Partial preview of the text
Download chapter 1 to8 basic electronics and more Cheat Sheet Basic Electronics in PDF only on Docsity!
: 9 —— 3 a Seen mrnt "2 Date _ C) piel Bipolar dunction Premsteors £ mes ne = Sar _ Ag Awana. aN 5 | (whet fs 2 fromsrster S types od te nwistiogs 1 Draw £ explam. — —— —+ A drappisteor fg Seamtodyctor _clevice sect to Ampl fy o> Switen . elect em Signa) * electrica}) — Power “| Type of tenders oo 1: Bipoley Duncti ey] Trepstytoy. OBIT) 2 a Fyeld Effect Trae Stes ¢ FE ET) 4.) BJT s- a=] Bar IS made — three Layey ‘of: Se mytendurtes, Tt works 9 both ele tron emd hole ‘| Type f+ i D PNP C Mesority Corriers - KtOks ) " NPN Cmeyority (armies - electryers) Charge Cirvgreas. 2.) Feld eftect — Tromsigoy 3 FET (ont 5 Cauvent flow ‘| Ty fe_s- 2 SFET (sunttion Fer) —2,__MSFET. meta) Orrde Semiloncdyetoy FET) USYnG Cleetyye- frelea . ——___| “ ot |< So = Of fa ~ pet NPS : | V/] c A ——__]| F — SON PN) n | § a Yin ipl ynltl _trensiten : conn | Npn 2 PNP Aransyystot sc , : - 3 Y Bor _f 4 aype 04 tocnsstow thet Uses — electron: £ Holes as —Chinsg¢ em ne=s— fog | | cusses Comductioy . _—— | BAT &- Siz UT si. bee Eom tbe (E)i- = High do pin & ize betwey 9.| Base 02) i- ow size & Jou doping- 3 | Conermor:. High Size £ - doping between & 2; kad 1) Prt LE _] Pap - 3 SI ies) TT J\ ght & 4 ; t c t 7 [Electeons uve Fhe “MEINE G Holes Gre dre madrl4 — Castyers | CAETIETS . =| A Positive vo Wege’ fs [4 Posjzive Vo ltyse_ is tae tele n terme) Fiver) to the Emitter © fe Proc, ce Custent Show Poodle ctursrenqr flow from sno Callectoy to from 4ne Cmittes “Vy | the m0) tter, CoN ertor 7 ay Pos) tive ; 7 —LE 7 | Ne . 7 — 2] Emitter arrow yeive > oo fr | (rage i’) L een q) EXP qyyL all tore Of ; taaqnsi ‘ tp ‘ CONG yy), 4 Want oe Y,B 2 VY (A ie ly V Heel t yon perween them. S- Comme Pry 1 Chen —| A daemsrstor Gn be in theee AWdsevent _ Mmb'g uration based Camon LeCweour} On whith _tevrm'ng} is Imput & Output &- a1 Common Base CCB) Conf) gurl) 9] Cornmun Lmitther (CE) fon S i Gurcreroe , = 3. Comm oN CoS le cho-r Coed Combigust bi on. 1. Common Base (CB) Configurator, (~ ¢ — ni : 7 \n \ Sb } | _ ee YT, a topus, +5 | = iti —_ Le relay 5 utr ok : ss Az Ad. Curren} T L vo VV" Patio of de 2 De po cased dS Current gain —~ | 0k) fo% common “Buse Conh'Survey ton i ay = X = ae, BY = Oue — Le + Dr —| ; ‘te = ir tA —~ | X= te - tp te Xn = L- 1s Le ae = Ai- Als ATe | g. Camnmor) Emytter ((£) CONF Gyeqtion ¢ ¢ terilsti, ‘i ~% TF ms — ; | \ ALG ae 73. — ee a ouput 7 ah | Sue CRB) ee: } Ie cay (FF | WIE —_ , | rp, i “1 > Meo 4 th; om i . NI) urd yo ° 7. $5 “Comment Emitter 5 Gammected npr tm) “between Oud fs t- facil 1 pu & Fopyt. Herve A Wee mitter 4 Collector ot t Curren? x. ; mi Ri Outpyt Yrrent = = Date q 4 (Ce _. A ~Y wD — | input Applied . Collector 2 Base. | output _Apelied O collector £ Srnicthes - Here Input curzegt Aap & Out 4+ Put Curent By _+— (yuscent Ant 24 Ratio OF Le aj 2B Cadled Ty S04 Conarney | colecte>” Cos SQurertiOM. ___| coll = — - = te = Ipy Ir | 8 X= Le | Ie | Te-=- Ip +1e B= te | ote -~ 2 + dg Ip ___ts 1g B= & 7 [=a | jshres F re : 'Z es 4 Output Charack ex ap)\ar ; Tr. c com Fi youtlor of Bd : —S : a Loanjtaere long gysut! +h Cot ——— . — | Jn _Cmmon ém ter ouyut Z 5 ; =| ‘ . eg ™| | s_ Co 7 ved Newawe anittess & Buse sine jad be liveons emit SSE 4 _5| oue j of CE frm Sueqher) & Clocyyt D4 92g a Cc zy e| input Chasgc tomstics ot CE Confrgurd tien rs . “ > |amput Voltage in ce conf sSurqtiey) is Vee — “12 output __—Voltuge sis, Vee — 4] Lr input Chaructow Shes fe x ~ ax)'s Vee “ 4 Yy-an'g tg ed 3} $0 Set \ E 1S Comstont .~ ip a 1 - > SS el ; 38 Pas 2 ~ fot wmascd ha? Z i: uy thal clhode c . yf S/ S 2 { / : a ae XK - | i - WA w f : eee Cc | 3 4 5 5 _\ Vor IS Ancreusecl gu OBE a Ancredse, een at ait Pa ‘95 ee. 7 ‘ ODS 2- (C L CO CoMFNGWALENODS om 6. Compyse CE, 66 oan 7 ¢ E _ CC. i te conf iguyation) CB - a [ — —_ “at ——— =] = 7” fe | . aod ; mfe , nam ain _ Me eo me = C 7 = : a ‘ ¢; hy / 4H } Crocuyt | Te A. ) | 7 a 5 D 149%qn| | |" | < yf pat | Ate ; | it | t ah} til el +] F “ye le Vv v7) iL: ao Veep “= Ver viz ff ep = Lp r4,.4 Ie treet, + 4, Ip -terh 5 D de I put ' \- 4 ' z Charg bork] T ; ] ] | J] | T / i _Z ZL ~ L Z L ‘ / | Vee Np: Ve me te Te Outrut Lp. | “ty. ag Geatea? t / aay 7 a Vf — i — / 7 7 = | [wire oI T (KK _ ——_ — _ Neg ¢ =< Se Termingls lommaon- By-c New VEC SS Common —£mtter C sme er 627 Input — Emyiter Input — Bas men —(o Outpur — Colle tdor. KEAS Input - Base. | in put Carrere 7 Ouéput ~ Colertor & Se es (4 x. mf CUrrent! Ouz py t —€m)ttez LO es = eure}jott cB ia - CC fd a B= 4 Y=! 1 1+ 4s 52 1X 1-3 a 47 FE Am rlitiess Audio Rane tiers Tonpedance ma tthing — Currest Seana) Awplitiers Butter Ck+ Hith - Speed Switching (et Veltase Regylators 20 lWheet Ge the Tlerens regvenms OF Oo persatyor] ot AreD STOTT ? = A gruns) Siey Operates three different _afegrons basech on béasing oF buse-emitev £ ba se - Colle bey Juncton (8jT). ZT) Gut -o#- Yea 01) '- Trans stox — ('s OFF Betiye Resion Transistor Works as ay em\itier. Begiey) se Transistex if fully ow St De Lead line = — i the De loaa "é ar Seivru oy) ro : line fs Grafica | Te presevl tation hat ow the Yr et 7 - — ie = irae Ur rent ae Fre : <—— (a= ~ as - a L =f - ot i, , - {i 7 y otras VE YDE of PO. H _ See Ney Ve Reg penn | ' | \ i) sed sca AN a 9) ion é ~ ee > \ at a a ———— , s \ 9 € on . a ed Pare {+} _ Sarto Pa i ya Q- pom a my COT wegen (go Neg) CE — |The G- pormt is the porot or) +ne _foael line —__| hese ane trans stor Operates In ne Acuve vegror, cs Slop C Re) . Pome __depencl 01) 1g (Bee Current) 2 AC Load lime. —_| The Ac lead line is JruAhy'ca) Bepresenctatso7 —_+phyt — |Show — +he veletvomship liprween the (oldector Cyne. —|(T) 2 Calletor emitter Voltage (Vee) When Apply RO curred. 5 aN 4 —__| = = aN Co a) ——— | ) > Z R, 2 i | I \ a ae (v) - | [ Leh —~_ IN \ (When Apply —B& \oltase | Be load Fesistume & Re be Leud esi stance t- Re Teta) wes stunte = Re + ite — Arsly KVL se Vee = Le (Re+ RL) + Vee te =» Vee - VLE ion + Ru _ Yam + 6 M2 —- ok Rex Re — | here, mm Negative ow Value. S20. Ql jou lyme in gvapy a \. ‘, { 4 AC Totes NL aeuel / Me [Seo ead fine! sa bP" zn tt a | re XY | a | NY i » ~ < . o_O = hE ee ee XS % \ as | % a ee eee ESS ° _ eee |< : cones a oT | ; we a : | ' ae | sc , as) LO44o7Y Page —, MA tr Lo Y Why biasing fs. danpertent 19 Couns story Biasiny js the Psocess of applying ex eerne) De Vol sige so tram SVStor /¢ terming IS. to Cet Up tne Propes @>- point l —| at @ tran s35tox Is not Propurly higsed , it 794 Not worl correnthy or esfficienitly-.>° Propas _brusing 16 Prqyportennt. ; J 3 Using biasing « We establish « Prrer CQ - pornk, to (7 prone Styb lity qawn bt tempratite to tontrod — Pmplifica tion? . ‘| Type o= Fixed Bras ( Buse bias). . Collet tov —to- Base Bras Emriter Bigs. 1 2 lp | Noltese iver flay 5 3! (Brose styble 2 Commonly vse y 4 | Fired Bros $- c awe 1 I AW —| Hi'Gh RegqStor Ra 7 | ts Comnet t be twee) i S Red Wee supply 2 buse, Tks = Whith decdes tne —t Base Cument (1p). ” \ ia | Re is very Woh Sd a) i Se is Comstont. tired. Le VBE =) E Ndlue oF Vee ERe a7 Bveot = A $6 baGe (yrrent Vy Fixed . ; - ma Ie Resistomce 5 Very low so Lar, ngleae CEO A ee ES Applying RYE | Outre sre gO an _ ae Vice Tete + Veg - 5a Vee ~ psy -Vap =O! 7, ei Ng: Vee : a [vod ) slg Lg = Vee ~ Vee bo | a fp | er i > | Current gain t- = a Be 1. J ead atid 1B lgé = §§. Le a] Stabilfey : ] s-din) = ilvey 7 Stevi Bt! (Ci dip =o) 1 - Bdig Ate Ss P +b 7 Ve —' | Advavitygen 6. 1.) Cheeyrt > fs Simple . a k/ —2.| Less mymbesr 6f Co™ ponent ye Used. —_| . » > i 3 | Dig advantages « wi} Ma es: Ot “Le fs depending on 6- So, % -dransstor Js 8g ed tnon & ~ point ts Changed, So +hés biesing ———_L Is Dot Used. ——~__] — - eee eee i ls +) Ovt pur _§> >= st DOR + Ve pp ® hes) Vee = TeRe + Vee a = Using ey @ & © Tp = LeRo + Vac ~1eRe- Vee Re _+RB Is = Nee — Ve ») eins Re + Rp . Advontuges 8 a : - Circuit Js__ Simple 2 less Component are -yequited stability S$yctor fs bette, then fixed bias. cke. mS fy Dis advuntages e- a! poowdes” nega tive type feed hack Cument — Sufy fs Aeczegsed . So mi | a ; eo “LY Voltase Divides Bia 8 3 = im — Ths type OF -brusing | : fs widely yee. = Z fe =| 4+ prowde stability ea 4 Very WShest | 22 pe = IR, 2 Ro are Voltage ze LE s divides type of bias 6 iE y | Resstuex. Due to he: WAG. Vee Sere thrs ve js Frxed. gp 4 a Ee | Accordira to thevinin Eee theorem , = i‘ Vp = Vee x Ra \ SA Ry thy =| From the Figure & vo [input sid@p - Zt, = Bt Ls [as I; TH ies) ZY dL Lo - y, Ase * Var = Vp = Ve Ve = Np - Vee [e Teas ie] : = Mee RE Te: Ve L :. Ie te Re de = VE Re <> L = Vs- Vgel a 
