Digital Electronics Lab

Section G : Applications

S.No	Particulars	Model
1	Analog to Digital (A to D) Converter	SG-301
2	Analog to Digital (A to D) Converter	SG-301
3	A To D Converter using Successive Approximation Method	SG-302
4	A To D Converter using Successive Approximation Method	SG-302
5	ADC using IC 0809	SG-303
6	ADC using IC 0809	SG-303
7	Digital to Analog (D to A) Converter (4-Bit ) R-2R Network	SG-304
8	Digital to Analog (D to A) Converter (4-Bit ) R-2R Network	SG-304
9	D to A Converter using Binary Weighed Method (Four Bit)	SG-305
10	D to A Converter using Binary Weighed Method (Four Bit)	SG-305
11	DAC using IC 0800	SG-306
12	Schmitt Trigger using Gates	SG-307
13	Controlled Inverter using Gates	SG-308
14	Astable Multivibrator using Gates	SG-309
15	Monostable Multivibrator using Gates	SG-310
16	Monostable Multivibrator using IC	SG-311
17	Bistable Multivibrator using Gates	SG-312
18	Astable ,Monostable,Bistable Multivibrator using Gates,	SG-313
19	Clock Oscillator using Gates	SG-314
20	ROM using diode	SG-315
21	Study of RAM	SG-316
22	NOR Gate as Comparator	SG-317
23	NAND Gate as Comparator	SG-318
24	NOR Gate as Comparator	SG-319
25	Parity Generator	SG-320
26	Even & Odd Parity Checker	SG-321
27	Parity Generator & Checker	SG-322
28	Interfacing of CMOS To TTL &TTL To CMOS IC’s	SG-323
29	Directional Buffer using IC 74245	SG-324
30	Uni-Directional Buffer	SG-325
31	ADC 0809 and DAC 0800 Trainer	SG-326
32	A to D Converter using OP-AMP and ADC IC 0809	SG-327
33	D to A Converter using R-2R, Binary Weighed Method and DAC IC 0800	SG-328
34	D to A Converter using R-2R Network & Binary Weighed Method	SG-329
35	A to D using OP-AMP and D to A Converter using R-2R Network	SG-330

Digital Electronics Lab ( Series 300 )

Section G : Applications