Digital design categories overview: Evaluate the statement — “Major digital system categories include Boolean logic, ASICs, and microprocessor/DSP devices.”

Introduction / Context:
Digital systems can be organized by implementation style and flexibility: fixed Boolean logic (standard logic ICs/PLDs), custom silicon (ASICs), and programmable computing engines (microprocessors and DSPs). The statement captures a common high-level grouping used in curriculum and practice.

Given Data / Assumptions:

• “Boolean logic” covers discrete logic, SPLDs, and small CPLDs.
• “ASICs” represent application-specific integrated circuits, including standard-cell and structured arrays.
• “Microprocessor/DSP” covers programmable instruction-executing devices.

Concept / Approach:
At system partitioning time, engineers decide what to realize with fixed logic (deterministic, low latency), with custom silicon (performance/power/volume), or with programmable processors (flexibility, fast development). This taxonomy is practical and widely used.

Step-by-Step Solution:

Verification / Alternative check:
Industry product teardowns and textbooks reflect these categories: standard logic glue, domain-specific ASICs, and general-purpose programmable processors or DSPs.

Why Other Options Are Wrong:

• Incorrect / academic only / embedded only: These dismiss realistic, widely applied categorization.
• Depends on PLDs: PLDs fit under Boolean logic or as a distinct programmable logic subcategory without negating the statement.

Common Pitfalls:
Believing categories are mutually exclusive; forgetting hybrids (SoCs with CPU + FPGA fabric); overlooking that the best solution often mixes categories.

Final Answer:
Correct