| DIGITAL ELECTRONIC EXPERIMENT (COMPUTER PRINCIPLES) |
|
Logic Gates Experiment TE-F34
To
verify the truth table for TTL AND, OR, NOT, NAND, NOR. Instrument
comprises of 5V Power Supply for logic '1' & logic '0'. TTL IC's for
'AND', 'OR', 'NOT' gates & Components soldered on the front panel
& connections brought out at sockets.
- do - with seperate I.Cs. |
Verification of Booleon Identities & Demorgan's Theorems TE-F60
To
verify the truth table of 3 input AND gate, NAND gate, NOR gate, single
input NOT gates, Booleon expressions & Demorgan's Theorems.
Instrument
comprises of DC Power Supply, 4 swtiches for selecting logic '1' &
logic '0', 2 Red LED output indicators, circuit diagram printed for 5
'OR', 5 'AND' & 4 'NOT' gaes & their connections brought out at
sockets. |
Verification of Logic Gates & Demorgan's Theorems using TTL
logic Gates TE-F-60A
3 input AND gate, NAND gate, NOR gate, 2 input EX_OR gate, single input NOT
gates.
Instrument
comprises of DC Regulated Power Supply Gages, IC's placed inside the
cabinet & connections brought at sockets. 4 SPDT swtiches provided for
selecting logic '1' & gates, NOR gate, NAND gate & Demorgan's
Theorems can be connected with the combination of OR, AND & NOT gates
and varified. |
Verification of truth tables of Logic gates using NAND Gate TE-F38
To
verify the truth table of AND gate, OR gate, NAND gate, NOR gate & NOT
gate using NAND.
Instrument
comprises of Power Supply 2 Red LED output indicators, circuit diagram
printed for 4 'NAND', and gates & their respective IC's placed inside
the cabinet & connections brought out at sockets. |
Study of 4 Bit Adder and Sub-tractor TE-F65
To
study the 4 Bit Adder and Sub-tractor using IC 7483. Instrument comprises
of DC Regulated Power Supply 5V/150mA, 4 Logic inputs selectable using
SPDT switches, 4 output LED indicators, circuit diagram Printed &
connections brought out at sockets on the front panel. |
Digital Trainer Kit to Verify Adders & Sub-tractors using OR,
EX-OR, AND & NOT gates. TE-F65A
To
verify the truth table of Digital Half Adder, Half Sub-tractor, Full Adder
& Full Sub-tractor using OR, AND, EX-OR & NOT gates.
Instrument
comprises of Power Supply 5V for logic inputs, 4 switches for selecting
logic '1' & logic '0', 2 LED output indicators, circuit diagram
printed for 1 two input 'OR' gate, 2 two input 'AND' gates, 2 'NOT' gates
& 2 EX-OR gates &
their respective IC's placed inside the cabinet & connections brought
out at sockets. |
| Digital Trainer to Verify Half Adder using OR, EX-OR & AND
gates. TE F65B |
| Digital Trainer to Verify Half Sub-tractor using OR, EX-OR &
AND gates. TE-F65C |
| Digital Trainer to Verify Full Adder using OR, EX-OR & AND
gates. TE F65D |
| Digital Trainer to Verify Full Sub-tractor using OR, EX-OR &
AND gates. TE-F65E |
Digital Trainer to Verify Adders & Sub-tractor using NAND
gates. TE-F62
To
verify the truth table of Digital Half Adder, Half Sub-tractor, Full Adder
& Full Sub-tractor using NAND gates. |
Study of 4 Bit Binary to Gray Code Convertor TE-F52A
Instrument
comprises of DC Regulated Power Supply 5/VDC/150mA, 4 Logic inputs
selectable using SPDT switches, 4 output LED indicators, circuit diagram
Printed, IC's placed inside & connections brought out at sockets on
the front panel. |
Study of 4 Bit Ripple Counter (Forward & Reverse) TE-F45
To
Verify Truth tables of 4 Bit Forward & Reverse Counters using 4 JK
Flip Flops. Instrument consists of Power Supply, 1 Hz monoshot clock
pulse, Two output indicators, Circuit diagram for 4 'JK' flip-flops
Printed & connections for inputs & outputs brought out at sockets
on the front panel. |
Study of 4 Bit BCD Counter/Decimal to Binary Encoder using IC 7490
TE-F48
Instrument
comprises of DC Regulated Power Supply 1 Hz clock pulse, four output
indicators, Circuit diagram for IC 7490 Printed & connections for
various inputs & outputs brought out at the sockets on the front
panel. |
Study of 4 Bit BCD Counter/Decimal to Binary Encoder using NAND
gates TE-F48A
To
convert Decimal input to Binary output using NAND gates. Instrument
comprises of Power Supply 10 logic inputs selectable using SPDT switches,
four output indicators, Circuit diagram Printed & connections for
various input & outputs brought out a sockets on the front panel.
Study
of 4-Bit Up Down Counter |
To study & verify truth table of 4 bit Up & Down counter
using IC 74193.
Instrument
comprises 4 SPDT switches for selecting logic '1' & logic '0', 1 Hz
clock pulse, four output indicators, Circuit diagram for IC 74193 Printed
& connections for various inputs & outputs brought out at the
sockets, two switches for selecting up or down counting & to reset the
counter. |
Study of Left, Right & Programmable Shift Register TE-F49
To
study & verify truth table of Left, Right & Programmable Shift
Register using IC 7495. Instrument comprises of Power Supply, 4 SPDT
switches Circuit diagram for IC 7495 Printed & connections for various
inputs & outputs brought out at the Mode control. |
BCD to Decimal Decoder Using IC. 7492.
Instrument
consist 4 spot switches for selcting logic '1', '0'. Ten LED's for output. |
Study of Encoder & Decoder Circuits (Demimal to BCD Encoder
& BCD to 7-segment Decoder) TE-F66
To
study Decimal to BCD Encoder & BCD to 7 segment Decoder. Instrument
comprises of DC Power Supply 4 SPDT switches for slecting logic '1' &
logic '0', 1 Hz clock pulse, four output indicators, Circuit diagram for
IC 7490, IC 7447 & 7-segment display Printed & connections for
various inputs & outputs brought at the sockets on front panel. |
Digital Trainer to study & verify truth tables of Flip Flops TE-F43A
To
study & verify Truth table of 'RS', 'D' Type, 'T' Type, 'JK' & 'JK
Master slave' flip flops using TTLIC's.
Instrument
comprises of Power Supply, 4 logic inputs, logic '1' & logic '0'
selectable using switches, 1 Hz clock pulse, Two output indicators,
Circuits diagram for 'RS', 'JK' & 'JK Master Slave' flip-flops
Printed, their respective IC's placed inside the cabinet & connections
for inputs & outputs brought out on the sockets, 1 NOT gate for
converting 'RS' flip-flop to 'D' type flip-flop. |
Digital Trainer to study 'RS' Type, 'JK' & 'T' Type flip-flop TE-F43B
To
study & verify Truth tables of 'RS', 'D' Type, 'T' Type & 'JK'
flip flops using NAND gates.
Instrument
comprises of DC Power Supply, 4 logic inputs, logic '1' & logic '0'
selectable using switches, 1 Hz clock pulse, Two output indicators,
Circuit diagram for 'RS' & 'JK' flip-flows Printed & connections
for inputs & outputs brought out on the sockets, 1 NOT gate for
converting 'RS' flip-flop to 'D' type flip-flop. |
Study & Verify Truth tables of 'RS' & 'D' Type flip flop
using NAND gates TE-F42
To
Verify Truth table of RS flops using NAND gates.
Instrument
consist of Power Supply 2 Logic '1' & 2 logic '0' inputs, 1Hz clock
pulse, Two output indicators, Circuit diagram for 'RS' flip-flop is
Printed & connections for inputs & outputs brought out at the
sockets, 1 NOT gate for converting 'RS' flip-flop to 'D' type flip-flop. |
Study
& Verify Truth tables of 'JK' & 'JK Master Slave' flip flop. TE-F42A
To
verify truth table of 'JK' & "JK Master Slave' flip flops using
IC 7472 & IC 7476. Instrument consist of Power Supply switches
provided for selecting logic '1' & logic '0', 1 Hz clock pulse, Two
output indicators. Circuit diagram for 'JK' & 'JK Master slave'
flip-flops are Printed & connections for inputs & outputs brought
out at the sockets on the front panel. |
Study
of 8-1 line (four input & one output) Multiplexer using IC 74153 TE-F56
To
study 8-1 line Multiplexer circuit using. Instrument comprises of Power
Supply, 6 sockets for logic '1' & logic '0' each, one output
indicator, Circuit diagram for IC 74153 Printed & connections for
various inputs & outputs brought out at sockets on front panel. |
| Study of 2-1
Multiplexer using AND, OR & NOT gates. TE-F56A |
| Study of 16-1
(Sixteen input & one output) Multiplexer using IC 74150. TE-F57 |
Study
of One input/.Four output Demultiplexer using IC 74155 TE-F58
To
study 18 line Demultiplexer circuit IC 74155. Instrument comprises of Power Supply, 4 SPDT switches for selecting
logic '1' & logic '0', four output indicator, Circuit diagram for IC
74155 Printed & connections for various inputs & outputs brought
out at sockets on front panel. |
| Study of 4-16 (One
input/Sixteen output) Demultiplexer using IC 74154. TE-F59 |
Study of RAM (Random Access Memory) Circuit TE-F70
To
study and verify the truth table of RAM circuit. Instrument comprises of
DC Power Supply 5VDC, 10 logic inputs selectable Instrument
comprises of DC Power Supply 5VDC, 10 logic inputs selectable using SPDT
switches, 4 LED output indicators, IC 7489 placed inside & connections
brought out at sockets on the front panel. |
Analog/Digital Trainer (Bread Board Type) TE-F78
The instrument comprises 6
variable resistors, Power Supplies ±5V, ±15/Variable), ±15 Volt Fix, 1
Hz to 250 KHz. Function Generator, clock pulse, logic output, logic input,
two bread boards. |
Logic Gate Circuit Trainer/Digital Computer-II [Bread Board Model]
TE-F79
1.Study and verify Truth tubes of Logic Gates.
2.Verification of Boolean identities & Demorgan's theorems.
3.Study and verify truth tables of Digital Addres and Sub tractors
4.Study of Flip-Flops and verification of their truth tables.
5.Study of Counters, Shift Registers and verification of their truth
tables.
6.Study of Encoders, Decorders and verification of their truth
tables.
7.Study of Multiplexers, Demultiplexers and verification of their
truth tables.
Instrument
comprises of Two DC Regulated Power Supplies of 5VDC/1Amp & ±15VDC/150mA,
10 Logic inputs with LED indicators selectable using SPDT switches, 1Hz
clock pulses. Bread Board is mounted on front panel to perform various
experiments, 10 number logic output indicators & 3 Seven Segment
Display mounted on front panel. |
Logic
Gate Circuit Trainer using TTL IC's
Verify
truth tables of TTL logic gates, Booleon expressions, De-Morgan's
Theorems, Adders, Sub stractors, Flip Flops, Counters, Shift Registers,
Encoders, Decoders, Multiplexers & De-multiplexers using 74 series of
TTL IC's.
Instrument
comprises of 10 Debunced logic inputs, 10 red LED output indicators, 5 VDC/1
Amp Regulated short circuit & overload protected Power Supply, 1 Hz
clock pulse, all the components & IC's have been placed inside the
cabinet & connections brought out at sockets on the front panel. |
To Verify Switch Debouncer
Using
I.C. 7400. The Kit consist 1 spot switch for input & two output LED's.
To measure the output voltage sockets are also provided. |
To Measure the Clock Pulse I.C. 7400
The
Kit is to measure the clock pulse using NAND Gate I.C have 1 switch for
input & output on LED with terminal to measure the clock pulse
frequency. |
Analog to Digital (A/D) Converter TE-F72
To
study analog to Digital & Digital to Analog convertors using R-2R
network & Successive Approximation Method.
Instrument
comprises of DC Regulated Power Supplies 5VDC/100mA, 0-10V DC/200mA, +15
VDC/250mA, 1 Voltmeter, 4 SPDT switch provided for selecting logic '1'
& logic '0', one output indicator, Circuit diagram Printed on the
front panel & connections of various inputs & output brought out
at sockets. |
Digital to Analog (D/A) Convertor using R-2R Network TE-F73A
To
study Digital to Analog converter using R-2R network. Instrument comprises of DC Regulated Power Supplies 5VDC/150mA,
15VDC/150mA, 1 Voltmeter, 1 SPDT switches provided for selecting logic '1'
& '0', one output indicator, Circuit diagram printed on the fron panel
& connections of various inputs & output brought out at sockets. |
Digital to Analog (D/A) Converter using Weighted Register Network TE-F73
To
study digital to analog convertors using weighted register network.
Instrument comprises of DC Regulated Power Supplies 5VDC/150mA, + 15 VDC/150mA,
1 Voltmeter, 4 SPDT switches provided for selecting logic '1' & logic
'0', one output indicator, Circuit diagram printed on the front panel
& connections of various inputs & output brought out at sockets. |
