Design op amp integrators and differentiators

Assignment Help Mathematics

Reference no: EM13551238

(a) Mimic this analysis to show that the circuit in Figure is an op amp integrator with

E_out= -1/RC ∫E(t)dt,

up to a constant that depends on the initial charge on the capacitor.

2158_Design op amp integrators.png

(b) Design op amp integrators and differentiators using negative feedback but with induc¬tors instead of capacitors. (In most situations, capacitors are less expensive than induc¬tors, so the previous designs are preferred.)

Reference no: EM13551238

Questions Cloud

Explain the volume of a gas increase and decrease : Does the volume of a gas increase, decrease, or stay the same when the pressure decreases from 760 to 350 mm Hg and the temperature decreases trom 250°C to - 50°C

Find what is the maximum extension of the spring : A block of mass 4.0 kg is attached to a string and the string is attached to a spring(k=32.0N/m). What is the maximum extension of the spring

Hamiltonian is diagonal and what is matrix of hamiltonian : The Hamiltonian of a system of two (spin- 1/2) electron H= ?1?z1+?2?z2 where ?z is the Pauli Matrix, ? is an energy parameter and our subscripts represent the two electrons 1 and 2. What is the basis where this Hamiltonian is diagonal and what is the..

Define how will its volume compare to that at sea level : A helium-filled balloon escapes a child's hand at sea level and 21.1 deg C. how will its volume compare to that at sea level

Design op amp integrators and differentiators : Design op amp integrators and differentiators using negative feedback but with induc¬tors instead of capacitors. (In most situations, capacitors are less expensive than induc¬tors, so the previous designs are preferred.)

Estimate how fast is the plane traveling : you hear a sonic boom of a high speed jet plane exactly 2.90 s after it passes directly overhead in level flight. At the time you hear the boom, how fast is the plane traveling

What is the blocks volume : A solid block is attached to a spring scale. The reading on the scale when the block is completely immersed in water is 25.2 , What is the block's volume

Determine the total acceleration of the particle at point b : A particle moves at a constant acceleration along the curve x2 = x1/100 from point A to point B. The velocity of the particle at A is 10 m/sec, and 10 sec later at point B it is traveling at 50 m/sec. Determine the total acceleration of the particle ..

Estimate the gauge pressure in the pipe on the top floor : Water has a density of 1000 kg/m3. 1 atm = 1.013 x 105 N/m2. Water at a gauge pressure of 4.4 atm enters a building at ground level. what is the gauge pressure in the pipe on the top floor

User Account

All Pages