Technology Labs
VL-CPLD : CPLD Trainer Kit
About Product
The VL-CPLD Basic Trainer Kit is a hands-on training platform designed to help students and engineers learn and verify digital logic designs using a Xilinx CoolRunner-II CPLD. It allows users to implement VHDL/Verilog code directly on hardware and observe results through onboard switches, LEDs, keypads, and 7-segment displays, making it ideal for foundational digital electronics and programmable logic experiments.
1) The VL-CPLD trainer is useful to realize and verify various digital designs.
2) User can construct VHDL / Verilog code and verify the results by implementing physically into the target device.
3) Software for CPLD: Xilinx ISE.
2) User can construct VHDL / Verilog code and verify the results by implementing physically into the target device.
3) Software for CPLD: Xilinx ISE.
Device
Xilinx CPLD COOL RUNNER II XC2C64A-5VQG 100 C Package
User interface
16 input switches with LED indication
16 output LEDS
1 x 4 matrix keyboard
Four multiplexed 7- segment displays.
CPLD configuration through
USB port JTAG cable.
Clock oscillator
4MHz.
Power Supply
+5V, GND
SOFTWARE
Xilinx ISE (Integrated Synthesis Environment) is a legacy software tool suite used for designing, synthesizing, and analyzing digital circuits for older Xilinx field-programmable gate arrays (FPGAs) and complex programmable logic devices (CPLDs).Single board system, capable of covering over 20 Experiments.
Xilinx CPLD COOL RUNNER II XC2C64A-5VQG 100 C Package
User interface
16 input switches with LED indication
16 output LEDS
1 x 4 matrix keyboard
Four multiplexed 7- segment displays.
CPLD configuration through
USB port JTAG cable.
Clock oscillator
4MHz.
Power Supply
+5V, GND
SOFTWARE
Xilinx ISE (Integrated Synthesis Environment) is a legacy software tool suite used for designing, synthesizing, and analyzing digital circuits for older Xilinx field-programmable gate arrays (FPGAs) and complex programmable logic devices (CPLDs).Single board system, capable of covering over 20 Experiments.
1) To create new project using Xilinx ISE
2) VHDL Code for Half Adder.
3) Write a program to test Input and output
4) Write a program to interface keys and seven segment display.
5) To test the free IOs by generating wave pattern on it.
6) All Components are visible clearly on the top of the PCB.
7) ALU
8) DemorgansLaw
9) 8:3 MUX
10) 4:2 MUX
11) Fulladder
12) FullSubtracter
13) HalfSubtracter
14) LogicOperations
15) UniversalGate
16) D_FlipFlop
17) Many and more Experiment Support
2) VHDL Code for Half Adder.
3) Write a program to test Input and output
4) Write a program to interface keys and seven segment display.
5) To test the free IOs by generating wave pattern on it.
6) All Components are visible clearly on the top of the PCB.
7) ALU
8) DemorgansLaw
9) 8:3 MUX
10) 4:2 MUX
11) Fulladder
12) FullSubtracter
13) HalfSubtracter
14) LogicOperations
15) UniversalGate
16) D_FlipFlop
17) Many and more Experiment Support
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