Logic Training Board on Gates using I.C., Model – LTB – 10.

Study OF OR, NOR, AND, NAND, NOT GATES using Diodes and Transistor, Model – LG – 10.

Study of Half And Full Adder, Model – HA – 07.

Study of Half and Full Subtractor, Model – HA – 08.

Experimental Board on Flip – Flops, Model– F– 02

Experimental Board on 4 – Bit shift Registers, Model – SR – 04

8–Bit R – 2R Digital – to – Analog Converter using Op – Amp. Model – D – 07

Study of 4 – Bit Analog –to – Digital Converter using counter method, Model –D– 08

Study of Differential Amplifier Using Op – Amp., Model – DA – 10

Verification of truth – table of multiplexer (16:1) using I.C.– 74150, Model – MUX – 150

Verification of truth – table of Demultiplexer (1:16) using I.C.– 74154,Model – MUX–154

Study of Clock Oscillator using 555, CMOS Inverter, Model – OS–55

Study of Binary Adder/Substracter using I.C. – 7483 (4–Bit), Model - BAS – 04

Study of 3 to 8 Line Decoder / Demux – 74138, Model– LD – 138.

Study of 8 to 3 Line Encoder using I.C. – 4072, Model – EC – 10

Study of Transfer Characteristics of TTL Inverter And Schmitt Trigger, Model- TTL – 10.

Study of Transfer characteristics of CMOS Inverter, Model – CI – 01.

Study of Random Access Memory (Ram) Circuit, Model – RAM – 10

Study of Arithmetic Logic Unit Using I.C. – 74181, Model– ALU – 10

Study of Presettable BCD Decade Up / Down Counter using I.C.-74190, Model – UD – 190

Verification of Maximum Power Transfer Theorem, Model –M – 10 DC

Verification of Network Theorems, Model – N – 10 (in DC Circuit)

Verification of Network Theorems, Model – N – 10 AC (in AC Circuit)

Verification of Tellegen’s Theorem, Model – TG – 10

Verification of Reciprocity Theorem, Model – RT – 10

Study of Cascaded to Port Network Model – TPN – 10.

Verification of Kirchhoff’s Current Law and Voltage Law, Model – KCV – 10

Verification of Ohm’s Law , Model – OL– 10

Study of Symmetrical “T”, “” and bridge– t attenuators, Model – BT – 10

Study of Clipping and Clamping Circuit Trainer, (Using I.C. – Op – Amp.), Model – CAC – 10.

Study of L.C.R. Series and parallel circuit Model – LCR – 12

Study of Transient Response of R. L. C. Circuits, Model – TR – 01.

Study of LDR Characteristics Apparatus, Model – LDR – 10

Characteristics of Opto Electronics Devices, Model – OPTO – 10

ANDERSON BRIDGE (AB-10)

MAXWELL BRIDGE (MB-10)

HAY’S BRIDGE (HB-10)

SCHERING BRIDGE (SB-10)

WHEAT – STONE BRIDGE (WSB-10)

WIEN BRIDGE (WB-10)

DE – SAUTY BRIDGE (DSB-10)

OWEN BRIDGE (OB-10)

VERIFICATION OF TRUTH – TABLE OF MULTIPLEXER (8 : 1) USING I.C. – 74153, (MUX – 153)

VERIFICATION OF TRUTH – TABLE OF DEMULTIPLEXER (1 : 8) USING I.C. – 74155, (MUX – 155)

STUDY OF MONOSTABLE MULTIVIBRATOR USING I.C. – 74121 AND 74123, (MMV – 123)

EXPERIMENTAL BOARD ON COUNTERS AND SHIFT REGISTERS, (CSR – 10)

DE – SAUTY BRIDGE (DSB-10)

This  Bridge  was  specially  developed  to  measure  capacitance  having  low  ‘D’   factor.  The  1  KHz  Oscillator  and  tuned  amplifier  fitted  with  Moving  Coil  Micro  Ampere  Meter  as  Null  Indicator  and  power  supply  are  builtin.

                                                                        

• Digital Micro Volt Meter

• Weight : 1Kg. Approximately

• Dimension : 195mm x 315mm x 75mm

 

 

Note: There may be any change in specification due to continuous R & D without notice.

 

 

Click below to view catalogue