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  1. CircuitVerse - Online Digital Logic Circuit Simulator

    Explore Digital circuits online with CircuitVerse. With our easy to use simulator interface, you will be building circuits in no time.

  2. CircuitVerse - Digital Circuit Simulator online

    Combinational Analysis Hex-Bin-Dec Converter Download Image Theme Export Verilog

  3. Flip-flops | CircuitVerse

    Master-slave JK flip-flop is designed to eliminate the race around condition in JK flip-flop and it is constructed by using two JK flip-flops as shown in the circuit diagram below.

  4. Pseudo Random Number Generator - CircuitVerse

    A 5-bit pseudo random number generator. Uses 5 D Flip-Flops to form a linear feedback shift register. The generator stops when put in a lock state of 00000. Push the button to start.

  5. Browse by Tags - Truth Table - CircuitVerse

    Here's a description of the truth tables for various logic gates commonly used, including AND, OR, NOT, NAND, NOR, XOR (Ex-OR), and XNOR (Ex-NOR), along with their interpretations.

  6. 4-Bit look ahead carry generator - CircuitVerse

    Feb 28, 2024 · Carry look ahead Adder: Carry look-ahead adder utilizes the logic gates to look at the lower order bits of augmend and addend to see if a higher order carry is to be generated or not. …

  7. Browse by Tags - SR Flip-Flop - CircuitVerse

    Explore Digital circuits online with CircuitVerse. With our easy to use simulator interface, you will be building circuits in no time.

  8. 3 bit even parity generator - CircuitVerse

    Oct 27, 2021 · DEL Assignment No 6 Date: 27/ 10/2021 Design and implementation of 3 bit even parity generator using basic gates.

  9. MUX-based functions - CircuitVerse

    Therefore, any logic function can be implemented using multiplexers, check the interactive circuit below, which implements the basic logic gates using MUXs: MUX-based AND gate

  10. CircuitVerse - 4-Bit Binary Counter

    This scenario is practical and ideal for beginners because it allows students to analyze the core concepts of sequential circuits, registers, and counters in a visual and tangible way.