'Square waves' diaporamas de présentation

Inverse Laplace Transform

Consider a given function F(s), is it possible to find a function f(t) defined on [0, ? ), such that If this is possible, we say f(t) is the inverse Laplace transform of F(s), and we write . Inverse Laplace Transform.

896 views • 31 slides

Inverse Laplace Transform

Consider a given function F(s), is it possible to find a function f(t) defined on [0, ? ), such that If this is possible, we say f(t) is the inverse Laplace transform of F(s), and we write . Inverse Laplace Transform.

1.14k views • 31 slides

Sensors and actuators

Sensors and actuators. Sensors Resistive sensors Voltage-controlling sensors Actuators Analog actuators Pulse width modulation Making sounds. Sensors. Sensors. Allow the microcontroller to receive information about the environment How bright is it? How loud is it?

2.13k views • 28 slides

Monochromatic Plane-polarized radiation

Monochromatic Plane-polarized radiation. Light through different mediums. The Electromagnetic Spectrum. Spectroscopic Methods. Superposition - interference. Superposition resulting in a beat pattern. sine waves to square waves. Waves through a slit. More on diffraction. Refraction.

321 views • 20 slides

Disturbance Monitoring Work Group Status Report

Disturbance Monitoring Work Group Status Report. By R. Peter Mackin P.E. Planning Coordination Committee Meeting #14 Salt Lake City, UT October 26-27, 2006. Overview. Monitor Installation Status Generator Performance Monitor RFP Compliance with PRC-002 System Probing Tests

298 views • 15 slides

AC Waveform and AC Circuit Theory

AC Waveform and AC Circuit Theory. Md Shahabul Alam Dept: EEE. AC Waveform and AC Circuit Theory. DC Circuit and Waveform AC Waveform Characteristics Types of Periodic Waveform Relationship Between Frequency and Periodic Time Amplitude of an AC Waveform The Average Value of an AC Waveform

749 views • 14 slides

EGR 1101 Unit 6

EGR 1101 Unit 6. Sinusoids in Engineering (Chapter 6 of Rattan/Klingbeil text). Periodic Waveforms. Often the graph of a physical quantity (such as position, velocity, voltage, current, etc.) versus time repeats itself. We call this a periodic waveform .

194 views • 11 slides

Special Topic: Sound

209 views • 9 slides