Difficulty: Easy
Correct Answer: Correct
Explanation:
Introduction / Context: Schematic capture is one of the two classic front-end entry methods for programmable logic device (PLD) and field-programmable gate array (FPGA) projects, the other being hardware description languages such as VHDL or Verilog. In a schematic-based flow, the engineer draws logic symbols and interconnects to describe the intended hardware, and then lets the vendor software process that description into a configured device.
Given Data / Assumptions:
Concept / Approach: The question probes your understanding of the PLD toolchain. Schematic capture is indeed a software-based activity where the design is captured graphically and then compiled by the PLD software. The output from capture is not sufficient by itself; it must be synthesized (if needed), fitted to device resources, and routed, all within the same tool suite.
Step-by-Step Solution:
Recognize that “schematic capture” names the front-end drawing process.Note that the process is executed within EDA/PLD software on a computer, not manually on paper.Understand that the captured schematic becomes a netlist for compilation, fitting, and bitstream generation.Conclude that the statement is accurate within normal PLD workflows.Verification / Alternative check: Open any vendor IDE and select “Schematic” or “Block Diagram/Schematic File” to draw the logic; observe that subsequent steps (analysis, synthesis, fitting) are run by the same PLD tool.
Why Other Options Are Wrong: “Incorrect” would imply schematic capture is not part of PLD software, which contradicts standard flows where capture, synthesis, and implementation are integrated.
Common Pitfalls: Assuming schematic capture is obsolete. While HDL dominates, many vendors still support schematic entry for small systems, glue logic, or teaching.
Final Answer: Correct
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