Unit 1. Current and Voltage U 1 VOLTAGE AND CURRENT. Circuit Basics KVL, KCL, Ohm's Law LED Outputs Buttons/Switch Inputs. Current / Voltage Analogy

Size: px
Start display at page:

Download "Unit 1. Current and Voltage U 1 VOLTAGE AND CURRENT. Circuit Basics KVL, KCL, Ohm's Law LED Outputs Buttons/Switch Inputs. Current / Voltage Analogy"

Transcription

1 ..2 nt Crcut Bascs KVL, KCL, Ohm's Law LED Outputs Buttons/Swtch Inputs VOLTAGE AND CRRENT..4 Current and Voltage Current / Voltage Analogy Charge s measured n unts of Coulombs Current Amount of charge flowng through a n a certan Measured n = Coulombs per second Current s usually denoted by the varable, I Voltage Electrc energy Analogous to mechancal potental energy (.e. ) Must measure ponts Measured n Volts (V) Common reference pont: Ground (GND) = 0V Often really connected to the ground Hgher Conductve Materal (A Wre) Hgher Lower Lower V 5V Charge = Water Voltage Source = Water Pressure v v 2 2 v GND

2 Meet The Components Most electronc crcuts are modeled wth the followng components Resstor Measures how well a materal conducts electrons Capactor & Inductor Measures materal's ablty to store charge and energy Transstor Basc amplfcaton or swtchng technology.5 Transstor Krchhoff's Laws Common sense rules that govern current and voltage Krchhoff's Current Law (KCL) Krchhoff's Voltage Law (KVL) Krchhoff's Current Law (KCL) The current flowng a locaton (a.k.a. node) must equal the current flowng of the locaton or put another way The sum of current at any locaton must An electronc component (e.g. resstor, transstor, etc.) 2 4 KCL says.6 Krchhoff's Current Law Remnder: KCL says Start by defnng a for each current It does not matter what drecton we choose When we solve for one of the currents we may get a current "Negatve" sgn smply means the drecton s of our orgnal ndcaton In the examples to the rght the top two examples the drectons chosen are fne but physcally n volaton of KCL but KCL helps us arrve at a consstent result snce solvng for one of the current values ndcates The of and 2 are the same They always flow n the drecton of each other (f one flows n the other flows out or vce versa) 2 KCL says mples 2 KCL says mples 2 KCL says 2 KCL says.7 Krchhoff's Laws Krchhoff's Voltage Law (KVL) The sum of voltages around a (.e. walkng around and returnng to the ) must equal 0 Defne "polarty" of voltage and then be consstent as you go around the loop obvously when you solve you may fnd a voltage to be negatve whch means you need to flp/reverse the polarty v KVL says: v v 2 v 4 2 v 4 KVL says: v 2 2 v 5.8 v 5

3 .9.0 Nodes Practce KCL and KVL (Def.) An electrc node s the juncton of devces connected by wres voltage at any pont of the node How many nodes exst n the dagram to the rght? se KCL to solve for, 4, and 6 se KVL to solve for v, v8, v5 NODE D A 2V Hnt: Fnd a node or loop where there s only one unknown and that should cause a domno effect 9 A 9 9V 5V 2 8 v 8 NODE A A 4 v 4 v 5 4V NODE C 0.5A 8 5 NODE B V 5V Resstance and Ohms Law Measure of how hard t s for current to flow through the substance Resstance = How much do you have to put to get a to flow Measured n Ohms () Ohm's Law or R => I Large Resstance R Small Resstance Schematc Symbol for a Resstor. Seres & Parallel Resstance Seres resstors = one after the next wth no other dvergent path Parallel resstors = Spannng the same two ponts Seres and parallel resstors can be combned to an equvalent resstor wth value gven as shown Seres Connectons R R eff R=R= Parallel Connecton R R eff R eff =.2

4 ..4 Solvng Voltage & Current Voltage Supply Drawngs Gven the crcut to the rght, let = 5V, R = 400 ohms, = 600 ohms Solve for the current through the crcut and voltages across each resstors (.e. V and V2) Snce everythng s n, KCL teaches us that the current through each component must be the, let's call t = Ths alone lets us compute V and V2 snce Ohm's law says V = and V2 = V = and V2 = Though unneeded, KVL teaches us that VV2=0 or that = V V2 V R The voltage source () n the left dagram (.e. the crcle connected to the "Rest of Crcut") s shown n an alternate representaton n the rght dagram (.e. the trangle labeled "") In the left dagram we can easly see a KVL loop avalable There s stll a KVL loop avalable n the rght dagram V R Ths dagram s an equvalent to the one above. Rest of Crcut Actual connecton wll be drawn lke ths.5.6 Voltage Dvders Orgnal Problem Vs = 5V, R = 400 ohms, = 600 ohms Recall our soluton = Vs / (R ) = 5/000 = 5 ma V = *R = 2V and V2 = * = V When two resstors are n seres we can deduce an expresson for the voltage across one of them = / V = *R and V2 = * Substtutng our expresson for : The voltage across one of the resstors s proportonal to the value of that resstor and the total seres resstance If you need 0 gallons of gas to drve 500 mles, how much gas you have you used up after drvng 200 mles? Gas =, Mlage = V tot R V V2 If two resstors Rx and Ry are n seres then voltage across Rx s: Vx = Memorze ths. We wll use t often! Solvng Voltage & Current Reconsderng the crcut to the rght wth Vs = 5V, R = 400 ohms, = 600 ohms Solve for the current through the crcut and voltages across each resstors (.e. V and V2) We can use the voltage dvder concept to mmedately arrve at the value of V2 2 V R

5 .7.8 Solvng Voltage & Current Consder the crcut on the rght What s the relatonshp between V and V? Can you solve for the voltage V (n terms of Vs, R,, R)? Vs V R V R A Problem Gven the followng parameters Vs=5V, R=4, = 2, R = 2 and R4 = 0 ohms. Can we use the voltage dvder concept to mmedately solve the voltage across or do we need to frst do some manpulaton? What about R4? Frst, fnd the total equvalent resstance (R eq ) seen by Vs and then solve for the voltage across each resstor Can you solve for the voltage V2 (n terms of Vs, R,, R)? Frst collapse ths to a sngle equvalent resstance, R eq.9.20 Generatng Inputs & Measurng Outputs LEDS AS OTPTS AND ITCHES/BTTONS AS INPTS Where do nputs to a dgtal crcut orgnate? sually as from another dgtal crcut (.e. SB connectng to your laptop's man processng system) For our class rght now: A controlled by a human (can be on or off) How wll we know what voltage s comng out of a dgtal crcut? Could use a voltmeter or osclloscope (don't be afrad to use the equpment n our lab!) are commonly used to show the status of a dgtal output to a human A button or swtch (nput stmulus) Input Some dgtal processng/ control An LED Output Each key on your keyboard s essentally a dgtal nput generated by a push button (pressed or not pressed) The status ndcator on the Caps Lock button s smply an LED controlled by a dgtal output.

6 (LghtEmttng) Dodes The smplest output we can control s an LED (Lghtemttng dode) whch s lke a tny lght bulb An LED glows ('on') when current through t (.e. when there s a voltage across t) LEDs are polarzed meanng they only work n one orentaton ( must be at hgher voltage).2 Longer connects to the sde wth the hgher voltage Shorter connects to the sde wth the lower voltage Need for Seres Resstor wth LEDs Problem: LEDs may allow too much current to flow whch may blow out the LED Soluton: se a seres resstor to lmt current Amount of current wll determne of LED R then and thus LED brghtness = V/R = (VsV LED ) / R sually R s a few hundred ohms (ohms) Longer LED Schematc Symbol.22 Shorter Longer Shorter 5V 0V Current flows = LED on 0V 0V LED Schematc Symbol ault/fles/magecache/productfull/p roducts/solarbotcsredled.gf 5V 0V BACKWARDS!! No Current flows = LED off 5V 5V No voltage dfferental = No Current flows = LED off Man Pont: The long of the LED must be attached to the sde that wll have the hgher voltage. No current lmtaton BAD Choose resstor to lmt current A dgtal (gate) output wll usually serve as our voltage source that can be ether '0' (0V) or '' (5V) Doesn't matter where resstor s placed as long as t s n seres Man Pont: LED's should always be connected wth a currentlmtng resstor Breadboard vew LED Connecton Approaches When lettng a dgtal output control an LED, the value (.e. '0' = low or '' = hgh voltage) that causes the LED to lght up depends on how the crcut s wred Ths box represents a dgtal output (e.g. your Arduno) that can generate a hgh () or low (0) voltage. What dgtal output value must be present for the LED to be on? Note: Gates can often (take n) more current than they can (push out), so opton 2 may be preferred but let's not worry about ths now let's use opton Opton 0 LED on LED off GND Model of dgtal output LED s on when gate outputs '' R Opton 2 LED off LED on LED s on when gate outputs '0'.2 Swtch and PushButton Inputs Swtches and pushbuttons can be n one of two confguratons: or Swtches can be opened or closed and then n that poston untl changed Pushbuttons are open by and requre you to push them to close the crcut (they then open when you release) Can be used as an nput to dgtal devce.24 Example pushbuttons Example swtch Man Pont: LED's can lght for ether a logc '' or '0' output t depends on how they are wred.

7 Swtches and Pushbuttons Important Note : When open a /PB looks lke an resstance (no current can flow) When closed a /PB looks lke a (R=0) and no voltage drops across t Queston: What voltage does an open or closed swtch (pushbutton) generate? Answer:. Important Note 2: or PBs don't produce dgtal 0's or 's, they control what voltage (PWR/GND) s connected to your devce = =.25 R=nf. (open crcut) R=0 (wre) V =?? V =?? Connectng a Swtch Swtches only help the voltage gong nto a devce, they do not produce a voltage (0V or 5V) by themselves Opton : Attach one sde to GND and the other sde to the devce When the swtch=open, nothng s connected to the devce (a.k.a. ) A floatng nput may sometmes appears as zero, and other tmes as a one. We need the nputs to logc gates to be n ether the 0 or state not floatng Opton 2: When swtch closed => resstance connecton from power to ground = current flow BAD!!! (Ths s known as a "short crcut"). Vn = floatng = unknown Vn.26 Opton : Bad (floatng) Swtch Closed = 0V (Logc 0) to nput Swtch Open =??? (does not work) nlmted current flow when closed Opton 2: Bad (short crcut) Swtch Open = =5V (Logc ) to nput Swtch Closed = Short Crcut (does not work) Preferred Wrng of Swtches Soluton: Put GND on the far sde and a "pullup" resstor at the nput sde "Pullup resstor" used to hold the nput hgh unless somethng s forcng t to a zero open => Arduno nput looks lke nf. Resstance n seres wth Rp. Thus through Rp and thus no voltage drop across Rp Vn = closed => Drect wre from GND to nput nput = Also current flowng from to GND s lmted by Rp preventng a short crcut. sually Rp s large (0k ohms) to lmt current To calculate Vn:.27 Power & Ground Connectons Easy mstake when you're just learnng to wre up crcuts: Wre the nputs & outputs but forget to connect power and ground All crcuts and chps requre a connecton to a power source and ground Dgtal crcuts (aka "gates") Swtches Buttons.28 Rp Vn Preferred: se a pullup resstor Vn = V RP Vn = RP = snce n wth resstance of Arduno nput Thus, Vn = Man Pont: Buttons & swtches should have GND connected to one sde & a pullup resstor on the other Actual connecton Rest of Crcut GND wll be drawn lke ths

EE 215A Fundamentals of Electrical Engineering Lecture Notes Resistive Circuits 10/06/04. Rich Christie

EE 215A Fundamentals of Electrical Engineering Lecture Notes Resistive Circuits 10/06/04. Rich Christie 5A Introducton: EE 5A Fundamental of Electrcal Engneerng Lecture Note etve Crcut 0/06/04 ch Chrte The oluton of crcut wth more than two element need a lttle more theory. Start wth ome defnton: Node pont

More information

EE301 AC Source Transformation and Nodal Analysis

EE301 AC Source Transformation and Nodal Analysis EE0 AC Source Transformaton and Nodal Analyss Learnng Ojectves. Construct equvalent crcuts y convertng an AC voltage source and a resstor to an AC current source and a resstor. Apply Nodal Analyss to an

More information

POLYTECHNIC UNIVERSITY Electrical Engineering Department. EE SOPHOMORE LABORATORY Experiment 1 Laboratory Energy Sources

POLYTECHNIC UNIVERSITY Electrical Engineering Department. EE SOPHOMORE LABORATORY Experiment 1 Laboratory Energy Sources POLYTECHNIC UNIERSITY Electrcal Engneerng Department EE SOPHOMORE LABORATORY Experment 1 Laboratory Energy Sources Modfed for Physcs 18, Brooklyn College I. Oerew of the Experment Ths experment has three

More information

ECE315 / ECE515 Lecture 5 Date:

ECE315 / ECE515 Lecture 5 Date: Lecture 5 Date: 18.08.2016 Common Source Amplfer MOSFET Amplfer Dstorton Example 1 One Realstc CS Amplfer Crcut: C c1 : Couplng Capactor serves as perfect short crcut at all sgnal frequences whle blockng

More information

... -J to send radio signals through the air, how modulation , IJ."~ UNITED STATES~~ FREQUENCY ALLOCATIONS

... -J to send radio signals through the air, how modulation , IJ.~ UNITED STATES~~ FREQUENCY ALLOCATIONS ..., J."..J What would lfe be lke wthout rado and televson? Only a hundred years ago the fastest way to send a message between Amerca and Europe or Asa was a fast shp. Now we get lve televson coverage

More information

Figure 1. DC-DC Boost Converter

Figure 1. DC-DC Boost Converter EE46, Power Electroncs, DC-DC Boost Converter Verson Oct. 3, 11 Overvew Boost converters make t possble to effcently convert a DC voltage from a lower level to a hgher level. Theory of Operaton Relaton

More information

Network Theory. EC / EE / IN. for

Network Theory.   EC / EE / IN. for Network Theory for / / IN By www.thegateacademy.com Syllabus Syllabus for Networks Network Graphs: Matrces Assocated Wth Graphs: Incdence, Fundamental ut Set and Fundamental rcut Matrces. Soluton Methods:

More information

RC Filters TEP Related Topics Principle Equipment

RC Filters TEP Related Topics Principle Equipment RC Flters TEP Related Topcs Hgh-pass, low-pass, Wen-Robnson brdge, parallel-t flters, dfferentatng network, ntegratng network, step response, square wave, transfer functon. Prncple Resstor-Capactor (RC)

More information

Figure 1. DC-DC Boost Converter

Figure 1. DC-DC Boost Converter EE36L, Power Electroncs, DC-DC Boost Converter Verson Feb. 8, 9 Overvew Boost converters make t possble to effcently convert a DC voltage from a lower level to a hgher level. Theory of Operaton Relaton

More information

29. Network Functions for Circuits Containing Op Amps

29. Network Functions for Circuits Containing Op Amps 9. Network Functons for Crcuts Contanng Op Amps Introducton Each of the crcuts n ths problem set contans at least one op amp. Also each crcut s represented by a gven network functon. These problems can

More information

4.3- Modeling the Diode Forward Characteristic

4.3- Modeling the Diode Forward Characteristic 2/8/2012 3_3 Modelng the ode Forward Characterstcs 1/3 4.3- Modelng the ode Forward Characterstc Readng Assgnment: pp. 179-188 How do we analyze crcuts wth juncton dodes? 2 ways: Exact Solutons ffcult!

More information

Lecture 10: Bipolar Junction Transistor Construction. NPN Physical Operation.

Lecture 10: Bipolar Junction Transistor Construction. NPN Physical Operation. Whtes, EE 320 Lecture 10 Page 1 of 9 Lecture 10: Bpolar Juncton Transstor Constructon. NPN Physcal Operaton. For the remander of ths semester we wll be studyng transstors and transstor crcuts. The transstor

More information

TECHNICAL NOTE TERMINATION FOR POINT- TO-POINT SYSTEMS TN TERMINATON FOR POINT-TO-POINT SYSTEMS. Zo = L C. ω - angular frequency = 2πf

TECHNICAL NOTE TERMINATION FOR POINT- TO-POINT SYSTEMS TN TERMINATON FOR POINT-TO-POINT SYSTEMS. Zo = L C. ω - angular frequency = 2πf TECHNICAL NOTE TERMINATION FOR POINT- TO-POINT SYSTEMS INTRODUCTION Because dgtal sgnal rates n computng systems are ncreasng at an astonshng rate, sgnal ntegrty ssues have become far more mportant to

More information

IEE Electronics Letters, vol 34, no 17, August 1998, pp ESTIMATING STARTING POINT OF CONDUCTION OF CMOS GATES

IEE Electronics Letters, vol 34, no 17, August 1998, pp ESTIMATING STARTING POINT OF CONDUCTION OF CMOS GATES IEE Electroncs Letters, vol 34, no 17, August 1998, pp. 1622-1624. ESTIMATING STARTING POINT OF CONDUCTION OF CMOS GATES A. Chatzgeorgou, S. Nkolads 1 and I. Tsoukalas Computer Scence Department, 1 Department

More information

Mesh Equations. Introduction

Mesh Equations. Introduction Mesh Equatons Introducton The crcuts n ths problem set consst of resstors and ndependent sources. We wll analyze these crcuts by wrtng and solvng a set of mesh equatons. To wrte mesh equatons, we. Express

More information

Passive Filters. References: Barbow (pp ), Hayes & Horowitz (pp 32-60), Rizzoni (Chap. 6)

Passive Filters. References: Barbow (pp ), Hayes & Horowitz (pp 32-60), Rizzoni (Chap. 6) Passve Flters eferences: Barbow (pp 6575), Hayes & Horowtz (pp 360), zzon (Chap. 6) Frequencyselectve or flter crcuts pass to the output only those nput sgnals that are n a desred range of frequences (called

More information

antenna antenna (4.139)

antenna antenna (4.139) .6.6 The Lmts of Usable Input Levels for LNAs The sgnal voltage level delvered to the nput of an LNA from the antenna may vary n a very wde nterval, from very weak sgnals comparable to the nose level,

More information

Instructions for Use. PetChatz.com. PetChatz.com

Instructions for Use. PetChatz.com. PetChatz.com Instructons for Use PetChatz.com PetChatz.com POWER ON/OFF LED PET-SAFE MICROPHONE SOUND DETECTOR MANUAL TREAT RELEASE LOW TREAT LED LOW-LIGHT HD CAMERA for hgh-qualty vdeo MOTION DETECTION FULL-COLOR

More information

Sensors for Motion and Position Measurement

Sensors for Motion and Position Measurement Sensors for Moton and Poston Measurement Introducton An ntegrated manufacturng envronment conssts of 5 elements:- - Machne tools - Inspecton devces - Materal handlng devces - Packagng machnes - Area where

More information

Graph Method for Solving Switched Capacitors Circuits

Graph Method for Solving Switched Capacitors Circuits Recent Advances n rcuts, ystems, gnal and Telecommuncatons Graph Method for olvng wtched apactors rcuts BHUMIL BRTNÍ Department of lectroncs and Informatcs ollege of Polytechncs Jhlava Tolstého 6, 586

More information

Microelectronic Circuits

Microelectronic Circuits Mcroelectronc Crcuts Slde 1 Introducton Suggested textbook: 1. Adel S. Sedra and Kenneth C. Smth, Mcroelectronc Crcuts Theory and Applcatons, Sxth edton Internatonal Verson, Oxford Unersty Press, 2013.

More information

Triferential Subtraction in Strain Gage Signal Conditioning. Introduction

Triferential Subtraction in Strain Gage Signal Conditioning. Introduction Trferental Subtracton n Stran Gage Sgnal Condtonng Karl F. Anderson Vald Measurements 3751 W. Ave. J-14 Lancaster, CA 93536 (661) 722-8255 http://www.vm-usa.com Introducton The general form of NASA's Anderson

More information

High Speed ADC Sampling Transients

High Speed ADC Sampling Transients Hgh Speed ADC Samplng Transents Doug Stuetzle Hgh speed analog to dgtal converters (ADCs) are, at the analog sgnal nterface, track and hold devces. As such, they nclude samplng capactors and samplng swtches.

More information

1. REVIEW 2. DELIVERY SET

1. REVIEW 2. DELIVERY SET power status ON steps DIP test reset ON DIP off modes lght sensor / led sensor speed on sensor 2 speed off on/off delay pause to off REVIEW LED lghtng devce s desgned for automatc lghtng of starway steps

More information

ECE 2133 Electronic Circuits. Dept. of Electrical and Computer Engineering International Islamic University Malaysia

ECE 2133 Electronic Circuits. Dept. of Electrical and Computer Engineering International Islamic University Malaysia ECE 2133 Electronc Crcuts Dept. of Electrcal and Computer Engneerng Internatonal Islamc Unversty Malaysa Chapter 12 Feedback and Stablty Introducton to Feedback Introducton to Feedback 1-4 Harold Black,

More information

Example: Junction Diode Models

Example: Junction Diode Models 8/30/2005 Example Juncton ode Models empty.doc 1/7 Example: Juncton ode Models Consder the juncton dode crcut, where the juncton dode has devce parameters I S 10-12 A, and n 1: I numercally solved the

More information

Control Chart. Control Chart - history. Process in control. Developed in 1920 s. By Dr. Walter A. Shewhart

Control Chart. Control Chart - history. Process in control. Developed in 1920 s. By Dr. Walter A. Shewhart Control Chart - hstory Control Chart Developed n 920 s By Dr. Walter A. Shewhart 2 Process n control A phenomenon s sad to be controlled when, through the use of past experence, we can predct, at least

More information

Uncertainty in measurements of power and energy on power networks

Uncertainty in measurements of power and energy on power networks Uncertanty n measurements of power and energy on power networks E. Manov, N. Kolev Department of Measurement and Instrumentaton, Techncal Unversty Sofa, bul. Klment Ohrdsk No8, bl., 000 Sofa, Bulgara Tel./fax:

More information

problems palette of David Rock and Mary K. Porter 6. A local musician comes to your school to give a performance

problems palette of David Rock and Mary K. Porter 6. A local musician comes to your school to give a performance palette of problems Davd Rock and Mary K. Porter 1. If n represents an nteger, whch of the followng expressons yelds the greatest value? n,, n, n, n n. A 60-watt lghtbulb s used for 95 hours before t burns

More information

Digital Transmission

Digital Transmission Dgtal Transmsson Most modern communcaton systems are dgtal, meanng that the transmtted normaton sgnal carres bts and symbols rather than an analog sgnal. The eect o C/N rato ncrease or decrease on dgtal

More information

Shunt Active Filters (SAF)

Shunt Active Filters (SAF) EN-TH05-/004 Martt Tuomanen (9) Shunt Actve Flters (SAF) Operaton prncple of a Shunt Actve Flter. Non-lnear loads lke Varable Speed Drves, Unnterrupted Power Supples and all knd of rectfers draw a non-snusodal

More information

Customer witness testing guide

Customer witness testing guide Customer wtness testng gude Ths gude s amed at explanng why we need to wtness test equpment whch s beng connected to our network, what we actually do when we complete ths testng, and what you can do to

More information

Boise State University Department of Electrical and Computer Engineering ECE 212L Circuit Analysis and Design Lab

Boise State University Department of Electrical and Computer Engineering ECE 212L Circuit Analysis and Design Lab Bose State Unersty Department of Electrcal and Computer Engneerng ECE Crcut Analyss and Desgn ab Experment #6: Transformers, Mutual Inductance, and Coupled Cols Objectes The objectes of ths laboratory

More information

Product Information. Long-stroke gripper PEH

Product Information. Long-stroke gripper PEH Product Informaton PEH PEH Flexble. Hgh Performance Densty. Bus capable. PEH long-stroke grpper Servo-electrc 2-fnger parallel grpper wth long jaw stroke for large parts and dverse parts spectrum Feld

More information

Dual Functional Z-Source Based Dynamic Voltage Restorer to Voltage Quality Improvement and Fault Current Limiting

Dual Functional Z-Source Based Dynamic Voltage Restorer to Voltage Quality Improvement and Fault Current Limiting Australan Journal of Basc and Appled Scences, 5(5): 287-295, 20 ISSN 99-878 Dual Functonal Z-Source Based Dynamc Voltage Restorer to Voltage Qualty Improvement and Fault Current Lmtng M. Najaf, M. Hoseynpoor,

More information

Simulation and Closed Loop Control of Multilevel DC-DC Converter for Variable Load and Source Conditions

Simulation and Closed Loop Control of Multilevel DC-DC Converter for Variable Load and Source Conditions ISSN(Onlne): 232981 ISSN (Prnt) : 2329798 (An ISO 3297: 27 Certfed Organzaton) Vol. 4, Issue 3, March 216 Smulaton and Closed Loop Control of Multlevel DCDC Converter for Varable Load and Source Condtons

More information

Characteristics of New Single Phase Voltage Doubler Rectifier Circuit using the Partial Switching Strategy

Characteristics of New Single Phase Voltage Doubler Rectifier Circuit using the Partial Switching Strategy IEEE PEDS 217, Honolulu, USA 12 15 December 217 Characterstcs of New gle Phase Voltage Doubler Rectfer Crcut usng the Partal Swtchng Strategy Kenj Ame Akto Kumaga Takahsa Ohj Kyohe Kyota Masaak Saku Unersty

More information

Test 2. ECON3161, Game Theory. Tuesday, November 6 th

Test 2. ECON3161, Game Theory. Tuesday, November 6 th Test 2 ECON36, Game Theory Tuesday, November 6 th Drectons: Answer each queston completely. If you cannot determne the answer, explanng how you would arrve at the answer may earn you some ponts.. (20 ponts)

More information

Make Your Own Biodiesel Processor by drinkmorecoffee

Make Your Own Biodiesel Processor by drinkmorecoffee http://www.nstructables.com/d/make-your-own-bodesel-processor//... Instructables.com Make Your Own Bodesel Processor by drnkmorecoffee Aprl 21, 2008 In a world where envronmental awareness s becomng ncreasngly

More information

Section 5. Signal Conditioning and Data Analysis

Section 5. Signal Conditioning and Data Analysis Secton 5 Sgnal Condtonng and Data Analyss 6/27/2017 Engneerng Measurements 5 1 Common Input Sgnals 6/27/2017 Engneerng Measurements 5 2 1 Analog vs. Dgtal Sgnals 6/27/2017 Engneerng Measurements 5 3 Current

More information

Development of a High Bandwidth, High Power Linear Amplifier for a Precision Fast Tool Servo System

Development of a High Bandwidth, High Power Linear Amplifier for a Precision Fast Tool Servo System Development of a Hgh Bandwdth, Hgh Power near Amplfer for a Precson Fast Tool Servo System S. Rakuff 1, J. Cuttno 1, D. Schnstock 2 1 Dept. of Mechancal Engneerng, The Unversty of North Carolna at Charlotte,

More information

EE 201 Lab Lab 9. AC analysis. This week we look at some (relatively) simple AC circuits.

EE 201 Lab Lab 9. AC analysis. This week we look at some (relatively) simple AC circuits. A analyss Ths week we look at some (relatvely) smple A crcuts. In lab Buld each of the crcuts shown below. In each case, the source s a snusod. Varous ampltudes and frequences wll be used, as descrbed

More information

AEC COLLECTION. fcc UNCLASSIFIED UNCLASSIFIED. REPORT NUMBER,4 4C zo -. )'5 I/ 5 NOTICE

AEC COLLECTION. fcc UNCLASSIFIED UNCLASSIFIED. REPORT NUMBER,4 4C zo -. )'5 I/ 5 NOTICE UNCLASSFED REPORT NUMBER,4 4C zo -. )'5 / 5 LEGAL NOTCE Ths report was prepared as an account of Government sponsored work. Nether the Unted States, nor the Commsson, nor any person actng on behalf of

More information

Strain Gauge Measuring Amplifier BA 660

Strain Gauge Measuring Amplifier BA 660 Stran Gauge Measurng Amplfer BA 660 Orgnal of the Manual BA660 / IP20 BA660 / IP66 Table of Contents 1. Safety precautons...2 1.1. Feld of applcaton...2 1.2. Installaton...2 1.3. Mantenance...2 2. Functon...2

More information

Comparison of Two Measurement Devices I. Fundamental Ideas.

Comparison of Two Measurement Devices I. Fundamental Ideas. Comparson of Two Measurement Devces I. Fundamental Ideas. ASQ-RS Qualty Conference March 16, 005 Joseph G. Voelkel, COE, RIT Bruce Sskowsk Rechert, Inc. Topcs The Problem, Eample, Mathematcal Model One

More information

How to Get Started with Virtual Goalie

How to Get Started with Virtual Goalie How to Get Started wth Vrtual Goale HTC VIVE Set up your computer and moble devce Acqure a vrtual realty-enabled computer and the HTC Vve. For hardware specs, to test your computer, or to order from Amazon,

More information

Lecture 30: Audio Amplifiers

Lecture 30: Audio Amplifiers Whtes, EE 322 Lecture 30 Page 1 of 9 Lecture 30: Audo Amplfers Once the audo sgnal leaes the Product Detector, there are two more stages t passes through before beng output to the speaker (ref. Fg. 1.13):

More information

Walsh Function Based Synthesis Method of PWM Pattern for Full-Bridge Inverter

Walsh Function Based Synthesis Method of PWM Pattern for Full-Bridge Inverter Walsh Functon Based Synthess Method of PWM Pattern for Full-Brdge Inverter Sej Kondo and Krt Choesa Nagaoka Unversty of Technology 63-, Kamtomoka-cho, Nagaoka 9-, JAPAN Fax: +8-58-7-95, Phone: +8-58-7-957

More information

Implementation of Fan6982 Single Phase Apfc with Analog Controller

Implementation of Fan6982 Single Phase Apfc with Analog Controller Internatonal Journal of Research n Engneerng and Scence (IJRES) ISSN (Onlne): 2320-9364, ISSN (Prnt): 2320-9356 Volume 5 Issue 7 ǁ July. 2017 ǁ PP. 01-05 Implementaton of Fan6982 Sngle Phase Apfc wth Analog

More information

Voltage Quality Enhancement and Fault Current Limiting with Z-Source based Series Active Filter

Voltage Quality Enhancement and Fault Current Limiting with Z-Source based Series Active Filter Research Journal of Appled Scences, Engneerng and echnology 3(): 246-252, 20 ISSN: 2040-7467 Maxwell Scentfc Organzaton, 20 Submtted: July 26, 20 Accepted: September 09, 20 Publshed: November 25, 20 oltage

More information

VRT014 User s guide V0.8. Address: Saltoniškių g. 10c, Vilnius LT-08105, Phone: (370-5) , Fax: (370-5) ,

VRT014 User s guide V0.8. Address: Saltoniškių g. 10c, Vilnius LT-08105, Phone: (370-5) , Fax: (370-5) , VRT014 User s gude V0.8 Thank you for purchasng our product. We hope ths user-frendly devce wll be helpful n realsng your deas and brngng comfort to your lfe. Please take few mnutes to read ths manual

More information

A Novel Soft-Switching Two-Switch Flyback Converter with a Wide Operating Range and Regenerative Clamping

A Novel Soft-Switching Two-Switch Flyback Converter with a Wide Operating Range and Regenerative Clamping 77 Journal of ower Electroncs, ol 9, No 5, September 009 JE 9-5- A Novel Soft-Swtchng Two-Swtch Flybac Converter wth a Wde Operatng Range and Regeneratve Clampng Marn-Go Km and Young-Seo Jung * Dvson of

More information

Understanding the Spike Algorithm

Understanding the Spike Algorithm Understandng the Spke Algorthm Vctor Ejkhout and Robert van de Gejn May, ntroducton The parallel soluton of lnear systems has a long hstory, spannng both drect and teratve methods Whle drect methods exst

More information

HIGH PERFORMANCE ADDER USING VARIABLE THRESHOLD MOSFET IN 45NM TECHNOLOGY

HIGH PERFORMANCE ADDER USING VARIABLE THRESHOLD MOSFET IN 45NM TECHNOLOGY Internatonal Journal of Electrcal, Electroncs and Computer Systems, (IJEECS) HIGH PERFORMANCE ADDER USING VARIABLE THRESHOLD MOSFET IN 45NM TECHNOLOGY 1 Supryo Srman, 2 Dptendu Ku. Kundu, 3 Saradndu Panda,

More information

Yutaka Matsuo and Akihiko Yokoyama. Department of Electrical Engineering, University oftokyo , Hongo, Bunkyo-ku, Tokyo, Japan

Yutaka Matsuo and Akihiko Yokoyama. Department of Electrical Engineering, University oftokyo , Hongo, Bunkyo-ku, Tokyo, Japan Optmzaton of Installaton of FACTS Devce n Power System Plannng by both Tabu Search and Nonlnear Programmng Methods Yutaka Matsuo and Akhko Yokoyama Department of Electrcal Engneerng, Unversty oftokyo 7-3-,

More information

Utilizing a dspic30f6015 to control the speed of a wheel

Utilizing a dspic30f6015 to control the speed of a wheel ECE-320 Labs 7 and 8: Utlzng a dspic30f6015 to control the speed of a wheel Overvew: In ths lab we wll utlze the dspic30f6015 to mplement a PID controller to control the speed of a wheel. Most of the ntal

More information

Dynamic Optimization. Assignment 1. Sasanka Nagavalli January 29, 2013 Robotics Institute Carnegie Mellon University

Dynamic Optimization. Assignment 1. Sasanka Nagavalli January 29, 2013 Robotics Institute Carnegie Mellon University Dynamc Optmzaton Assgnment 1 Sasanka Nagavall snagaval@andrew.cmu.edu 16-745 January 29, 213 Robotcs Insttute Carnege Mellon Unversty Table of Contents 1. Problem and Approach... 1 2. Optmzaton wthout

More information

To: Professor Avitabile Date: February 4, 2003 From: Mechanical Student Subject: Experiment #1 Numerical Methods Using Excel

To: Professor Avitabile Date: February 4, 2003 From: Mechanical Student Subject: Experiment #1 Numerical Methods Using Excel To: Professor Avtable Date: February 4, 3 From: Mechancal Student Subject:.3 Experment # Numercal Methods Usng Excel Introducton Mcrosoft Excel s a spreadsheet program that can be used for data analyss,

More information

Calculation of the received voltage due to the radiation from multiple co-frequency sources

Calculation of the received voltage due to the radiation from multiple co-frequency sources Rec. ITU-R SM.1271-0 1 RECOMMENDATION ITU-R SM.1271-0 * EFFICIENT SPECTRUM UTILIZATION USING PROBABILISTIC METHODS Rec. ITU-R SM.1271 (1997) The ITU Radocommuncaton Assembly, consderng a) that communcatons

More information

Figure.1. Basic model of an impedance source converter JCHPS Special Issue 12: August Page 13

Figure.1. Basic model of an impedance source converter JCHPS Special Issue 12: August Page 13 A Hgh Gan DC - DC Converter wth Soft Swtchng and Power actor Correcton for Renewable Energy Applcaton T. Selvakumaran* and. Svachdambaranathan Department of EEE, Sathyabama Unversty, Chenna, Inda. *Correspondng

More information

Biomedical Instrumentation

Biomedical Instrumentation Bomedcal Instrumentaton Amplers & Wnter 1393 Bonab Unersty Applcatons o Operatonal Ampler (In Bologcal s and Systems) The three major operatons done on bologcal sgnals usng OpAmp: 1) Amplcatons and Attenuatons

More information

FAST ELECTRON IRRADIATION EFFECTS ON MOS TRANSISTOR MICROSCOPIC PARAMETERS EXPERIMENTAL DATA AND THEORETICAL MODELS

FAST ELECTRON IRRADIATION EFFECTS ON MOS TRANSISTOR MICROSCOPIC PARAMETERS EXPERIMENTAL DATA AND THEORETICAL MODELS Journal of Optoelectroncs and Advanced Materals Vol. 7, No., June 5, p. 69-64 FAST ELECTRON IRRAIATION EFFECTS ON MOS TRANSISTOR MICROSCOPIC PARAMETERS EXPERIMENTAL ATA AN THEORETICAL MOELS G. Stoenescu,

More information

MTBF PREDICTION REPORT

MTBF PREDICTION REPORT MTBF PREDICTION REPORT PRODUCT NAME: BLE112-A-V2 Issued date: 01-23-2015 Rev:1.0 Copyrght@2015 Bluegga Technologes. All rghts reserved. 1 MTBF PREDICTION REPORT... 1 PRODUCT NAME: BLE112-A-V2... 1 1.0

More information

ANNUAL OF NAVIGATION 11/2006

ANNUAL OF NAVIGATION 11/2006 ANNUAL OF NAVIGATION 11/2006 TOMASZ PRACZYK Naval Unversty of Gdyna A FEEDFORWARD LINEAR NEURAL NETWORK WITH HEBBA SELFORGANIZATION IN RADAR IMAGE COMPRESSION ABSTRACT The artcle presents the applcaton

More information

current activity shows on the top right corner in green. The steps appear in yellow

current activity shows on the top right corner in green. The steps appear in yellow Browzwear Tutorals Tutoral ntroducton Ths tutoral leads you through the basc garment creaton process usng an llustrated step by step approach. Each slde shows the actual applcaton at the stage of the acton

More information

PRACTICAL, COMPUTATION EFFICIENT HIGH-ORDER NEURAL NETWORK FOR ROTATION AND SHIFT INVARIANT PATTERN RECOGNITION. Evgeny Artyomov and Orly Yadid-Pecht

PRACTICAL, COMPUTATION EFFICIENT HIGH-ORDER NEURAL NETWORK FOR ROTATION AND SHIFT INVARIANT PATTERN RECOGNITION. Evgeny Artyomov and Orly Yadid-Pecht 68 Internatonal Journal "Informaton Theores & Applcatons" Vol.11 PRACTICAL, COMPUTATION EFFICIENT HIGH-ORDER NEURAL NETWORK FOR ROTATION AND SHIFT INVARIANT PATTERN RECOGNITION Evgeny Artyomov and Orly

More information

100 Watt DC-DC Converters Q Series

100 Watt DC-DC Converters Q Series Bengn Envronment DC-DC Converters 100 Watt Q Seres 100 Watt DC-DC Converters Q Seres Input to output solaton Sngle output: Seres 24Q...48Q1000 Double output: Seres 24Q...48Q2000 Very hgh effcency of up

More information

DC Side Current Balancing of Two Parallel Connected Interleaved Three-Phase Three-Switch Buck-Type Unity Power Factor PWM Rectifier Systems

DC Side Current Balancing of Two Parallel Connected Interleaved Three-Phase Three-Switch Buck-Type Unity Power Factor PWM Rectifier Systems DC Sde Current Balancng of Two Parallel Connected Interleaved Three-Phase Three-Swtch Buck-Type Unty Power Factor PWM Rectfer Systems Martna Baumann Venna Unversty of Technology Dept. of Electrcal Drves

More information

Webinar Series TMIP VISION

Webinar Series TMIP VISION Webnar Seres TMIP VISION TMIP provdes techncal support and promotes knowledge and nformaton exchange n the transportaton plannng and modelng communty. DISCLAIMER The vews and opnons expressed durng ths

More information

CHAPTER 4 INSTANTANEOUS SYMMETRICAL COMPONENT THEORY

CHAPTER 4 INSTANTANEOUS SYMMETRICAL COMPONENT THEORY 74 CHAPTER 4 INSTANTANEOUS SYMMETRICAL COMPONENT THEORY 4. INTRODUCTION Ths chapter deals wth nstantaneous symmetrcal components theory for current and oltage compenton. The technque was ntroduced by Forteue.

More information

Introduction to Amplifiers

Introduction to Amplifiers Introducton to Amplfers Dad W. Graham West Vrgna Unersty Lane Department of Computer Scence and Electrcal Engneerng Dad W. Graham, 07 Small Wggles To Bg Wggles Amplfcaton s extremely mportant n electroncs

More information

Analysis, Design, and Simulation of a Novel Current Sensing Circuit

Analysis, Design, and Simulation of a Novel Current Sensing Circuit Analyss, Desgn, and Smulaton of a Noel Current Sensng Crcut Louza Sellam Electrcal and Computer Engneerng Department US Naal Academy Annapols, Maryland, USA sellam@usna.edu obert W. Newcomb Electrcal and

More information

INSTRUCTION MANUAL BENCH LATHE

INSTRUCTION MANUAL BENCH LATHE WLLOUGHBY COMMUNTY MEN'S SHED mens 296C Salors Bay Road, l _ L^ NORTHBRDGE N.S.W 2063 The Wlkmghby Communty" NSTRUCTON MANUAL BENCH LATHE Before usng be sure to read ths manual carefully -C6- Safety nstructons

More information

Harmonic Balance of Nonlinear RF Circuits

Harmonic Balance of Nonlinear RF Circuits MICROWAE AND RF DESIGN Harmonc Balance of Nonlnear RF Crcuts Presented by Mchael Steer Readng: Chapter 19, Secton 19. Index: HB Based on materal n Mcrowave and RF Desgn: A Systems Approach, nd Edton, by

More information

HIGH STEP-UP DC-DC CONVERTER FOR FUEL CELL POWERED RESIDENTIAL POWER GENERATION SYSTEM

HIGH STEP-UP DC-DC CONVERTER FOR FUEL CELL POWERED RESIDENTIAL POWER GENERATION SYSTEM HIGH STEP-UP C-C CONVERTER FOR FUEL CELL POWERE RESIENTIAL POWER GENERATION SYSTEM 1 ANJALY TERESA CHERIAN, 2 SURYA NATARAJAN 1 Student, 2 Assstant Professor E-mal: teresa.anjaly@gmal.com, suryanatarajan@gmal.com

More information

EE 330 Lecture 22. Small Signal Analysis Small Signal Analysis of BJT Amplifier

EE 330 Lecture 22. Small Signal Analysis Small Signal Analysis of BJT Amplifier EE Lecture Small Sgnal Analss Small Sgnal Analss o BJT Ampler Revew rom Last Lecture Comparson o Gans or MOSFET and BJT Crcuts N (t) A B BJT CC Q R EE OUT R CQ t DQ R = CQ R =, SS + T = -, t =5m R CQ A

More information

Chapter 13. Filters Introduction Ideal Filter

Chapter 13. Filters Introduction Ideal Filter Chapter 3 Flters 3.0 Introducton Flter s the crcut that capable o passng sgnal rom nput to output that has requency wthn a speced band and attenuatng all others outsde the band. Ths s the property o selectvty.

More information

UNIT 11 TWO-PERSON ZERO-SUM GAMES WITH SADDLE POINT

UNIT 11 TWO-PERSON ZERO-SUM GAMES WITH SADDLE POINT UNIT TWO-PERSON ZERO-SUM GAMES WITH SADDLE POINT Structure. Introducton Obectves. Key Terms Used n Game Theory.3 The Maxmn-Mnmax Prncple.4 Summary.5 Solutons/Answers. INTRODUCTION In Game Theory, the word

More information

Development Board EPC9126HC Quick Start Guide

Development Board EPC9126HC Quick Start Guide Development Board EPC96HC Quck Start Gude EPCC V Hgh Current Pulsed Laser Dode Drver Revson. DESCRIPTION The EPC96HC development board s prmarly ntended to drve laser dodes wth hgh current pulses wth total

More information

Design of Shunt Active Filter for Harmonic Compensation in a 3 Phase 3 Wire Distribution Network

Design of Shunt Active Filter for Harmonic Compensation in a 3 Phase 3 Wire Distribution Network Internatonal Journal of Research n Electrcal & Electroncs Engneerng olume 1, Issue 1, July-September, 2013, pp. 85-92, IASTER 2013 www.aster.com, Onlne: 2347-5439, Prnt: 2348-0025 Desgn of Shunt Actve

More information

Basic Strategies in Power Electronics

Basic Strategies in Power Electronics Basc Strateges n Power Electroncs Prof. Dr. Ing. Ralph Kennel (ralph.kennel@tm.de) Technsche Unverstät München Electrcal Drve Systems and Power Electroncs Arcsstraße 21 80333 München Germany In power electroncs,

More information

External Cavity Diode Laser Controller

External Cavity Diode Laser Controller External Cavty Dode Laser Controller DLC102, DLC202, DLC252, DLC502 Revson 9.09 Lmtaton of Lablty MOG Laboratores Pty Ltd (MOGLabs) does not assume any lablty arsng out of the use of the nformaton contaned

More information

A Comparison of Two Equivalent Real Formulations for Complex-Valued Linear Systems Part 2: Results

A Comparison of Two Equivalent Real Formulations for Complex-Valued Linear Systems Part 2: Results AMERICAN JOURNAL OF UNDERGRADUATE RESEARCH VOL. 1 NO. () A Comparson of Two Equvalent Real Formulatons for Complex-Valued Lnear Systems Part : Results Abnta Munankarmy and Mchael A. Heroux Department of

More information

Product Information. Gripper for small components EGP

Product Information. Gripper for small components EGP Product Informaton EGP EGP Hgh Performance Densty. Fast. Compact. EGP grpper for small components Electrc 2-fnger parallel grpper wth smooth-runnng base jaws guded on roller bearngs Feld of applcaton Grppng

More information

User manual COUNTER SLIK-N118

User manual COUNTER SLIK-N118 Assstng the automaton ndustry snce 1986 User manual COUNTER SLIK-N118 Frmware: v.8.10 or hgher Input type: pulse, quadrature Batchng functon, wall mountng case IP 67 Read the user's manual carefully before

More information

Development Board EPC9126 Quick Start Guide

Development Board EPC9126 Quick Start Guide Development Board EPC96 Quck Start Gude EPC6C V Hgh Current Pulsed Laser Dode Drver Revson. DESCRIPTION The EPC96 development board s prmarly ntended to drve laser dodes wth hgh current pulses wth total

More information

100 mm. 200 mm. 300 mm. 500 mm. Wood (rough) Cardboard Black DBT DBT DBT DBT DBT - 1 K DBT K CONNECTION DIAGRAMS.

100 mm. 200 mm. 300 mm. 500 mm. Wood (rough) Cardboard Black DBT DBT DBT DBT DBT - 1 K DBT K CONNECTION DIAGRAMS. DIFFUSED BEAM SENSOR Ths devce consst of a transmtter and a recever together. Ths look alke Inductve Proxmty Sensor and hence also known as IR Proxmty Sensor. The emtter emts Infra red rays whch are reflected

More information

Frequency Map Analysis at CesrTA

Frequency Map Analysis at CesrTA Frequency Map Analyss at CesrTA J. Shanks. FREQUENCY MAP ANALYSS A. Overvew The premse behnd Frequency Map Analyss (FMA) s relatvely straghtforward. By samplng turn-by-turn (TBT) data (typcally 2048 turns)

More information

Product Information. Gripper for small components EGP

Product Information. Gripper for small components EGP Product Informaton EGP EGP Hgh Performance Densty. Fast. Compact. EGP grpper for small components Electrc 2-fnger parallel grpper wth smooth-runnng base jaws guded on roller bearngs Feld of applcaton Grppng

More information

AC-DC CONVERTER FIRING ERROR DETECTION

AC-DC CONVERTER FIRING ERROR DETECTION BNL- 63319 UC-414 AGS/AD/96-3 INFORMAL AC-DC CONVERTER FIRING ERROR DETECTION O.L. Gould July 15, 1996 OF THIS DOCUMENT IS ALTERNATING GRADIENT SYNCHROTRON DEPARTMENT BROOKHAVEN NATIONAL LABORATORY ASSOCIATED

More information

THE ARCHITECTURE OF THE BROADBAND AMPLIFIERS WITHOUT CLASSICAL STAGES WITH A COMMON BASE AND A COMMON EMITTER

THE ARCHITECTURE OF THE BROADBAND AMPLIFIERS WITHOUT CLASSICAL STAGES WITH A COMMON BASE AND A COMMON EMITTER VOL. 0, NO. 8, OCTOBE 205 ISSN 89-6608 2006-205 Asan esearch Publshng Network (APN. All rghts reserved. THE ACHITECTUE OF THE BOADBAND AMPLIFIES WITHOUT CLASSICAL STAGES WITH A COMMON BASE AND A COMMON

More information

SMALL POWER GENERATOR FOR WIND POWER PLANTS

SMALL POWER GENERATOR FOR WIND POWER PLANTS Zeszyty Problemowe Maszyny Elektryczne Nr 8/29 9 Karel hmelík, Stanslav Mšák Techncal Unversty of Ostrava, Ostrava SMALL POWER GENERATOR FOR WND POWER PLANTS GENERATORY MAŁEJ MOY DO ELEKTROWN WATROWYH

More information

Centroid Calculation Algorithm Using Weight Table to Increase Accuracy of Center Position Detection

Centroid Calculation Algorithm Using Weight Table to Increase Accuracy of Center Position Detection Trans. JSASS Aerospace Tech. Japan Vol. 10, No. sts28, pp. Pj_1-Pj_8, 2012 Orgnal Paper Centrod Calculaton Algorthm Usng Weght Table to Increase Accurac of Center Poston Detecton B Yuta FUJII 1), Katsumasa

More information

An Improved Active Front End Non- Regenerative Rectifier System Employing a Five-Limb Inductor

An Improved Active Front End Non- Regenerative Rectifier System Employing a Five-Limb Inductor n mproved ctve Front End on- egeneratve ectfer ystem Employng a Fve-mb nductor ahesh wamy, rves esearch and evelopment Chef Engneer, Yaskawa merca, nc., ember, EEE teven chfko, rves Product Engneer, Yaskawa

More information

THE GENERATION OF 400 MW RF PULSES AT X-BAND USING RESONANT DELAY LINES *

THE GENERATION OF 400 MW RF PULSES AT X-BAND USING RESONANT DELAY LINES * SLAC PUB 874 3/1999 THE GENERATION OF 4 MW RF PULSES AT X-BAND USING RESONANT DELAY LINES * Sam G. Tantaw, Arnold E. Vleks, and Rod J. Loewen Stanford Lnear Accelerator Center, Stanford Unversty P.O. Box

More information

A High-Speed Multiplication Algorithm Using Modified Partial Product Reduction Tree

A High-Speed Multiplication Algorithm Using Modified Partial Product Reduction Tree World Academy of Scence, Engneerng and Technology Internatonal Journal of Electrcal and Computer Engneerng Vol:4, No:, 200 A Hgh-Speed Multplcaton Algorthm Usng Modfed Partal Product educton Tree P Asadee

More information

A High-Sensitivity Oversampling Digital Signal Detection Technique for CMOS Image Sensors Using Non-destructive Intermediate High-Speed Readout Mode

A High-Sensitivity Oversampling Digital Signal Detection Technique for CMOS Image Sensors Using Non-destructive Intermediate High-Speed Readout Mode A Hgh-Senstvty Oversamplng Dgtal Sgnal Detecton Technque for CMOS Image Sensors Usng Non-destructve Intermedate Hgh-Speed Readout Mode Shoj Kawahto*, Nobuhro Kawa** and Yoshak Tadokoro** *Research Insttute

More information

aperture David Makovoz, 30/01/2006 Version 1.0 Table of Contents

aperture David Makovoz, 30/01/2006 Version 1.0 Table of Contents aperture 1 aperture Davd Makovoz, 30/01/2006 Verson 1.0 Table of Contents aperture... 1 1 Overvew... 2 1.1 Input Image Requrements... 2 2 aperture... 2 2.1 Input... 2 2.2 Processng... 4 2.3 Output Table...

More information

THEORY OF YARN STRUCTURE by Prof. Bohuslav Neckář, Textile Department, IIT Delhi, New Delhi. Compression of fibrous assemblies

THEORY OF YARN STRUCTURE by Prof. Bohuslav Neckář, Textile Department, IIT Delhi, New Delhi. Compression of fibrous assemblies THEORY OF YARN STRUCTURE by Prof. Bohuslav Neckář, Textle Department, IIT Delh, New Delh. Compresson of fbrous assembles Q1) What was the dea of fbre-to-fbre contact accordng to van Wyk? A1) Accordng to

More information

Target Response Adaptation for Correlation Filter Tracking

Target Response Adaptation for Correlation Filter Tracking Target Response Adaptaton for Correlaton Flter Tracng Adel Bb, Matthas Mueller, and Bernard Ghanem Image and Vdeo Understandng Laboratory IVUL, Kng Abdullah Unversty of Scence and Technology KAUST, Saud

More information