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I applied via Campus Placement and was interviewed in Jul 2021. There were 3 interview rounds.
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Medium level
RTL design, test bench , Simulation.
I was interviewed in Aug 2017.
The question asks to implement a block diagram for a given transfer function in the form of a/b.
Identify the numerator and denominator polynomials of the transfer function
Draw blocks for each polynomial term, representing multiplication and addition operations
Connect the blocks according to the transfer function equation
Include any necessary delays or feedback loops
Label the inputs and outputs of the block diagram
No
The system is not stable because the transfer function has a pole at z = 1
A stable system should have all poles inside the unit circle in the z-plane
In this case, the pole at z = 1 lies on the unit circle, making the system marginally stable
IIR and FIR filters are two types of digital filters used in signal processing.
IIR (Infinite Impulse Response) filters use feedback to create a response to an input signal.
FIR (Finite Impulse Response) filters only use feedforward and have a finite duration of response.
IIR filters can be implemented with fewer coefficients but may be less stable than FIR filters.
FIR filters have linear phase response and are generally ...
The sampling theorem states that a signal must be sampled at a rate at least twice its bandwidth to avoid aliasing.
The sampling theorem is also known as the Nyquist-Shannon sampling theorem.
Sampling at a rate slightly more than twice the bandwidth ensures that all the information in the signal is captured without distortion.
If the sampling frequency is too low, aliasing can occur, where high-frequency components are in...
DTFT is a continuous function that represents the frequency content of a discrete-time signal, while DFT is a discrete function that represents the frequency content of a finite-length sequence.
DTFT is defined for both finite and infinite-length signals, while DFT is only defined for finite-length sequences.
DTFT is a continuous function in frequency domain, while DFT is a discrete function in frequency domain.
DTFT prov...
The output sequence y[n] can be obtained by convolving the input sequence x[n] with the impulse response h[n] = [1, 0, 0, 0, -1].
The given transfer function H(Z) represents a discrete-time system with a finite impulse response (FIR) filter.
To find y[n], we need to convolve x[n] with the impulse response h[n] = [1, 0, 0, 0, -1].
Convolution can be performed by sliding the impulse response over the input sequence and summ...
It is better to take another random shot.
The probability of hitting the target is higher when taking another random shot.
Taking the next slot after the one that missed you does not increase the chances of hitting the target.
Each slot has an equal probability of being chosen, so the odds are the same for both options.
I am an avid rock climber and have scaled several peaks around the world.
I have been rock climbing for over 10 years
I have climbed peaks in the Himalayas, Andes, and Alps
Rock climbing has taught me perseverance, problem-solving, and teamwork
My parents are both teachers, my mom teaches English and my dad teaches Math.
Both parents are teachers
Mom teaches English
Dad teaches Math
Software designed to run on embedded systems with limited resources and specific functions.
Embedded software is tailored to the specific hardware it runs on.
It is often written in low-level languages like C or assembly.
It must be efficient and optimized for limited resources like memory and processing power.
Examples include firmware for a smart thermostat or a car's engine control unit.
It depends on the requirements and constraints of the project.
If the project has limited resources, a bare-metal approach without an OS may be more appropriate.
If the project requires complex functionality and multitasking, an OS may be necessary.
An OS can provide better security and easier maintenance.
Examples of OS for embedded devices are FreeRTOS, uC/OS, and Linux.
Consider the cost and time-to-market implications o
8051 registers are used for I/O operations and control of the microcontroller.
8051 has 4 register banks, each with 8 registers
Registers are used for arithmetic, logical, and bit manipulation operations
Special function registers (SFRs) control the microcontroller's peripherals
Examples of SFRs include P0 for I/O operations and TMOD for timer control
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