ECE LAB - II (Embedded System Lab.)(UG/PG)

ece-embedded

Objective of the Laboratory

  • To enable the students to program, simulate and test the 8085, 8051, PIC 18 and ARM processor based circuits and their interfaces
  • To enable the students to program various devices using FLOWCODE, KIEL , MPLAB , XILINX ISE software
  • To provide a platform for the students to do multidisciplinary projects
  • To facilitate the conduct of short term programmes.

 

Major Equipments

 

S.No. Name of Articles Description

1

Microprocessor Based Trainer Kits

MICROFRIEND DYNA-85 and ILCV2 - Kits are single board computer based on 8085A CPU designed especially for training and development applications. It is useful for programming the 8085A CPU and developing various product based on the 8085A.

2

Microcontroller Based Kit

Easy 8051 kit: The Easy 8051 kit development system is a fully contained board suitable for programming 8051 microcontroller as well as for designing and testing 8051 projects.

PIC Microcontroller Based Kits: PIC devices from 16 & 18 series PIC micro range is provided in various kits available in the lab. The kits are programmable using USB port.

ARM 9 core (Android Based): ARM 9 based system used for training and development of android based systems. The board includes pre-installed Windows Embedded CE or Linux OS. The mother board integrates a rich set of peripherals and interfaces including Ethernet, USB Host & Device, Camera, Serial ports, Audio, LCD, Keyboard, SD/MMC, Buttons, LEDs and etc.

ARM 11 based kits: An advanced ARM11 CPU is used for running operating system and application code, and for dedicated video processing.

3

Desktop Computers

Intel core i5 and Intel Core 2 duo based PCs are available in the lab with Windows Operating System.

4

Proteus Design Suit Ver 8.4

Proteus design suit is used for designing circuits, simulations and PCB development (such as schematic capture, PCB layout etc.)

 







5

Interface Cards for PIC

Interfacing cards for PIC microcontroller are small circuit boards that you would typically find in an electronic or embedded system. There are more than 50 separate circuit boards in the range; from simple LED boards to more complex boards like device programmers, Bluetooth and TCP/IP, Zigbee. These card support a number of programmable devices from the PIC, dsPIC, PIC24, ARM, AVR and Altera FPGA families. Communications standards such as RS232, I2C, USB, CAN, Bluetooth, GSM, GPS, RFID, MIDI, IrDA are also available.

6

PIC Microcontroller Based sensors

Sensor for sensing dissolved oxygen in liquid, oxygen in Air, salinity of liquid, Turbidity, pH of solution with amplifier. Electrode sensors for sensing Calcium Ion, sensing Nitrate Ion, Chloride Ion. Calorimeter sensor. Sensor for sensing conductivity of solution. Heart Rate monitoring (hand grip) sensor. EKG sensor with Electrodes. Thermocouple. CO2 Gas Sensor. Magnetic Field Sensor. Blood Pressure Sensor.

7

Flowcode 6 and C compiler

Flowcode and C compiler are the latest development environment for programming embedded devices such as PIC, AVR (including Arduino) and ARM using flowcharts instead of a textual programming language. Flowcode is a high level programming language dedicated to simplifying complex functionality such as Bluetooth, Mobile Phones Communications, USB etc.

8

Digital storage and Analog Oscilloscope

DX-1103 the Digital storage oscilloscope stores and analyses the signal digitally. It is now the most common type of oscilloscope in use because of the advanced trigger, storage, display and measurement features which it typically provides.

DX-3030: 30 Mhz Dual Trace Analog Oscilloscope have the following features Max. Input Voltage: 400V pk, Input Impedance: 1MW ±3%,30 pF ±5pF, Bandwidth: (-3dB) 

 

Name of Officials handling the Laboratory :

 

  • Dr. Neelu Jain (O/I)
  • Ms. Swati Sharma (Joint O/I)
  • Mr. TejinderPal Singh (Sr. Programmer)
  • Mr. Sunil Kumar (Lab Assistant)