillator, Phase Shift Oscillator Sample & Hold Circuit Using 741
Experiment:
To study and test Wein Bridge Oscillator Using an Op-Amp
To study and test Phase Shift Oscillator Using an Op-Amp
To study and test Sample and Hold Circuit Using an Op-Amp - KMS-611 Log/ Anti-Log Amplifiers, V to F, F to V Using 741
Experiment:
To study and test log amplifier circuit
To study and test anti-log amplifier circuit
To study and test voltage to frequency converter circuit
To study and test frequency to voltage converter circuit - KMS-612 Instrumentation Amplifier, Peak Detector Using 741
Experiment:
To study and test Instrumentation Amplifier & Its Characteristics - KMS-613 555 As Monostable, Astable, Bistable & Saw tooth Generator
Experiment:
To Study and Test Monostable (One Shot) Multivibrator using IC - 555
To Study and Test Astable (Free Running) Multivibrator using IC - 555
To Study and Test Bistable Multivibrator using IC - 555
To Study and Test Saw Tooth Generator using IC – 555
To Study and Test Long Duration Timer using IC - 555
To Study and Test Long Duration Timer using IC - 555
To Study and Test Missing Pulse Detector using IC - 555 - KMS-614 VCO Using IC565, Phase Detector Using 565
Experiment:
To study and test Voltage Controlled Oscillator Using IC 565 (Phase Lock Loop)
To study and to test Phase Detector Using IC 565 (Phase Lock Loop)
To study and to test Frequency Multiplier Circuit Using PLL for Desire Output of Frequency - KMS-616 Active Filters-I (Low Pass, High Pass, Unity Gain Phase Shifting)
Experiment:
To study and test inverting low pass filter circuit using an op-amp 353
To study and test high pass filter circuit using an op-amp 353
To study and test non-inverting low pass filter using an op-amp 353
To study and test unity gain phase shifting circuit using an op-amp 353 - KMS-617 Active Filters-II (Butterworth, Bessels, Chebshew Filters)
Experiment:
To study and test Butterworth Filter
To study and test Bessel Filter
To study and test Chebsyshev Filter - KMS-618 MUTIVIBRATOR USING 741
Experiment:
To study and test Astable Multivibrator
To study and test Bistable Multivibrators
To study and test Monostable Multivibrator - KMS-620 Operational Amplifier Trainer Kit
Onboard Circuits
Instrumentation Op Amp Using IC324
Offset Null Using Pot P1 of 10Kohm
741 op amp, Resistor Bank, Capacitor Bank
Zener Diode, Diode
Fixed DC +12v and -12V Power Supply is provided
All Interconnections Are made Using 2mm Banana Patch Cords - KMS-620N Operational Amplifier Trainer Kit with Bread Board
Experiment:
To Study and test Low Pass Filter (LPF) using an OP-AMP IC741
To Study and test High Pass Filter (HPF) using an OP-AMP IC741.
To Study and test Band Pass Filter using an OP-AMP IC741
To Study and test Wien Bridge Oscillator using an OP-AMP IC741.
To Study and test Phase Shift Oscillator using an OP-AMP IC741
To Study and test log amplifier circuit using an OP-AMP IC741.
To Study and test Antilog amplifier circuit using an OP-AMP IC741
To Study and test stop Pass (Notch) Filter using an OP-AMP IC741
Electrical Bridges Kit
(KMS-700)
- KMS-701 Wheatstone Bridge
Experiment:
To study Wheatstone bridge - KMS-702 Kelvin Bridge
Experiment:
To study Kelvin Bridge - KMS-703 Maxwell Bridge
Experiment:
To study Maxwell’s Bridge Circuit - KMS-704 Hay’s Bridge
Experiment:
To study Hay’s Bridge Circuit - KMS-706 Wein’s Bridge
Experiment:
To study Wein Bridge - KMS-707 De – Sauty’s Bridge
Experiment:
To study De-Sauty’s Bridge Circuit - KMS-708 Schearing Bridge
Experiment:
To study Schering’s Bridge Circuit - KMS-709 Owen’s Bridge
Experiment:
To study Owen’s Bridge Circuit - KMS-710 Anderson Bridge
Experiment:
To study Anderson’s Bridge Circuit - KMS-712 Bridge Trainer
Experiment:
To Study Wheatstone Bridge Circuit
To Study Maxwell's Bridge Circuit
To Study Hay's Bridge Circuit
To Study Wein Bridge Circuit
To Study De-Sauty's Bridge Circuit
To Study Schering's Bridge Circuit
To Study Owen's Bridge Circuit
To Study Anderson's Bridge Circuit
Power Electronics Trainer Kit
(KMS-800)
- KMS-801 SCR Timer Using SCR, UJT & PUT Relaxation Oscillator
Experiment:
To study the SCR timer using UJT
To study UJT as a relaxation oscillator
To study put as a relaxation oscillator - KMS-802 Half Wave/Full Wave Rectifier Using SCR, SCR Phase Control Using RC Triggered
Experiment:
To study half wave Phase Control Using RC Triggered Circuit & SCR
To study half wave and Full Wave Rectifier - KMS-803 SCR Phase Control Using DIAC/TRIAC, UJT, R Triggered
Experiment:
To study the UJT triggered SCR full wave control
To study the full wave phase control using RC triggered circuit and Triac
To study r triggered SCR control circuit - KMS-804 SCR Trigger Using PUT
Experiment:
To study the put triggered SCR full wave control - KMS-805 Speed Control Of Dc Motor Using SCR (Open Loop)
Experiment:
To study the Speed Control of DC Motor Using (Open Loop) - KMS-806 Forced Commutation Using SCR
Experiment:
To study Class A Commutation Method
To study Class B Commutation Method
To study Class C Commutation Method
To study Class D Commutation Method
To study Class E Commutation Method - KMS-807 INVERTER USING SCR (PARALLEL)
Experiment:
To study inverter using SCR - KMS-808 DV/DT LIMITATION OF SCR
Experiment:
To study DV/DT limitation of SCR - KMS-809 SCR TURN ON TRAINER
Experiment:
To study SCR Turn On - KMS-810 Chopper Using SCR
Experiment:
To study the firing circuit of a voltage.
To study the operation of a voltage commutated SCR chopper with a resistive load.
To study the operation of a voltage commutated SCR chopper with a RL (motor) load. - KMS-811 JONES CHOPPER
Experiment:
To study the Jones Chopper - KMS-812 Morgans Chopper
Experiment:
To study the SCR parallel inverter - KMS-813 Step-Up Chopper
Experiment:
Step-up chopper - KMS-814 Step-Down Chopper
Experiment:
Down chopper - KMS-815 SCR Series Inverter
Experiment:
To study the SCR Series Inverter - KMS-816 SCR Parallel Inverter
Experiment:
To study the SCR Parallel Inverter - KMS-817 Single Phase Cycloconvertor
Experiment:
To study the Single Phase Cycloconvertor - KMS-818 Full-Wave Midpoint with R-Load
Experiment:
To study The Full-Wave Midpoint with R-Load - KMS-819 Inverter Using SCR (Bedford Method)
Experiment:
To Study the Inverter Using SCR Bedford Method - KMS-820 Chopper Using MOSFET
Experiment:
To study the chopper using MOSFET - KMS-821 AC Chopper
Experiment:
To study The AC CHOPPER - KMS-822 DC Motor Control Using SCR (Closed Loop)
Experiment:
To Study the Closed Loop Dc Motor Control Using SCR - KMS-823 DC Drive Demonstrator
Experiment:
To Study the DC Drives - KMS-824 AC Drive Demonstrator
Experiment:
To Study the AC Drives
Digital Electronics Trainer Kit
(KMS-900)
- KMS-902 Basic Logic Gates (Using Digital IC’s , Diodes & Transistors)
Experiment:
To study and test and gate circuit
To study and test and not gate circuit
To study and test or gate circuit
To study and test NAND gate circuit using IC 7400
To study and test ex-or gate circuit using IC 7486 - KMS-903 Astable, Monostable, Bistable, RS Flip Flop
Experiment:
To study and test Astable Multivibrator
To study and test Monostable Multivibrator
To study and test Bistable Multivibrator - KMS-904 Boolean Algebric Eqn & Demorgans Theorem
Experiment:
To study the operation and verify the truth table of the basic logic gates such AS NOT, AND, OR, NOR, NAND, EX – OR & EX-NOR
Study and implement the various theorems of Boolean Algebra and Verify Its Truth Table - KMS-905 ALU Using 74181
Experiment:
To study and Test Arithmetic Logic Unit - KMS-906 8x1 Multiplexer, 1x8 Demultiplexer, 8x3 Encoder 3x8 Decoder
Experiment:
To study and test 3 x 8 decoder and 8x 3 encoder circuit
To study and test eight channel multiplexer and eight channel Demultiplexer - KMS-907 RS , D Type Flip Flop Trainer
Experiment:
To Study and Test RS Flip Flop Using NAND Gate
To Study and Test Clocked RS Flip Flop
To Study and Test RS Flip Flop Using NOR Gate
To Study and Test D Flip Flop - KMS-908 JK , T , M/S JK Type Flip Flop Trainer
Experiment:
To Study and Test JK Flip Flop Using NAND Gate
To Study and Test Clocked JK Flip Flop
To Study and Test Master Slave JK Flip Flop
To Study and Test T Flip Flop - KMS-909 Half/Full Addrer, Half/Full Substractor Trainer
Experiment:
To Study and Test Half Adder Circuit
To Study and Test Half Substractor Circuit
To Study and Test Full Adder Circuit
To Study and Full Substractor Circuit - KMS-910 4 Bit Asynchronous Up/Down & BCD Counter Using 7473
Experiment:
To study and test 4-bit Asynchronous Up-Down Counter Circuit - KMS-911 Modulo-N-Counter (N = 2 To 15)
Experiment:
To Study the Characteristics of A Modulo N Counter - KMS-912 4 Bit Decade Counter & 4 Bit Shift Register
Experiment:
To Study and Test 4-Bit Decade Counter Circuit
To Study and Test 4-Bit Shift Register Circuit - KMS-913 Analog To Digital Converter Trainer
Experiment:
To Study and Test ADC -0808 Circuit - KMS-914 Digital To Analog Converter Trainer
Experiment:
To Study and Test DAC – 0808 Circuit - KMS-915 PISO, SIPO, SISO, PIPO Trainer
Experiment:
To study and test serial in parallel out shift register circuit
To study and test shift register circuit - KMS-916 Seven Segment Decoder Trainer
Experiment:
To Study and Test BCD to Seven Segment Decoder Driver
To Study and Test Hex to Seven Segment Decoder Driver - KMS-917 EPROM/ RAM Trainer
Experiment:
To Study and Test EPROM
To Study and Test RAM - KMS-918 Buffer, Latch, Parity Checker, Magnitude Comparator Trainer
Experiment:
To study and Test Buffer Using IC 74245
To study and Test Latch Using IC 74373
To study and Test Magnitude Comparator
To study and Test Parity Checker - KMS-919 SQUARE WAVE GENERATOR USING LOGIC GATES
Experiment:
To Study and Test Square Wave Generator Using Logic Gates - KMS-920 PN SEQUIENCE GENERATOR TRAINER
Experiment:
To Study and Test PN Sequence Generator