New Products
- Design platform targets complex SoC algorithms (18/05/12)
- ST's STM32 MCU gains Java development toolkit (18/05/12)
- Cadence offers NVMe IP sub-system for SSD apps (17/05/12)
- Design suite targets high-frequency IC design (08/05/12)
- Xilinx launches Vivado Design Suite (03/05/12)
- Evaluation board targets twisted pair networks (02/05/12)
- Military temperature ICs tout high reliability (27/04/12)
- Mentor's verification platform aids SoC design (25/04/12)
- Video analytics sol'n touts high flexibility (25/04/12)
- Xilinx unveils design platform for 4K2K display (24/04/12)
- Web design tool targets power management ICs (24/04/12)
- ARM unveils Cortex-A15 hard macro (20/04/12)
- ST's Android app targets op-amp design (19/04/12)
- Synopsys IP sub-system optimises audio SoCs (18/04/12)
- Verification sol'n supports Rhino architecture (28/03/12)
News & Trends
- Cadence working on "faster version" of Spice (17/05/12)
-
Cadence flow lowers n/w flow processor power (16/05/12)
- Nvidia, Intellectual Ventures buy 500 wireless patents (15/05/12)
- Fujitsu adopts Cadence Chip Planning System for MCU chips (10/05/12)
- Tensilica's India facility gets expansion, to hire more employees (07/05/12)
- TSMC demos 28nm 3.1GHz ARM Cortex-A9 chip (04/05/12)
- Posedge opens R&D centre in Bangalore (26/04/12)
- Intel buys interconnect assets from Cray (26/04/12)
-
One-Blue patent pool pushes Blu-ray, optical IP (26/04/12)
- Manipal Institute offers campus-wide access to MathWorks' tools (20/04/12)
- Renesas taps Synopsys' litho verification sol'n (20/04/12)
- Renesas licenses Tensilica's DSP IP core (19/04/12)
- 'Aakash' in controversy again... (18/04/12)
- MIPS "up for sale", looking for buyer: Report (17/04/12)
- Ghent, Imec team on integrated photonics design (17/04/12)
Technical Archives
- Utilise hierarchical methods for power intent specification (17/05/12)
- Address power concerns using HLS (10/05/12)
- Employ modelling for power integrity simulation in 3D-IC design (07/05/12)
- Recognising density requirements at 28 nm (02/04/12)
- Employ combined prototyping solutions to solve hardware/software integration issues (08/02/12)
- How formal MDV can take out IP integration uncertainty (25/01/12)
- HW/SW co-dev't with focus on software (13/01/12)
- Managing multi-Vt, multi-voltage domain timing/temp inversion (05/01/12)
- Optimising software using TLM virtual platform (07/12/11)
- Building threat simulator for multi-port radar and warfare systems (05/12/11)
- Using GreenPAK to design, program custom chip in minutes (09/11/11)
- Address mixed-signal design issues with assertion-based verification (03/11/11)
- Do we really need Agile hardware development? (27/10/11)
- Avoiding RTL coding mistakes (26/10/11)
- Conquer 0.3mm ultra-fine pitch device challenge in PCB design (20/10/11)
Application Notes
- How to employ critical area analysis (20/01/12)
- Routing DM816xx CYG package (22/12/11)
- Introduction to FFT library (16/09/11)
- Guide to using GUI library (16/09/11)
- Guide to using M3S-GUI-Builder (15/09/11)
- Renesas Starter Kit for RX62N MCU (14/09/11)
- Controlling M45PE SPI serial flash memory using software (14/09/11)
- How to use M25P Series serial flash memory control software (13/09/11)
- Controlling EEPROMs using software (13/09/11)
- Equalising medical image histogram (09/09/11)
- Employ USB2SER DLL in C sharp projects (08/09/11)
- Guide to creating MQX board support package (05/09/11)
- Tips for using OneWireViewer (02/09/11)
- Migration of software apps from S12, S08 to S12G MCUs (31/08/11)
- Altering eGUI (D4D) driver for char displays (30/08/11)
![]() Lecture 1 Basic Building Blocks In Analogue ICs |
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![]() Lecture 2 Current Mirrors |
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![]() Lecture 3 Translinear Networks |
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![]() Lecture 4 Differential Amplifier |
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![]() Lecture 5 Differential Amplifier Characteristics |
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![]() Lecture 6 Video Amplifier and RF/IF Amplifiers |
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![]() Lecture 7 Cascade Amplifier |
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![]() Lecture 8 IC Negative Feedback Wide Band Amplifiers |
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![]() Lecture 9 IC Negative Feedback Amplifiers |
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![]() Lecture 10 Voltage Sources And References |
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![]() Lecture 11 IC Voltage Regulator |
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![]() Lecture 12 Characteristics and Parameters Of Voltage |
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![]() Lecture 13 Protection Circuitry For Voltage Regulator |
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![]() Lecture 14 Switched Mode Regulator And Operational |
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![]() Lecture 15 IC Operational Voltage Amplifier |
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![]() Lecture 16 General Purpose Operational Amplifier-747 |
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![]() Lecture 17 Transconductance Operational Amplifier |
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![]() Lecture 18 Audio Power Amplifier and Norton's Amplifier |
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![]() Lecture 19 Analogue Multipliers |
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![]() Lecture 20 Analogue Multipliers |
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![]() Lecture 21 Voltage Controlled Oscillator |
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![]() Lecture 22 Voltage Controlled Oscillator |
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![]() Lecture 23 Self Tuned Filter |
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![]() Lecture 24 Phase Locked Loop |
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![]() Lecture 25 Phase Locked Loop |
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![]() Lecture 26 Phase Locked Loop |
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![]() Lecture 27 Phase Locked Loop |
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![]() Lecture 28 Current Mode ICs |
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![]() Lecture 1 Basic Electrical Technology |
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![]() Lecture 3 Passive Components |
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![]() Lecture 4 Sources |
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![]() Lecture 5 Kirchhoff's Law |
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![]() Lecture 6 Modelling of Circuits Part 1 |
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![]() Lecture 7 Modeling of Circuit Part 2 |
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![]() Lecture 8 Analysis Using Matlab |
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![]() Lecture 9 Sinusoidal steady state |
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![]() Lecture 10 Transfer Function and Pole-Zero Domain 1 |
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![]() Lecture 11 Transfer Function and Pole-Zero Domain 2 |
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![]() Lecture 12 The Sinusoid |
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![]() Lecture 1 Computational Methods |
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![]() Lecture 2 Computational Methods |
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![]() Lecture 3 Computational Methods |
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![]() Lecture 4 Computational Methods |
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![]() Lecture 5 Computational Methods |
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![]() Lecture 6 Computational Methods |
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![]() Lecture 7 Computational Methods |
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![]() Lecture 8 Computational Methods |
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![]() Lecture 9 Computational Methods |
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![]() Lecture 10 Computational Methods |
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![]() Lecture 11 Computational Methods |
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![]() Lecture 12 Computational Methods |
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![]() Lecture 13 Computational Methods |
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![]() Lecture 14 Computational Methods |
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![]() Lecture 15 Computational Methods |
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![]() Lecture 16 Computational Methods |
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![]() Lecture 17 Computational Methods |
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![]() Lecture 18 Computational Methods |
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![]() Lecture 19 Computational Methods |
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![]() Lecture 20 Computational Methods |
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![]() Lecture 21 Computational Methods |
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![]() Lecture 22 Computational Methods |
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![]() Lecture 23 Computational Methods |
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![]() Lecture 24 Computational Methods |
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![]() Lecture 25 Computational Methods |
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![]() Lecture 26 Computational Methods |
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![]() Lecture 27 Computational Methods |
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![]() Lecture 28 Computational Methods |
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![]() Lecture 29 Computational Methods |
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![]() Lecture 30 Computational Methods |
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![]() Lecture 31 Computational Methods |
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![]() Lecture 32 Computational Methods |
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![]() Lecture 33 Computational Methods |
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![]() Module - 4 Lecture - 1 Introduction to Operational Amplifiers |
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![]() Module - 4 Lecture - 3 Op-Amp Applications Part 1 |
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![]() Module - 1 Lecture - 5 Zener Diode and Applications |
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![]() Module - 2 Lecture - 1 Transistor Operation Part 1 |
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![]() Module - 2 Lecture - 2 Transistor Operation Part 2 |
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![]() Module - 2 Lecture - 6 BJT Amplifier - Part 1 |
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![]() Module - 2 Lecture - 8 Frequency Response of BJT Analysis - Part 1 |
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![]() Module - 2 Lecture - 10 Transistor as a Switch |
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![]() Module - 3 Lecture - 1 MOSFET - Part 1 |
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![]() Module - 3 Lecture - 2 MOSFET - Part 2 |
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![]() Module - 3 Lecture - 3 MOSFET under DC Operation |
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![]() Module - 3 Lecture - 5 Small Signal Model of MOSFET - Part 1 |
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![]() Module - 3 Lecture - 6 Small Signal Model of MOSFET - Part 2 |
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![]() Module - 4 Lecture - 4 Op-Amp Applications Part 2 |
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![]() Module - 4 Lecture - 5 Op-Amp Applications Part 3 |
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![]() Module - 4 Lecture - 6 The Practical Op-Amp |
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![]() Module - 4 Lecture - 7 Positive Feedback and Oscillation |
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![]() Module - 4 Lecture - 8 Comparator |
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![]() Module - 5 Lecture - 1 Large Signal Amplifiers |
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![]() Module - 5 Lecture - 2 Transformer Coupled Power Amplifier |
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![]() Module - 5 Lecture - 4 Power BJTs |
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![]() Module - 5 Lecture - 5 Regulated Power Supply |
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![]() Module - 5 Lecture - 6 Four-Layer Diode |
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Module - 5 Lecture - 7 Silicon-controlled Rectifier |
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![]() Module - 5 Lecture - 8 SCR Applications |
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![]() Lecture 1 Introduction to Digital Circuits |
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![]() Lecture 2 Introduction to Digital Circuits |
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![]() Lecture 3 Combinational Logic Basics |
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![]() Lecture 4 Combinational Circuits |
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![]() Lecture 5 Logic Simplification |
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![]() Lecture 6 Karnaugh Maps and Implicants |
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![]() Lecture 7 Logic Minimization Using Karnaugh Maps |
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![]() Lecture 8 Karnaugh Map Minimization Using Maxterms |
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![]() Lecture 9 Code Converters |
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![]() Lecture 10 Parity Generators and Display Decoder |
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![]() Lecture 11 Arithmetic Circuits |
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![]() Lecture 12 Carry Look Ahead Adders |
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![]() Lecture 13 Subtractors |
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![]() Lecture 14 2's Complement Subtractor and BCD Adder |
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![]() Lecture 4 Inductance Calculation (Three Phase) |
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![]() Lecture 15 Array Multiplier |
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![]() Lecture 16 Introduction to Sequential Circuits |
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![]() Lecture 17 S-R, J-K and D Flip Flops |
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![]() Lecture 18 J-K and T Flip Flops |
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![]() Lecture 19 Triggering Mechanisms of Flip Flops and Counters |
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![]() Lecture 20 Up/Down Counters |
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![]() Lecture 21 Shift Registers |
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![]() Lecture 22 Application of shift Registers |
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![]() Lecture 23 State Machines |
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![]() Lecture 24 Design of Synchronous Sequential Circuits |
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![]() Lecture 25 Design using J-K Flip Flop |
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![]() Lecture 26 Mealy and Moore Circuits |
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![]() Lecture 27 Pattern Detector |
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![]() Lecture 28 MSI and LSI Based Design |
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![]() Lecture 29 Multiplexer Based Design |
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![]() Lecture 30 Encoders and Decoders |
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![]() Lecture 31 Programmable Logic Devices |
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![]() Lecture 32 Design using Programmable Logic Devices |
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![]() Lecture 33 Design using Programmable Logic Devices (Cont.) |
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![]() Lecture 34 MSI and LSI based Implementation of Sequential Circuits |
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![]() Lecture 35 MSI and LSI based Implementation of Sequential Circuits (Cont.) |
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![]() Lecture 36 Design of circuits using MSI sequential blocks |
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![]() Lecture 37 System Design Example |
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![]() Lecture 38 System Design Example (Cont.) |
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![]() Lecture 39 System Design Using the Concept of Controllers |
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![]() Lecture 40 System Design Using the Concept of Controllers (Cont.) |
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![]() Lecture 31 Designing Embedded Systems (Part 4) |
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![]() Lecture 1 Introduction |
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![]() Lecture 2 Verilog (Part 1) |
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![]() Lecture 3 Verilog (Part 2) |
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![]() Lecture 4 Verilog (Part 3) |
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![]() Lecture 5 Verilog (Part 4) |
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![]() Lecture 6 Verilog (Part 5) |
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![]() Lecture 7 Verilog (Part 6) |
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![]() Lecture 8 Synthesis (Part 1) |
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![]() Lecture 9 Synthesis (Part 2) |
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![]() Lecture 10 Synthesis (Part 3) |
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