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Design guide

Updated: 24th Jan 17

Design of Pipeline Analog to Digital Converter

The basic elements of digital circuits: MOSFET, gate and the logic

Basic DC-DC converter ICs selection guide

MEMS Microphone a breakthrough innovation in sound sensing

Smart push-button on/off controller with Smart Reset

Scaling Power-Supply Slopes with a Reliable Power-On-Reset

Low power VLSI chip design: Circuit design techniques

VLSI Design: Automated silicon validation of Mixed signal IPs using Switch Matrix

AC/DC Adaptor design: Switch mode power supply based on Dual Switch Flyback Topology

32-bit microcontroller selection: ARM Cortex-M3 and M4 MCU selection table

Power Electronics: High Voltage Power MOSFETs for your Inverter and converter design

Ultra Low Power Logic Design with Quantum Cells

Spintronics: Ultra Low Power Logic Design with Electron Spin

VLSI Design: Small signal analysis of complex amplifier circuits

LED lamp circuit: High-PF Flyback Converter with Super-Junction MOSFET

VLSI Design: Noise analysis in amplifier circuits

Mobile application trends and the impact on mobile platforms

Motion control design: Brushless DC motor driver/controller ICs

MEMS Selection: Accelerometer, Gyroscope, Microphone, Oscillator

Non-volatile Flash Memory alternatives: FRAM, PRAM and MRAM

Medical Electronics design: MEMS in Healthcare

Audio amplification: Selection of class D audio amplifier

The power factor correction circuits in digital systems

RESCAR 2.0: To improve robustness of automotive electronics

Graphene Circuits: Making electronic circuits using carbon material graphite

Modern breakthrough technologies enable new applications based on IMU systems

Laser Printer hardware board design

MOSFET: Planar vs. New Trench technology comparison in Linear Mode Applications

Happy verification using SystemVerilog

MEMS based motion sensing design

Dielectric materials for semiconductor chips

Why engineers going for a FPGA rather than ASIC?

Biomedical signal analysis using DSP algorithms: EEG

Brief introduction to restriction of harmful materials in electronics

Select the right LED driver for your LED based lighting application

Introduction to MEMS and its applications

Learn FPGA design to develop your own customized embeddd system

Choose the brightest white LED for your LED lighting circuit/system

Variable DC voltage from high input voltage up to 100 V..

Microcontroller communication interface applications.

Flash memory chips for your embedded design.

Virtual Instrumentation - Changing the Face of Design, Measurement and Automation
By Jayaram Pillai, Managing Director, NI, India

The virtual instrumentation is a technology where an engineer can use software running on a computer to measure...

.

The comparison of white LEDs with other LEDs.

The next generation of NonVolatile RAMs (NVRAM)

The Van Neumann V/S harvard processor architecture.

Ultracapacitors: How different from batteries.

 

On line Courses

Here is a free online course on Embedded Systems for engineers learn and enter this field. This course is of 12 modules

Module1- Introduction to Embedded Systems

Module2- Microcontroller and programming

The other modules below are put in three streams based on the hardware boards used in the course, you read more on that in module-2 (above link).

Stream-Discovery Stream-LPCXpresso Stream-AME-51

Module 3b: Installation of ARM Cortex M0 based STM32F0 kit from ST Microelectronics and sample code

Module 4: Sample programs -1 for ARM Cortex M0 based on STM32F0

Module 5b: ARM Cortex M0 Architecture.

Module 6b: Sample program-2 (interfacing keypad) New

Module 7: Serial communication concepts -1

Module 8: RS-232 Basics

Module 9: Controller Area Networking (CAN)

Module 10: LIN

Module 11: I2C Bus Interface

Module 12: SPI Bus Interface

Module14: USB Interface

Module15: SRAM memory interface

Module16: Flash memory interface

Module17: LCD display panel interface

Module18: Touch pane interface

Module19: Audio/video interface

Module 3a: Installation of ARM Cortex M0 based LPCXpresso kit from NXP Semiconductor and sample code

Module 4: Sample programs -1 for ARM Cortex M0 based LPCXpress

Module 5a: ARM Cortex M0 Architecture.

Module 6a: Sample program-2 (interfacing keypad)
New

Module 7: Serial communication concepts -1

Module 8: RS-232 Basics

Module 9: Controller Area Networking (CAN)

Module 10: LIN

Module 11: I2C Bus Interface

Module 12: SPI Bus Interface

Module14: USB Interface

Module15: SRAM memory interface

Module16: Flash memory interface

Module17: LCD display panel interface

Module18: Touch pane interface

Module19: Audio/video interface

Module 3: Installation of OKI's ARM7 KIT(old module, suggest to skip this module)

Module 4: Sample programs -1 for ARM7 TDMI MCU

Module 5: OKI ARM Processor Architecture.

Module 6: Sample programs -2 for ARM7 TDMI MCU

Module 7: Serial communication concepts -1

Module 8: RS-232 Basics

Module 9: Controller Area Networking (CAN)

Module 10: LIN

Module 11: I2C Bus Interface

Module 12: SPI Bus Interface

Module14: USB Interface

Module15: SRAM memory interface

Module16: Flash memory interface

Module17: LCD display panel interface

Module18: Touch pane interface

Module19: Audio/video interface

Circuit Ideas

Variable DC voltage from high input voltage up to 100 V..

Basic regulated power supply circuits

DC motor control circuits

Sensor circuits

Logic circuits

Frequency and Timing circuits

Standards and Protocols

IEEE 802 networking standards part -1

IEEE 802 networking standards part -2

White Papers and Application Notes

Sensor circuit application notes

White paper on deployment considerations for mobile WiMAX

Communication interface application notes

Flexible Architecture to Drive Sharp Two-Way Viewing Angle and Standard LCDs

Achieving Low Power in 65-nm Cyclone III FPGAs

Broadcast Video Infrastructure Implementation Using FPGAs

Using Cyclone III FPGAs for Clearer LCD HDTV Implementation

India Semiconductor
Medical Electronics
Aerospace & Defense
Security/ID chips
 
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