purchase of Electronics Labortory Equipment

Xilinx / Altera / Equivalent FGPA Boards XC6SLX16 based on Xilinx Spartan-6 FPGA features 14579 Logic cells 136 Kb of Block RAM 2 NOS of Clock Management Tiles (CMT) 2 NOS of Memory Controller Block (MCB) 186 User I/O lines 2278 kb of distributed RAM 32 NOS of DSP Slices 16 Nos of digital input using slide switches with LED indication 16 Nos of digital output using discrete LEDs 16 2 LCD is provided for display the text message One Reset Switch One switch for giving manual clock FPGA configuration through On Board Xilinx USB to JTAG Programmer with isolation to configure FPGA On Board Flash Prom XCF04S (Programmable through USB to JTAG programmer) Total 186 I/O Pins: 100 Pins used for integrating peripheral like LED, Switches etc., balance pins are available to user in 3 nos of 20 pin header. 1 No of 26 pin headers to interface VLIM cards like Traffic Light Controller / On- board TLC factory settable. On board programmable PLL oscillator from 1MHz to 100Mhzusing jumpers 4 Nos of 7 segment LED display One relay and Buzzer provided Stepper & DC motor drive provided on board (Motor Optional) 4 * 4 matrix key provided On Board I2C RTC interface On Board Temperature sensor Interface SPI Based Analog to Digital Converter Resolution:12 bits Number of Channel:2 Channel Input Range: 0 to 3.3V Speed : 1Msps SPI Based Digital to Analog Converter Resolution: 12 bits Number of Channel: 2 Channel Input Range: 0 to 3.3V Speed : 8.5 µS setting time ADC Inputs and DAC outputs are terminated at J801 connector Housed in a sleek plastic cabinet with built in SMPS 5V/ 2A Compatible with Xilinx ISE Web PACK Software (Version 12.1 and above) 12V DC Motor 0.5kg stepper motor

Diode characteristics trainer kit Circuit diagram in the front panel Biasing components provided Test points are terminated at banana connector Input: 230V AC Housed in a closed cabinet Detailed Experimental Manual 2mm Patch chords provided for inter connecting

MOSFET Characteristics Trainer Kit Circuit diagram in the front panel Biasing components provided Test points are terminated at banana connector Input: 230V AC Housed in a closed cabinet Detailed Experimental Manual 2mm Patch chords provided for inter connecting

Frequency Response of CS Amplifier Trainer Kit Circuit diagram in the front panel Biasing components provided Test points are terminated at banana connector Input: 230V AC Housed in a closed cabinet Detailed Experimental Manual 2mm Patch chords provided for inter connecting

Frequency Response of Cascode Amplifier Trainer Kit Circuit diagram in the front panel Biasing components provided Test points are terminated at banana connector Input: 230V AC Housed in a closed cabinet Detailed Experimental Manual 2mm Patch chords provided for inter connecting

I/O characteristics of a Common Emitter Amplifier Trainer Kit Circuit diagram in the front panel Biasing components provided Test points are terminated at banana connector Input: 230V AC Housed in a closed cabinet Detailed Experimental Manual 2mm Patch chords provided for inter connecting

Frequency Response of CE, CB, CC Amplifier Trainer Kit Circuit diagram in the front panel Biasing components provided Test points are terminated at banana connector Input: 230V AC Housed in a closed cabinet Detailed Experimental Manual 2mm Patch chords provided for inter connecting

Differential amplifier trainer kit Circuit diagram in the front panel Biasing components provided Test points are terminated at banana connector Input: 230V AC Housed in a closed cabinet Detailed Experimental Manual 2mm Patch chords provided for inter connecting

Class A Transformer Coupled Power Amplifier Trainer Kit Circuit diagram in the front panel Biasing components provided Test points are terminated at banana connector Input: 230V AC Housed in a closed cabinet Detailed Experimental Manual 2mm Patch chords provided for inter connecting