Design a discrete time echo filter in order to process

Assignment Help Electrical Engineering

Reference no: EM13277649

Design a discrete time Echo filter in order to process the demo signal Splat, using Fs = 8192 Hz. The filter should pass the original signal unchanged and the first echo should be located at 0.7 seconds with 10% attenuation and the second echo should be located at 1.2 seconds with 20 % attenuation.

Find the filter unit sample response in terms of delayed unit samples: h[n]

Reference no: EM13277649

Questions Cloud

How many items will be refurbished products : What will be your total profit and how many items will be accepted as good products - How many items will be refurbished products?

What is the players speed : A 71.0kg football player is gliding across very smooth ice at 2.00m/s, What is the player's speed afterward if the ball is thrown at 18.0m/s relative to the ground

Calculate cp-cv-r and the molar mass of the gas : When a certain perfect gas is heated at constant pressure from 15 oC to 95 oC, the heat required is 1136 kJ/kg. When the same gas is heated at constant volume between the same temperatures the heat required is 808 kJ/kg.

Determine the distance between the object and the image : An object is placed 24.5 cm to the left of a thin converging lens that has focal length +12.1 cm. What is the distance between the object and the image

Design a discrete time echo filter in order to process : Design a discrete time Echo filter in order to process the demo signal Splat, using Fs = 8192 Hz. The filter should pass the original signal unchanged and the first echo should be located at 0.7 seconds with 10% attenuation

What are the rate of return and the nominal interest rate : A $5000 face value industrial bond can be purchased for $4920. Its dividend rate is *% and it pays dividends semianually and will mature in eight years. What are the rate of return, the nominal interest rate, and the effective rate of return

Find the recoil velocity of the man relative to the ice : Starting from rest, two skaters "push off" against each other on smooth level ice, where friction is negligible. find the recoil velocity of the man relative to the ice

Describe how does the bandwidth depend on kfp : In a unity feedback system, the forward path has a transfer function of the form G(s) = k/(1+s/ωp), and the feedback path has a gain of kfp which is less than unity. Calculate the bandwidth of the closed-loop transfer function.

Calculate the bandwidth of the closed-loop transfer function : In a unity feedback system, the open-loop transfer function is of the form Gol(s) = k/(1+s/ωp). Calculate the bandwidth of the closed-loop transfer function. How does the bandwidth depend on K and ωp

User Account

All Pages