Allu Vamsee Krishna: September 2021

3/4 ECE:: FIRST SEMESTER (2020-21)

subject: Digital IC Applications (R1631043)

UNIT-4: : Combinational logic circuits

UNIT-4: Combinational logic circuits: Adders and Subtractors	https://youtu.be/YKgX4hp7PRE
Parallel adders / Subtractors: IC7483 4-bit adder and Subtractor and adder/Subtractor circuit vhdl code	https://youtu.be/Tb6jnqdyCWM
Carry Look Ahead adder (74182): VHDL code	https://youtu.be/46rYKopxrcc
Decoders: 74LS138( 3to8 decoder); 74LS139(2to4decoder); implementation of 3to8 using 2to4 decoder	https://youtu.be/pTDijNMDe8E
Encoders: Priority encoder(74LS148); implementation of 32-to-5 encoder using 74LS148;	https://youtu.be/PgyBv8NqQwI
Multiplexers: 74LS153(4:1MUX); 74LS151(8:1MUX); Implementation of 8:1MUX and 16:1MUX using multiplexers	https://youtu.be/j0WP25ulHho
Demultiplexers 74LS155	https://youtu.be/LUbJ1ZBVN9c
ALU : 74LS381 and 74LS382	https://youtu.be/WizGVwU7bDM
ALU- 74LS181, implementation of 8-bit ALU	https://youtu.be/16Er-oaAhhI
Comparators: 74LS85; implementation 8-bit/12-bit using 74LS85	https://youtu.be/PlJRtoCQ_5E
Floating point Encoder	https://youtu.be/3YlXgc0hKHA

3/4 ECE:: FIRST SEMESTER (2020-21)

subject: Digital IC Applications (R1631043)

UNIT-3: Behavioral modeling

UNIT-3: Behavioral modeling	https://youtu.be/KbSRBo07b70
Sequential statements : PROCESS, WAIT	https://youtu.be/nfi7NAm_WHQ
Sequential statements : NULL, LOOP, EXIT, NEXT	https://youtu.be/Jua2g1tWHxM
ASSERTION , RETURUN statements	https://youtu.be/wrUGD5nhy48
VHDL Delay models	https://youtu.be/aLRmc9g1iHo
Logic synthesiser , Blocks inside of logic synthesiser	https://youtu.be/hypeeA51EQY

3/4 ECE:: FIRST SEMESTER (2020-21)

subject: Digital IC Applications (R1631043)

UNIT-2: Introduction to VHDL

Introduction to HDLs	https://youtu.be/7BnqdnDq1bo
Digital design flow (step in HDL based design flow )	https://youtu.be/usd_y2Sfs3M
VHDL Conceptual Model; Reserved words in VHDL; VHDL design units	https://youtu.be/1xqrMomGxA4
VHDL Entity: Syntax, VHDL signal modes and signals Types	https://youtu.be/1i8QQpdfzvo
VHDL Architecture : syntax Levels of Abstraction	https://youtu.be/FMpVAJJigek
Levels of abstraction (Examples)	https://youtu.be/jyYS5zDj0pc
VHDL Identifiers ; VHDL Data objects	https://youtu.be/tWgNID9wV0M
Data Objects: Files	https://youtu.be/1AEuo4PPPX8
VHDL Data Types	https://youtu.be/6ViGnt6MTO8
VHDL Operators	https://youtu.be/ZFn-OoYlyzk
VHDL Subprograms: Procedures & Functions	https://youtu.be/jpTiDSord94
VHDL Packages & Libraries	https://youtu.be/CE-BWT-h0_8
VHDL Modeling Styles	https://youtu.be/sMEtzF1ktjk
VHDL Data-flow modeling style (Examples)
VHDL structural modeling: example - Full-adder	https://youtu.be/o8ZRXGA9mEs
Examples : Dataflow and Structural modeling	https://youtu.be/f0yWAlwJ4jM

3/4 ECE:: FIRST SEMESTER (2020-21)

subject: Digital IC Applications (R1631043)

UNIT-1: Logic Families

Introduction to DICA	No link
Course objectives, Course Outcomes, syllabus outline	https://youtu.be/n0ZAXBcSUaI
Introduction to Logic Families: Logic family, different types of logic families, characteristics of Digital ICs	https://youtu.be/lCXOoAytPDk
CMOS logic circuits-1: CMOS LOGIC: CMOS logic levels, MOS transistors, CMOS Inverter	https://youtu.be/Fs8l3I2NGQw
CMOS logic circuits-2: CMOS NAND, CMOS NOR, CMOS buffer, CMOS OR, CMOS AND	https://youtu.be/OXDZNciB0_M
CMOS AOI/OAI gates	https://youtu.be/_DeYhoTEUsw
Electrical behavior of CMOS	https://youtu.be/X55M0Y4jUhI
CMOS behavior With resistive loads	https://youtu.be/vS2H52INRP8
CMOS non-ideal inputs, Fan-out, unused inputs	https://youtu.be/s870vnms9-0
CMOS Dynamic behavior : transition time	https://youtu.be/_-DaWX3jdf0
Transition time and Propagation delay	https://youtu.be/WJRij6tb-xc
Power Consumption of CMOS	https://youtu.be/ZQL2ffYfasE
Introduction to Bipolar logic	https://youtu.be/IiQwXmblXUg
Bipolar logic circuits _1
Bipolar logic circuits-2; bipolar logic characteristics	https://youtu.be/I3bwd0NAHQU
Bipolar logic characteristics , CMOS logic families	https://youtu.be/wh84-T5OkSk
CMOS/TTL interfacing	https://youtu.be/t4O5xbf_wCg
LVCMOS/ LVTTL logic and interfacing	https://youtu.be/Pnj1nzTP9ZI
ECL circuits	https://youtu.be/etssYazko0Y

Allu Vamsee Krishna