How does FPGA realize combinational logic circuits? * FPGAS use universal NAND gates to implement combinational circuits. FPGAS use flip-flops to implement any circuit. FPGA has built many logic gates...


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How does FPGA realize combinational logic<br>circuits? *<br>FPGAS use universal NAND gates to<br>implement combinational circuits.<br>FPGAS use flip-flops to implement any<br>circuit.<br>FPGA has built many logic gates in the chip<br>so that it can implement any combinational<br>circuit.<br>FPGAS use NOT-AND-OR gates to<br>implement any SOP circuit.<br>FPGA uses SRAM to implement the truth<br>table of any combinational circuit.<br>

Extracted text: How does FPGA realize combinational logic circuits? * FPGAS use universal NAND gates to implement combinational circuits. FPGAS use flip-flops to implement any circuit. FPGA has built many logic gates in the chip so that it can implement any combinational circuit. FPGAS use NOT-AND-OR gates to implement any SOP circuit. FPGA uses SRAM to implement the truth table of any combinational circuit. "beginmodule" and "endmodule" are the keywords in Verilog. O True False

Jun 03, 2022
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