Intel Hardware & Networking Engineer Interview Questions and Answers

Basic ece ques and apti

Q1. What are flip flops and latches
Ans. 
Flip flops and latches are sequential logic circuits used in digital electronics to store and transfer data.
• Flip flops are clocked circuits that store one bit of data, while latches are level-sensitive circuits that store data as long as the enable signal is active.

• Flip flops are edge-triggered, meaning they change state on a clock edge, while latches are level-triggered, changing state as long as the enable signal is ...read more
Answered by AI
Add your answer
Q2. Verilog projects
Add your answer

Aptitude, Digital Electronics.

Questions on dgital electronics and circuits

Q1. Questions on digital electronics , STA and FSM and Verilog
Add your answer

Digital Electronics, verilog basics,C language basics,

Q1. Project description, digital system design for start bit detector in UART
Ans. 
Designing a digital system for detecting start bit in UART communication
• The start bit is the first bit in a UART transmission and is always a logic low

• The system should sample the incoming data at a rate higher than the baud rate to accurately detect the start bit

• A shift register can be used to store the incoming data and detect the start bit

• The system should also check for framing errors and parity errors
Answered by AI
Add your answer
Q2. Project description, latch based circuit and flip flop based circuits, 1 puzzle
Add your answer

Basic apptitude and digital and analog mcqs

Q1. Design a 3 input xor gate using 4:1mux
Ans. 
Use a 4:1 mux to create a 3 input XOR gate.
• Connect two of the inputs to the select lines of the mux.

• Connect the third input to one of the data inputs of the mux.

• Connect the other data input of the mux to the output of an XOR gate between the first two inputs.

• Use the output of the mux as the output of the 3 input XOR gate.
Answered by AI
Add your answer

Q1. Wasn't selected to hr round
Add your answer

Digital Electronics, CMOS, Aptitude, C programming

Q1. Verilog, VLSI Design Flow, CMOS basics
Add your answer