RN-LOGIC Digital circuit training system

توضیحات

  • Power supply
  • Clock generator
  • 8 active high LED
  • 8 active low LED
  • 2 common anode 7segment
  • 8 push button switch
  • 8 data latch switch
  • Buzzer, relay and bread-board
  • AND, OR, NOT, NAND, NOR, XOR gates
  • 3-state buffer and Schmitt trigger
  • 3 to 8 decoder
  • 8 to 3 encoder
  • 8 to 1 multiplexer
  • BCD to 7seg converter
  • 4-bit adder and subtractor
  • 4-bit full adder
  • 4-bit comparator
  • D and JK flip-flops
  • 4 bit binary counter
  • Decimal counter
  • 4-bit shift register
  • 16-bit register file
  • A-stable multivibrator
  • Mono-stable multivibrator
  • 555 timer
  • 16-bit RAM
  • 4-bit ALU
  • 8-bit ADC

8-bit DAC

  • Study the operation of AND, OR, NOT, NAND, NOR & XOR gates
  • Make other gates using NAND gate
  • Make a XNOR gate using NOT & XOR gates
  • Study of BCD to GRAY converter
  • Study of GRAY to BCD converter
  • Study of 3-state buffer based on 74244
  • Study of BCD to 7segment
  • Make a 2 to 4 decoder using the gates
  • Study of 3 to 8 decoder based on 74238
  • Study of 8 to 3 encoder based on 74148
  • Make a 4 to 1 multiplexer using the gates
  • Study of 8 to 1 multiplexer based on 74151
  • Make a half and full adder using the gates
  • Make a full-adder using a decoder
  • Study of 4-bit adder/subtractor based on 7483
  • Make a 1-bit comparator using the gates
  • Study of 4-bit comparator based on 7485
  • Make a RS flip-flop with CLK input using the gates
  • Make a D flip-flop with CLK input using the gates
  • Make a JK flip-flop with CLK input using the gates
  • Make a T flip-flop with CLK input using the gates
  • Study of D flip-flop based on 7474
  • Study of JK flip-flop based on 7476
  • Make a synchronous up/down counter using D and JK flip-flop and the gates
  • Make a Asynchronous up/down counter using D and JK flip-flop and the gates
  • Study of preset and clear inputs
  • Make a Johnson and ring counter using D and JK flip-flops and the gates
  • Make a up/down counter using 74191
  • Make a 4-bit shift register using D flip-flops
  • Make a 4-bit shift register using 74195
  • Make a square oscillator using 555 timer
  • Make a A-stable multivibrator using 555 timer
  • Make a Mono-stable multivibrator using 555 timer
  • Study of analog to digital converter based on ADC0804
  • Study of uni-polar digital to analog converter based on DAC0800

Study of bi-polar digital to analog converter based on DAC0800

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