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Programmable Logic Devices (PLDs) MCQs

1. What does PLD stand for?

(A) Programmable Logic Device


(B) Primary Logic Device


(C) Programmed Logic Device


(D) Practical Logic Device



2. Which of the following is a type of PLD?

(A) FPGA


(B) CPU


(C) RAM


(D) GPU



3. What does FPGA stand for?

(A) Field-Programmable Gate Array


(B) Fast-Programmable Gate Array


(C) Field-Processed Gate Array


(D) Fast-Processed Gate Array



4. Which type of PLD is typically used for complex digital circuits that require high performance and flexibility?

(A) PROM


(B) PLA


(C) FPGA


(D) CPLD



5. What does CPLD stand for?

(A) Complex Programmable Logic Device


(B) Compact Programmable Logic Device


(C) Controlled Programmable Logic Device


(D) Combined Programmable Logic Device



6. Which PLD is characterized by having a fixed number of logic gates and a simpler design compared to FPGAs?

(A) PROM


(B) PLA


(C) FPGA


(D) CPLD



7. What is the primary function of a PLD?

(A) Data storage


(B) Logic implementation


(C) Signal amplification


(D) Power regulation



8. Which type of memory is typically used to configure an FPGA?

(A) Flash memory


(B) SRAM


(C) DRAM


(D) ROM



9. What is the main difference between PLA and PAL?

(A) PLA is reprogrammable, PAL is not


(B) PLA has a programmable AND array, PAL has a fixed AND array


(C) PAL is faster than PLA


(D) PLA is larger than PAL



10. What does PROM stand for?

(A) Programmable Read-Only Memory


(B) Permanent Read-Only Memory


(C) Processed Read-Only Memory


(D) Primary Read-Only Memory



11. Which PLD type uses antifuse technology for programming?

(A) PROM


(B) FPGA


(C) CPLD


(D) PLA



12. Which of the following is not a typical application of PLDs?

(A) Digital signal processing


(B) Implementing custom logic circuits


(C) Data storage


(D) Prototyping digital designs



13. Which tool is commonly used to program FPGAs?

(A) VHDL or Verilog


(B) Assembly language


(C) Machine code


(D) High-level programming language



14. What is the advantage of using an FPGA over a fixed-function IC?

(A) Lower power consumption


(B) Higher speed


(C) Reconfigurability


(D) Smaller size



15. What is the purpose of the configuration logic block in an FPGA?

(A) To store user data


(B) To define the logic functions of the FPGA


(C) To regulate power supply


(D) To handle input/output operations



16. Which type of PLD is typically used for simpler logic functions and has a fixed OR array?

(A) FPGA


(B) PLA


(C) PAL


(D) CPLD



17. In a CPLD, what is the function of the macrocell?

(A) To perform arithmetic operations


(B) To store configuration data


(C) To implement logic functions


(D) To manage power distribution



18. Which of the following statements is true about FPGAs?

(A) They are programmed using only hardware description languages.


(B) They cannot be reprogrammed once configured.


(C) They are less flexible than CPLDs.


(D) They have a fixed logic function.



19. Which PLD is typically used in applications requiring high-speed and low-latency operations?

(A) PROM


(B) PLA


(C) FPGA


(D) PAL



20. What is a primary advantage of using PLDs in digital circuit design?

(A) Permanent storage of data


(B) Fixed functionality


(C) Customizable logic implementation


(D) High power consumption



 

MCQs of Digital Logic Design (DLD)

Introduction to Digital Systems

  1. Analog vs. Digital signals MCQs
  2. Binary numbers and arithmetic MCQs
  3. Logic levels and noise margins MCQs

Boolean Algebra

  1. Basic logic operations (AND, OR, NOT) MCQ
  2. Laws and theorems of Boolean algebra MCQ
  3. De Morgan’s Theorems MCQ
  4. Canonical forms (Sum of Products, Product of Sums) MCQ
  5. Simplification techniques (Karnaugh Maps, Quine-McCluskey method) MCQ

Combinational Logic

Logic Gates

  1. Basic gates (AND, OR, NOT) Gat MCQ
  2. Universal gates (NAND, NOR) Gat MCQs
  3. XOR and XNOR gates MCQ

Combinational Circuits

  1. Design and analysis of combinational circuits MCQ
  2. Multiplexers and Demultiplexers MCQ
  3. Encoders and Decoders MCQ
  4. Binary Adders (Half adder, Full adder) MCQ
  5. Subtractors and Arithmetic Logic Units (ALU) MCQ
  6. Comparators MCQ in DLD

Sequential Logic

Flip-Flops and Latches

  1. SR Latch, D Latch MCQ
  2. Flip-Flops (SR, D, JK, T) MCQ
  3. Characteristic equations and excitation tables MCQ
  4. Edge-triggered vs. level-triggered devices MCQ

Counters and Registers

  1. Synchronous, Asynchronous (ripple), Up/Down counters MCQs
  2. Shift registers (SIPO, PISO, SISO, PIPO) MCQs

State Machines

Finite State Machines (FSMs)

  1. Moore and Mealy machines MCQs

Memory and Programmable Logic MCQs

Memory Devices

  1. Read-Only Memory (ROM)
  2. Random Access Memory (RAM)
  3. Programmable Logic Devices (PLDs) MCQs
  4. Field Programmable Gate Arrays (FPGAs) MCQs

More MCQs of Digital Logic Design (DLD)

Computer Science Repeated MCQs Book Download

MCQs collection of solved and repeated MCQs with answers for the preparation of competitive exams, admission test and job of PPSC, FPSC, UPSC, AP, APPSC, APSC, BPSC, PSC, GOA, GPSC, HPSC, HP, JKPSC, JPSC, KPSC, KERALAPSC, MPPSC, MPSC, MPSCMANIPUR, MPSC, NPSC, OPSC, RPSC, SPSCSKM, TNPSC, TSPSC, TPSC, UPPSC, UKPSC, SPSC, KPPSC, BPSC, AJKPSC ALPSC, NPSC, LPSC, SCPSC, DPSC, DCPSC, PSC, UPSC, WVPSC, PSCW, and WPSC.

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