Derive a general formula for percent clipping of a signal

Assignment Help Electrical Engineering

Reference no: EM13254869

a) Design a two-stage signal processoras a distortion box for and electric guitar. The first stage applies a variable gain magnitude in the range 13.3 to 23.3 while the second has a gain of 1/13.3. The distortion effect relies on intentionally driving the first stage amplifier into saturation when its gain is above 13.3. Use a 10 kOHM potentiometer and resistor with value between 1kohm and 100kohm

b) derive a general formula for percent clipping of a unit amplitude sinusoidal test signal; this is the percent of time during one period in which the signal is clipped. The formula includes peak sinusoidal voltage Vp that would appear at the ouput of the first stage amplifier with saturation ignored and actual maximul due to saturation Vs.

Reference no: EM13254869

Questions Cloud

Explain the ph of a solution hcl that has been titrated : What is the pH of a solution of 25.0mL of 1.35x10-3M HCl(aq) that has been titrated with 10.73mL of 1.00x10-3M NaOH? Assume 25°C.

Calculate the velocity of a steel ball : Calculate the velocity of a 50.0g steel ball shot from a slingshot with a 120N/m spring constant when pulled back 35cm and released

Find the kinetic energy of the system after the collision : A 4.7 kg block moving at 4.7 m/s makes a head-on elastic collision with a stationary block of mass 3.9 kg. Find the kinetic energy of the system after the collision

Create a force-field analysis to address the leadership team : Leadership team effectiveness List here the problems it might need to address or the things that will cause the team to fail in making the change projects it has identified as working well.

Derive a general formula for percent clipping of a signal : derive a general formula for percent clipping of a unit amplitude sinusoidal test signal; this is the percent of time during one period in which the signal is clipped. The formula includes peak sinusoidal voltage Vp that would appear at the ouput

What is the torque on the particle about the origin : Force F = (-9.0 N) i + (5.0 N) j acts on a particle with position vector r = (-5.0 m) j + (1.0 m) k. What is the torque on the particle about the origin

Protecting the business from cyber criminals : Protecting the business from cyber criminals and online hackers especially whenever competitors might make an effort to attempt in order to use unethical strategies to acquire information and data can become difficult challenge

Evaluate the various night audit reports : Evaluate the various night audit reports and determine which is the most valuable across the greatest number of circumstances. Explain your rationale.

Calculate the range of induced emf on the antenna : A car has its 0.45m long radio antenna oriented vertically upward and is traveling at highway speeds of 70 mph. Calculate the range of induced emf on the antenna

User Account

All Pages