| Sl No | Name of The Equipment | Quantity | Make | Model | Specification |
| 1 | Computer System (PC) | 36
|
LENOVO VOSTRO | 90SM001EIN | I3 12 GEN, DDR4 8 GB , 240 NVME& 1 TB HDD |
| 2 | UPS | 36
|
DELTA / APC | DELTA –
GES601V20DO35 APC- BR600CI |
O/P – 230V, 2.6A, 50/60 MHz, 600VA, 360W |
| 3 | Printer | 01
|
Canon | LBP2900B | Black and White |
| 4 | FPGA Trainer KIT | 10
|
VI Micro System | XC3S500E | Family – Spartan 3E
Device – XC3S500E Package – FT256 Speed – -4 16 nos of digital inputs using slide switches, 16 nos of digital outputs using discrete LEDs |
| 5 | Xilinx | Standalone | Vi Micro System | 10.1i | Xilinx ISE series. |
| 6 | Tanner Tools | 15 | L-Edit, S-Edit,
T-Spice, W-Edit |
||
| 7 | UNIVERSAL PROGRAMMER | 01 | TOP WIN | TOP2008 | USB connected For OS window7/XP/2000/ |
| 8 | Raspberry Pi2 | 03 | Raspberry Pi2 | 2003 | Ethernet connected |
| 9 | Arduino | 03 | Arduino | USB Connected | |
| 10 | Tool kit(Soldering Iron, Disordering Pump, cutter, Tweezers, solder, flux, Multimeter | 06
|
soldron | 25 watt, Digital multimeter, Auto power off | |
| 11 | KEIL 5 with ARM7 Add ons | 36 | KEIL | KEIL | Standalone |
| 12 | PROTEUS 7.7 | 36 | Proteus | Proteus | Standalone |
| 13 | PSPICE 9.1 | 36 | PSPICE | PSPICE | Standalone |
- ACADEMICS
- >
- DEPARTMENTS
- >
- ELECTRONICS ENGINEERING (VLSI DESIGN TECHNOLOGY)
- >
- LABORATORIES
LABORATORIES
VLSI & Embedded System Lab
LIST OF MAJOR EQUIPMENTS IN THE LAB
LIST OF EXPERIMENTS
| Sl.No | TOPIC |
| 1. | Design of schematic and simple layout for CMOS Inverter & perform parasitic extraction and simulation |
| 2. | Design of schematic and simple layout for CMOS NAND gate & perform parasitic extraction and simulation |
| 3. | Design of schematic and simple layout for CMOS NOR gate & perform parasitic extraction and simulation. |
| 4. | Plotting of VTC curve of CMOS inverter using p-SPICE |
| 5. | Modelling and transient analysis of 2-inputs NAND & NOR gates using p-SPICE. |
| 6. | Design & implementation of 16-bit Arithmetic & Logic unit using VHDL. |
|
Embedded Systems Experiment list:
|
|
| 7. | Study of ARM7 & ARM9 Bit Processor Architecture and Pin Diagram. |
| 8. | Study of Interrupt structure in ARM Processors |
| 9. | Write ARM Processor program to Flash LED |
| 10. | Interfacing of an LCD Display. |
| 11. | Write a program to interface an ADC. |
| 12. | Write a program to control a Stepper Motor |
| 13. | Write a program to control the speed of DC motor. |
| 14. | Interface relays and write a program to control them. |
| 15. | Interface ZIGBEE with ARM to control more external devices. |
| 16. | Interfacing RFID module with ARM Microcontroller. |
Digital Signal Processing Lab
Equipped with Intel i3 systems, SSD storage, and Windows OS.
🛠️ Focus: Digital signal analysis and processing using modern computing tools.
Signals & Systems Lab
Powered by 12th Gen Intel i3 PCs (Windows 11).
💻 Software: Xilinx, Tanner Tools
🛠️ Focus: Signal modeling, simulation, and system analysis.
Project Lab
High-performance systems with Intel i3 (12th Gen), SSD, 8GB RAM.
🛠️ Focus: Project development, innovation, and real-time implementation.
Microwave Engineering Lab
🔧 Equipment: Klystron setup, waveguides, VSWR meter
🛠️ Focus: High-frequency and microwave communication experiments.
Digital Electronics Lab
🔧 Tools: Universal Trainer Kits (AQUILA AET-205A)
🛠️ Focus: Logic design and digital circuit implementation.
Microprocessor Lab
🔧 Hardware: 8085, 8086 Microprocessors, 8051 Microcontroller, DAC
🛠️ Focus: Embedded systems and low-level programming.
Analog Electronics Lab
🔧 Tools: CRO, Function Generator, OP-AMP IC741, Breadboards
🛠️ Focus: Analog circuit design and testing.
ADC Lab
🔧 Tools: Trainer kits, CRO, Function Generator
🛠️ Focus: Analog-to-digital signal conversion and analysis.
Wireless Communication Lab
💻 Systems with Intel i3, Windows OS
🛠️ Focus: Wireless systems and modern communication technologies.
MEMS Design Center
💻 Intel i3 systems with licensed software
🛠️ Software: MEMS Design Tools
🛠️ Focus: Micro-electromechanical system design and research.
PCB Lab
💻 Windows-based systems
💻 Software: ORCAD, Design Pro Print
🛠️ Focus: PCB design, simulation, and layout development.
CISCO ThingQbator
🔧 Tools: 3D Printer, Sensors, Actuators, Microcontrollers, SBCs
🛠️ Focus: Prototyping, IoT, and hardware innovation.
Special Laboratories
ARF Fabless Design Center
💻 Intel i3 systems, Windows OS
🛠️ Focus: Semiconductor and chip design exposure.
MIETY C2S Center (VLSI Lab)
🔧 Tools: FPGA (Xilinx Spartan-3E)
💻 Software: Tanner Tools
🛠️ Focus: VLSI design and system-level development.
IoT Makerspace / Microchip Lab
🔧 Tools: Microchip Boards, ChipKIT Wi-Fire, PIC Kit 3
🛠️ Focus: IoT, embedded systems, and smart device development.
