With the help of a neat diagram, explain the Page Translation Process in 80386.
Please rotate your device horizontally for split view
Access and download Microprocessor question papers from Savitribai Phule Pune University (SPPU). Our collection includes INSEM (Internal Semester) and ENDSEM (End Semester) exam papers.
We offer 9 question papers for Microprocessor, covering various exam patterns and years. All papers are in PDF format for easy viewing and download.
Prepare for mid-term evaluations with Microprocessor INSEM papers, aligned with the SPPU exam pattern and syllabus.
Access Microprocessor ENDSEM papers covering the entire syllabus, essential for final exam preparation.
Our question-paper viewer enables you to:
SPPU Question Papers Hub is focused entirely on SPPU previous year papers, with cleaner discovery by branch, semester, and subject.
Microprocessor is a key subject in the SPPU curriculum. Our question paper collection helps students understand exam patterns, practice effectively, and improve academic performance.
Explore Microprocessor resources including SPPU question papers from Savitribai Phule Pune University. Find INSEM and ENDSEM papers for effective examination preparation. Our platform offers academic resources, a PDF viewer for online study, university question papers, and materials for semester examinations.
Download all INSEM question papers as ZIP
Download all ENDSEM question papers as ZIP
Download all question papers (INSEM + ENDSEM) as ZIP
With the help of a neat diagram, explain the Page Translation Process in 80386.
Draw and explain General Selector Format.
What is a Logical address, Linear address and Physical address?
Explain the use of following instructions in detail : i) SGDT ii) LIDT iii) SLDT
Explain the Segment Translation Process with a neat diagram of 80386.
Enlist various types of system and non-system descriptors in the 80386. Explain their use in brief.
Write a short note on CPL, DPL, and RPL.
Explore the role of various fields in Page Level Protection.
List and explain various Privilege Instructions.
What is call gate? Explain how it is used in calling functions with higher privilege levels.
Define the functions of Type Checking and Limit Checking in protection.
Explain different levels of protection? State the rules of protection check.
Explore the role of Task Register in multitasking and the instructions used to modify and read Task Register.
Draw and Explain the Task State Segment of 80386.
Difference between Real Mode and Virtual 8086 Mode.
Explain the TSS descriptor of 80386 with a neat diagram.
Explore memory management in the Virtual 8086 Mode.
List and explain various features of virtual 8086 Mode.
Explain the process of Enabling and Disabling Interrupts in 80386.
Differentiate and Explain the Interrupt gate and Trap gate descriptor.
Differentiate between Microprocessor and Microcontroller.
With the help of the necessary diagram, explain the structure of IDT in 80386.
Explain different types of exceptions in 80386 with suitable examples.
Draw and Explain the Architecture of a Typical Microcontroller.
| Subject Name | Microprocessor |
|---|---|
| Semester | IV |
| Pattern Year | 2019 |
| Subject Code | 210254 |
| Max Marks | 70 |
| Total Questions | 8 |
| Duration | 2½ Hours |
| Paper Number | [5869]-279 |
| Academic Year | S.E. |
| Branch Name | Computer |
| Exam Type | ENDSEM |
| Exam Session | 2022 May Jun Endsem |
| Watermark | ['CEGP013091', '49.248.216.238 30/06/2022 08:30:54 static-238'] |
Enlist various types of system and non - system descriptors in the 80386. Explain their use in brief.
Explain the use of following instructions in detail: i) LGDT ii) LIDT iii) SIDT
With the necessary flowchart, explain the complete address translation process in 80386.
Explain the page translation process in 80386.
Draw and explain the general descriptor format available in various descriptor tables.
Differentiate and explain GDTR, LDTR, and IDTR.
Explore five aspects of protection applied in segmentation.
What is DPL, EPL and IOPL? Explain in brief.
Explore the need for a protection mechanism in 80386.
Explain how control transfer instructions are executed using the call gate in the system?
List and explain various Privilege Instructions.
Elaborate on the concept of combining segment protection and page level protection in 80386.
Explain the structure of a V86 Task in detail. How is protection provided within the V86 task?
Draw and explain the Task State Segment of 80386.
With the necessary diagram, explain entering and leaving the virtual mode of 80386.
Explain the TSS descriptor and its role in multitasking.
List and explain various features of virtual 8086 mode.
Define Task Switching and explain the steps involved in task switching operation?
How interrupts are handled in protected mode? Explain with the help of a neat diagram.
Elaborate about enabling and disabling interrupts in 80386.
List and elaborate on different applications of microcontrollers.
Explain the following exceptions in brief. i) Divide error ii) Invalid Opcode iii) Overflow
How interrupts are handled in protection mode. Explain with the help of a neat diagram.
Explain various features of the 8051 Microcontroller.
| Subject Name | Microprocessor |
|---|---|
| Semester | IV |
| Pattern Year | 2019 |
| Subject Code | 210254 |
| Max Marks | 70 |
| Total Questions | 8 |
| Duration | 2½ Hours |
| Paper Number | [6002]-163 |
| Academic Year | S.E. |
| Branch Name | Computer |
| Exam Type | ENDSEM |
| Exam Session | 2023 May Jun Endsem |
| Watermark | ['CEGP013091', '49.248.216.238 09/07/2023 10:33:14 static-238'] |
Draw & Explain the general descriptor format available in various descriptor tables.
Explain the use of following Instructions in detail: i) LGDT ii) SGDT iii) SIDT
Explain the segment Translation process of 80386.
With the necessary Diagram, Explain the complete Address Translation process in 80386.
Enlist various types of system & non-system descriptors in 80386. Explain their use in brief.
Draw & Explain the General Selector Format.
Explain various Aspects of Protection Mechanism of Paging unit.
What is CPL, EPL, IOPL? Explain in Brief.
Explain the need of Protection Mechanism in 80386.
Explain how control transfer Instructions are executed using the call gate in the system.
List & Explain various Privilege Instructions.
Elaborate the concept of combining segment Protection & Page level protection in 80386.
Explain the structure of a V86 Task in detail. How is protection provided within the V86 task?
Draw & Explain the Task state segment of 80386.
With the necessary diagram, Explain entering & leaving the virtual mode of 80386.
Explain the TSS descriptor & its role in multitasking.
List & Explain various features of virtual 8086 Mode.
Define Task switching & Explain the steps involved in task switching operation.
With the help of neat diagram Explain the Process of handling Interrupts in Protected mode.
Explain the different types of exceptions in 80386 with suitable example.
With the help of neat diagram explain the architecture of typical Microcontroller.
Explain various Descriptors present in IDT of 80386.
Explain the following exceptions in brief. i) Divide Error ii) Invalid op code iii) Overflow
Explain various features of the 8051 Microcontroller.
| Subject Name | Microprocessor |
|---|---|
| Semester | IV |
| Pattern Year | 2019 |
| Subject Code | 210254 |
| Max Marks | 70 |
| Total Questions | 8 |
| Duration | 2½ Hours |
| Paper Number | [6261]-38 |
| Academic Year | S.E. |
| Branch Name | Computer |
| Exam Type | ENDSEM |
| Exam Session | 2024 May Jun Endsem |
| Watermark | ['CEGP013091', '49.248.216.238 25/05/2024 13:40:12 static-238'] |
Explain following in detail. i) Global Descriptor Table ii) Local Descriptor Table
Draw and explain the general descriptor format.
Explain the process of Segment translation in detail.
Explain following in detail i) GDTR ii) LDTR & iii) IDTR
Draw and explain segment selector format.
Explain the process of page translation in detail.
Explore the need for a protection mechanism in 80386.
List and explain various Privilege Instructions.
Explore five aspects of protection applied in segmentation.
Explain different levels of protection? State the rules of protection check.
Write a short note on CPL, DPL, and RPL.
What is call gate? Explain how it is used in calling functions with higher privilege levels.
Draw and Explain the Task State Segment of 80386.
Explore the role of Task Register in multitasking and the instructions used to modify and read Task Register.
List and explain various features of virtual 8086 Mode.
Explain the TSS descriptor of 80386 with a neat diagram.
Define task switching and explain the step involved in task switching operation.
Explore memory management in the virtual 8086 Mode.
Explain the process of Enabling and Disabling Interrupts is 80386.
Explain different types of exceptions in 80386 with suitable examples.
Differentiate between Microprocessor and Microcontroller.
How are interrupts identified in 80386?
Explain the following exceptions in brief i) Overflow, ii) Divide error iii) invalid opcode
With the help of neat diagram explain the architecture of typical microcontroller.
| Subject Name | Microprocessor |
|---|---|
| Semester | IV |
| Pattern Year | 2019 |
| Subject Code | 210254 |
| Max Marks | 70 |
| Total Questions | 8 |
| Duration | 2½ Hours |
| Paper Number | [6402]-43 |
| Academic Year | S.E. |
| Branch Name | Computer Engineering |
| Exam Type | ENDSEM |
| Exam Session | 2025 May Jun Endsem |
| Watermark | ['CEGP013091', '49.248.216.237 31/05/2025 09:42:21 static-237'] |
Explain the Segment Translation Process with a neat diagram of 80386.
Differentiate and explain GDTR, LDTR, and IDTR.
Demonstrate General Selector Format in brief.
Demonstrate General Descriptor Format available in various descriptor tables.
With the necessary diagram, explain the page translation process in 80386.
Explain the use of following instructions in detail: i) LGDT ii) SIDT iii) LLDT
What is call gate? Explain how it is used in calling functions with higher privilege levels.
Explore five aspects of protection applied in segmentation.
Explore the need for a protection mechanism in 80386.
Explain the following terminologies. i) CPL ii) DPL iii) RPL
Explain different levels of protection. Describe the rules of protection check?
Elaborate on the concept of combining segment protection and page level protection in 80386.
Explore memory management in the Virtual 8086 Mode.
Explain the TSS descriptor of 80386 with a neat diagram.
Explore the role of Task Register in multitasking and the instructions used to modify and read Task Register.
Draw and explain the Task State Segment of 80386.
With the necessary diagram, explain entering and leaving the virtual mode of 80386.
Difference between Real Mode and Virtual 8086 Mode.
Explain the following exception conditions with an example: Faults, Traps, and Aborts.
With the help of the necessary diagram, explain the structure of IDT in 80386.
List and elaborate on different applications of microcontrollers.
Differentiate and explain the Interrupt gate and Trap gate descriptor.
How interrupts are handled in protection mode. Explain with the help of a neat diagram.
Differentiate between Microprocessor and Microcontroller.
| Subject Name | Microprocessor |
|---|---|
| Semester | IV |
| Pattern Year | 2019 |
| Subject Code | 210254 |
| Max Marks | 70 |
| Total Questions | 8 |
| Duration | 2½ Hours |
| Paper Number | [5925]-263 |
| Academic Year | S.E. |
| Branch Name | Computer |
| Exam Type | ENDSEM |
| Exam Session | 2022 Nov Dec Endsem |
| Watermark | ['CEGP013091', '49.248.216.238 10/01/2023 13:37:22 static-238'] |
With the help of necessary diagram, explain the complete address translation process in 80386.
Enlist various types of system and non system descriptors in the 80386. Explain their use in brief.
Write a short note on GDTR, IDTR, LDTR.
Explain the page translation process in 80386.
Explain the use of following instructions in detail. i) LGDT ii) LIDT iii) SIDT
Draw and explain the general descriptor format available in various descriptor tables.
Explain various aspects of protection mechanism of segmentation unit.
Write a short note on EPL, DPL, and IOPL.
With the help of neat diagram explain various levels of protection and rules for protection check.
Explain how control transfer instructions are executed using the call gate in the system?
Elaborate on the concept of combining segment protection and page level protection in 80386.
List and explain various privilege instructions.
Explain the TSS descriptor and its role in multitasking.
Explain the structure of V86 task in detail. How is protection provided within the V86 task?
Differentiate between real mode and virtual mode.
Define task switching and explain the steps involved in task switching operation.
List and explain various features of virtual 8086 mode.
Draw and explain task state segment of 80386.
With the help of neat diagram explain the process of handling interrupts in protected mode.
Explain different types of exceptions in 80386 with suitable examples.
With the help of neat diagram explain the architecture of typical microcontroller.
Explore various descriptors present in IDT of 80386.
Explain the following exceptions in brief. i) Divide error ii) Invalid opcode iii) Overflow
Explain various features of the 8051 microcontroller.
| Subject Name | Microprocessor |
|---|---|
| Semester | IV |
| Pattern Year | 2019 |
| Subject Code | 210254 |
| Max Marks | 70 |
| Total Questions | 8 |
| Duration | 2½ Hours |
| Paper Number | [6179]-238 |
| Academic Year | S.E. |
| Branch Name | Computer |
| Exam Type | ENDSEM |
| Exam Session | 2023 Nov Dec Endsem |
| Watermark | ['CEGP013091', '49.248.216.238 23/12/2023 09:39:23 static-238'] |
Differentiate and explain GDTR, LDTR, and IDTR.
Explain the Segment Translation Process with a neat diagram of 80386.
Explain the role of TLB in the Address Translation process.
Demonstrate General Descriptor Format available in various descriptor tables.
With the necessary diagram, explain the page translation process in 80386.
Explain the use of following instructions in detail: i) LGDT ii) SIDT iii) LLDT
Explore five aspects of protection applied in segmentation.
List and explain various Privilege Instructions.
Explore the need for a protection mechanism in 80386.
Explain how control transfer instructions are executed using the call gate in the system?
Explain different levels of protection. Describe the rules of protection check?
Elaborate on the concept of combining segment protection and page level protection in 80386.
Explore memory management in the Virtual 8086 Mode.
Explain the TSS descriptor and its role in multitasking.
Explore the role of Task Register in multitasking and the instructions used to modify and read Task Register.
Draw and explain the Task State Segment of 80386.
With the necessary diagram, explain entering and leaving the virtual mode of 80386.
Define Task Switching and explain the steps involved in task switching operation?
Explain Faults, Traps, and Aborts conditions with an example.
Explore various descriptors present in IDT of 80386.
List and elaborate on different applications of microcontrollers.
Explain the following exceptions in brief. i) Divide Error ii) Invalid Opcode iii) Overflow
How interrupts are handled in protection mode. Explain with the help of neat diagram.
List and elaborate features of Microprocessor and Microcontroller.
| Subject Name | Microprocessor |
|---|---|
| Semester | IV |
| Pattern Year | 2019 |
| Subject Code | 210254 |
| Max Marks | 70 |
| Total Questions | 8 |
| Duration | 2½ Hours |
| Paper Number | [6352]-38 |
| Academic Year | S.E. |
| Branch Name | Computer |
| Exam Type | ENDSEM |
| Exam Session | 2024 Nov Dec Endsem |
| Watermark | ['CEGP013091', '49.248.216.237 18/12/2024 09:35:58 static-237'] |
Explain the architecture of the 80386 microprocessor with an appropriate diagram.
Describe the following addressing modes of 80386 with example i) Index addressing mode ii) Direct addressing mode iii) Based index mode
Describe the use of various 80386 Data Movement Instructions in assembly language programming with examples.
Describe the various operating modes of 80386.
Describe the following addressing modes of 80386 with example i) Register addressing mode ii) Register Indirect addressing mode iii) Immediate addressing mode
Explain the General Registers and Segment Registers of 80386 with an appropriate diagram.
Explain the 80386 processor state after Reset.
Draw and Explain Read Cycle with non-pipelined address timing.
Draw and Explain Control Registers of 80386.
Explain the following signals i) INTR ii) ADS# iii) READY# iv) HOLD v) NMI
Draw and explain the Write Cycle with non-pipelined address timing.
Draw and Explain Debug Registers of 80386.
| Subject Name | Microprocessor |
|---|---|
| Semester | II |
| Pattern Year | 2019 |
| Subject Code | 210254 |
| Max Marks | 30 |
| Total Questions | 4 |
| Duration | 1 Hour |
| Paper Number | [6008]-230 |
| Academic Year | S.E. |
| Branch Name | Computer |
| Exam Type | INSEM |
| Exam Session | 2023 Feb Insem |
| Watermark | ['CEGP013091', '49.248.216.238 08/04/2023 15:10:02 static-238'] |
Explain architecture of 80386 microprocessor with block diagram.
Explain following instructions i) MOV ii) PUSH iii) POP iv) CBW v) MOVSX
Explain following addressing modes in 80386 processor with example i) Immediate addressing mode ii) Register addressing mode iii) Register Indirect addressing mode
Draw and elaborate programmers model of 80386 processor.
With necessary example, explain various Decimal Arithmetic Instructions.
Explain following addressing modes in 80386 processor with example i) Direct addressing mode ii) Index addressing mode iii) Based-scaled-index with displacement addressing mode
What are the contents of various registers of 80386 processor after reset?
Draw and explain read cycle with non pipelined address timing.
Draw and explain control registers of 80386 processor.
Explain following signals i) BE0# - BE3# ii) ADS# iii) D/C# iv) W/R# v) BS16#
Draw and explain write cycle with non pipelined address timing.
Explain following system flags: i) NT ii) IOPL iii) IF iv) VM v) RF
| Subject Name | Microprocessor |
|---|---|
| Semester | IV |
| Pattern Year | 2019 |
| Subject Code | 210254 |
| Max Marks | 30 |
| Total Questions | 4 |
| Duration | 1 Hour |
| Paper Number | [6268]-220 |
| Academic Year | S.E. |
| Branch Name | Computer Engineering |
| Exam Type | INSEM |
| Exam Session | 2024 March Insem |
| Watermark | ['CEGP013091', '49.248.216.238 26/03/2024 14:06:05 static-238'] |
Select a question to generate an answer