315051364

UNIVERSITY VISWESWARAIAH COLLEGE OF ENGINEERING, BANGALORE

V semester Electronics & Communication Engineering.

Subject Codę: EC507

MICROPROCESSORS LAB

(Using 8085 systems)

1. Błock mo/ement of data (8085 pP only).

2. Arithmetic operations and logical operations on binary and BCD nos.

/tfdition, subtraction, multiplication, division, LCH HCF, marking specific bit/bitsof a grven tyte and 2-out of 5 codę (Using 8085 and 8086 pft) (For Packed and unpadced Nos.).

3. Finding the largest number in a grven set of data (8085).

4. Asaending order arrangement of a set of Data Byt es - Bubble sort and selection sort, Linear Search (8085 & 8086)

5. Codę a>nversion (8085).

6. Concatenation of the input string with a defined string (8086).

7. Reversal of a data string (8086).

8. Palindrome of a binary data (8085 8i 8086)

9. Data Acquisition: A/D conversion and string of data (8085).

10. D/Aconversiongenerating waveform (8085).

11. Stepper motor control (8085)

12. CRT irterfaoe (8085).

13. Keyboards and Display interface - software approach and hardware approach (8279 chip)

14. Interfacing experiments using 8085 pP only.

Subject Codę: EC508 CIRCUIT SIMULATION LAB

I. Using p-spice or equivalent simulation software

1. Power supply design: series voltage regulator (with preamplifier).

2. Switching regulator.

3. Feedback amplifier: Voltage series, current series.

4. Filters: adrve filters (second order).

5. Combinational circuits: Mux & its application, adders and its applications, Demux/Decoder, Encoders.

6. Design of counters / shift registers and their applications.

7. Experiments with 555 timer (Astable, monostable).

8. D/A and A/D Corverters.

9. FSK generation.

II. Using Model Sim (Up to synthesis and functional simulation)

a. Modeling of gates, HA, FA, MUX using

i. Structural

ii. Behavioral

iii. Data ftow model

b. Model ing of latches and flip-flops

i. D Rip-flop

ii. SR Rip-flop

iii. JK Rip-flop

iv. T Flip-flop

10 of 10

Syllabus 2K6 scheme