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by: Ronaldo Ryan

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39

# ElecFundamentals ETCH213

Ronaldo Ryan

GPA 4.0

BretAllen

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COURSE
PROF.
BretAllen
TYPE
Class Notes
PAGES
39
WORDS
KARMA
25 ?

## Popular in Electronics and Computer Technology

This 39 page Class Notes was uploaded by Ronaldo Ryan on Sunday October 11, 2015. The Class Notes belongs to ETCH213 at Cuesta College taught by BretAllen in Fall. Since its upload, it has received 38 views. For similar materials see /class/221244/etch213-cuesta-college in Electronics and Computer Technology at Cuesta College.

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Date Created: 10/11/15
Introduction to DC Series Circuits Online Resource for ETCH 213 Faculty B Allen Components in series Series Circuit A circuit in which the components are connected end to end so that current has only one path to follow throughout the circuit R1 R3 a r v v V lkIIIhm 391kUhn39l V 27 3912V 1DW H2 Fid Jawx v 1kIZIhn39I 391kIZIhrn Faculty B Allen Current in a series circuit 1T111213 R3 1 k Uh m 9 12V1EIW R2 F211 xmxw 2 xxvma 1 k Uh TI 1 k Uh m Online Resource for ETCH 213 Faculty B Allen Resistance in series circuit RT R1R2R3 Hultimeter XHH1 ml g r2 l5et If R1 R3 A f w V l l 1 kIIIh m 1 kIZIh m K M M1 U1 I 12V1EI II39II39 R2 Rd u u 391 k Dhm 1 k IZIh m Online Resource for ETCH 213 Faculty B Allen Voltage in a series circuit VT V1V2V3 hi 1kIIIhI39n Online Resource for ETCH 213 Faculty B Allen 3912V1ZIW Voltage source s internal resistance a L V 39 arge a tags L Drap a L 4 maUVaIlage 5 Drop cl E Online Resource for ETCH 213 Faculty B Allen Fixed voltage divider VX RXRTVS VX Voltage dropped across selected resistor RX Selected resistor s value RT Total resistance of series circuit VS Source applied voltage Online Resource for ETCH 213 Faculty B Allen cmlt m 350 mrm Iom Lou moSommm 975 T ELDxm WWE 5 u Z5605 u mgt 3 u gt205va u Ngt Z n Z5605 u gt vs u E 39W ka H J AHa H II Era m rm H39Evhv Again using voltage meters i 2003 E It 513 1kIZIhrn 12V 4 v1 5 R2 h 2mm 405 4 39 c 5995 v REM 3kIIIhm UIIIIIIC CDUUIUC IUI I VI I 4 IO Faculty B Allen Variable voltage divider Online Resource for ETCH 213 Faculty B Allen Power in a series circuit PTP1P2P3 Waumeurxwm x Waumeurxwm 51 24000 mW Wm 3000 mW WWW 1 000 WWW W mm cm at waummxwz 51 III 4000 mW Paner hmr l m Waumeurxwma 5 Eumm 12000 mW G r Onhne Resuurce fur ETCH m Facmty a AMEN Maximum power transfer Maximum Power Transfer Maximum power will be transferred from the source to the load when the source resistance is equal to the load resistance Online Resource for ETCH 213 Faculty B Allen Troubleshooting a series circuit Open Component Large total resistance in nite Component Value Variation With age a resistor value will decrease Shorted Component Total current will increase and voltage across the faulted component goes to 0V Online Resource for ETCH 213 Faculty B Allen This ends Introduction to DC Series Circuits Online Resource for ETCH 213 Faculty B Allen RLC Circuits Online Resource for ETCH 213 Faculty B Allen ELI the ICE man Online R eeeee ce for ETCH 213 Faculty B Allen Series RLC Circuit R1 1thm V1 a39 ajl quot IUUEIH m x L1 1mH l m T1uF Online Resource for ETCH 213 Faculty B Allen rrrnL x wa Impedance in a series RLC circuit XC 2 27sz XL 2 2791 Z R2 2 ZR2XL XC2 Online R eeeee ce for ETCH 213 Faculty B Allen Series RLC circuit Online Resource for ETCH 213 Faculty B Allen Current in a series RLC circuit 1252524 15 Z Online Resource for ETCH 213 Faculty B Allen Voltage in a series RLC circuit VR IgtltR VL IgtltXL VC IgtltXC VS JVR2VL VC2 Online R eeeee ce for ETCH 213 Faculty B Allen Voltage in a series RLC circuit Humm V V x w l w I w 1mm my E x L1 31 3113 I 1UF 39 Online Resource for ETCH 213 Faculty B Allen Phase angle in a series RLC circuit V V 6 arctanL C R X X 6 arctan L C Online R eeeee ce for ETCH 213 Faculty B Allen Power in a series RLC circuit 2 PR 2 I x R PA VS x 1 PFCOS 9 i Z PA Online R eeeee ce for ETCH 213 Faculty B Allen Parallel RLC circuit l rfEHW1EIUUHz E 1 l I kWl H1 1mm L1 1LF T Online Resource for ETCH 213 Faculty B Allen Voltage in a parallel RLC circuit VR VL VC Vs 1 V1 1 1V1IZIIZIIZIH2 CINE CINE ma N MB L1 m M 39 39 R1 1kIZIhm39 JlmH l Online Resource for ETCH 213 Faculty B Allen Current in a parallel RLC circuit IRZE 1 L XL C V V V XC IT VII22I2 1122ILIC2 Online Resource for ETCH 213 Faculty B Allen Phase angle in a parallel RLC circuit ILIC IR 6 arctan Online R eeeee ce for ETCH 213 Faculty B Allen Example RLC parallel circuit 1 3352 L ZOmH c 1DpF XL2me 2zx60x20mH752 1 X5quot 2an 1 39 2 so x10uF 125539 h35A 4 4 ng 114l9A Vldl Online Resource for ETCH 213 Faculty B Allen Impedance in a parallel RLC circuit Online Resource for ETCH 213 Faculty B Allen Power in a parallel RLC circuit 10121ng Qnxg P PFcosQ R PA Online R eeeee ce for ETCH 213 Faculty B Allen Resonance Resonance A circuit condition that occurs when the inductive reactance XL is equal to the capacitive reactance XC FO resonant frequency in hertz 1 fOZZ 39xE Online Resource for ETCH 213 Faculty B Allen Series resonance of an RLC circuit wviquot 2v R xiWevzv I J vwwv V51j2v R100 2 d 7k X 71VMF12V Online Resource for ETCH 213 Faculty B Allen Quality factor for a series RLC resonance circuit QZXL Y R R T Online R eeeee ce for ETCH 213 Faculty B Allen Bandwidth of series resonant RLC circuit Bandwidth The width of the group or band of frequencies between the halfpower points Frequency Response Curve A graph indicating a circuit s response to different frequencies Cutoff frequency The frequency at which the gain of the circuit falls below 0707 of the maximum current or half power 3 dB Online Resource for ETCH 213 Faculty B Allen Bandwidth of series resonant RLC circuit continued BWA Qfo Qfo Quality Factor at f0 Online R eeeee ce for ETCH 213 Faculty B Allen Series resonant circuit bandwidth Cur A 100 mA ent Resonant Frequency 707 mA HalfPower Points 707 l l r l 70 80 90 100 HZ l ml 130 12 r Icqucllvy b Online Resource for ETCH 213 Faculty B Allen Bandwidth of series resonant RLC circuit continued Half Power Point A point at which power is 50 This half power point corresponds to 707 of the total current Online Resource for ETCH 213 Faculty B Allen

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