'Resistor' presentation slideshows

Introduction to Electricity

Introduction to Electricity. Charge. Symbol: (q) Unit: Coulomb (C). The fundamental electric quantity is charge. Atoms are composed of charge carrying particles: electrons and protons , and neutral particles, neutrons .

1.22k views • 61 slides

CHAPTER 28) DIRECT CURRENT CIRCUITS 28.1) ELECTRMOTIVE FORCE

640 views • 48 slides

Equivalent Resistance

Equivalent Resistance. Series and Parallel Circuits. Two Kinds of circuits. Circuit Diagrams. When drawing pictures of circuits, symbols are used as shorthand instead of pictures of components. Circuit Diagrams. Instead of a battery, the symbol

521 views • 35 slides

Note

408 views • 27 slides

Build an Electronic Night Light

Build an Electronic Night Light. Electrical and Computer Engineering, Northeastern University. About how many electrons are in a short wire?. What Do Electrical Engineers Do?.

359 views • 23 slides

Physical Science

Physical Science . Take 10 Week #10 SPS 10-electromagnetism. Day # 1 Question 1. The two resistors shown are connected to identical power sources. Resistor 1 has a resistance of 30?, and resistor 2 has a resistance of 45 ?. The current in resistor 1 is 2 A .

320 views • 20 slides

EXPERIMENT 5

427 views • 19 slides

Announcements

258 views • 17 slides

276 views • 16 slides

CIRCUITS

CIRCUITS. Chapter 13.3. Electric Circuit. An electrical device connected so that it provides one or more complete paths for the movement of charges. Schematic Diagram. A graphic representation of an electric circuit or apparatus , with standard symbols for the electrical devices.

298 views • 16 slides

Class A Operating Mode

246 views • 16 slides

Capacitors and Inductors

Capacitors and Inductors. Introduction. Resistor: a passive element which dissipates energy only Two important passive linear circuit elements: Capacitor Inductor Capacitor and inductor can store energy only and they can neither generate nor dissipate energy . Capacitors.

583 views • 13 slides

AMY@Lecce: status Auger Lecce Meeting, 24-03-2011

AMY@Lecce: status Auger Lecce Meeting, 24-03-2011. AMY- Time Response of Power Detector (a reminder from last meeting). Power Detector( ZX47-60-S+) Time response. INPUT Signal. Signal Pulse Width from 10 nsec to 200 nsec 2 different frequencies (1.7 GHz and 2.6 GHz).

273 views • 13 slides

CAN YOU GET IT TO LIGHT?

CAN YOU GET IT TO LIGHT?. Using only ONE BATTERY, ONE LIGHTBULB ASSEMBLY and ONE PAPERCLIP, see HOW MANY WAYS your group can get the lightbulb to light! DRAW a quick sketch of each way. The TEAM that gets the MOST ways gets CANDY!. HOW DID IT LIGHT?. Electric Circuits.

318 views • 11 slides

Circuit Theory II Lesson 6

Circuit Theory II Lesson 6. Nilsson pp. 855-860. Irwin pp. 584-585. Average Power Average Power from the Fourier Series Average Power in Truncated Fourier Series Square Wave as an Example . Alternative Form of Fourier Series. Average Power. Linear Lumped-parameter Circuit.

258 views • 11 slides

Lecture # 3 Course Title : Electrical Circuit Analysis 1 ( EEE121 )

315 views • 11 slides

5.2a Poly Resistor

5.2a Poly Resistor. Value of resistor is from Problem 5.1=1K ? Sheet resistance of poly=25?/ Thus number of squares in poly resistor=1K?/25?/ =40 Therefore L/W=40. Minimum feature size (2 l )=2 m m

890 views • 10 slides

Resistive Circuits

343 views • 9 slides

Voltage Drops Around Closed Loops

177 views • 8 slides

Calculating Ohms Law

Calculating Ohms Law. Add you individual resistances, this will give you Total Resistance. 2 Find Total Current by using Ohms Law It=Vs/Rt 3 Finding Individual Currents is easy. Why? Because It=Irx x=any resistor.

153 views • 2 slides