EFL 300
Abstract: EFL 233 EFL 300 CABP flasher EFL 233 BP EFL 363 BP
Contextual Info: FLASHERS 19 ELECTRONIC FLASHERS OEM Signal/Hazard Electronic Flashers Gnd • • • • • X L X Replaces 12 volt, three terminal flashers. Note: third terminal is ground. OEM replacement for Domestic light trucks and newer Import cars and light trucks.
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10-lampefl 300efl 233efl 300 cabp+3flasherefl 233 bpefl 363 bp
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KT853
Abstract: KT850 KT853A LTR-305D H0A0872-n55 H0A1405-1 h0a2001 MOC70T3 HOA708-1 smd diode 825B
Contextual Info: Cross Reference Competition Honeywell P/N P/N 100 H 0A0871-N55 50B2-4204 CALL PHOTODIODES, T 0 1 8 T A LL PIN 101 HOA1872-12 BC TR AN S A S S Y . PTX 5082-4205 CALL PHOTODIODES. P P PIN 10501 H 0A 1872-1 BC TRAN S A S S Y , PTX 5082-4207 CALL PHOTODIODES. T 0 1 8 T A LL PIN
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1n57221n57231n57241n5725+161n62641n62651n62662004-90xx3n24x24xtxkt853kt850kt853altr-305dh0a0872-n55h0a1405-1h0a2001moc70t3hoa708-1smd diode 825b
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TRANSISTOR 2FE
Contextual Info: International I R Rectifier pd-9.h6id IRG4PC30U PRELIMINARY INSULATED GATE BIPOLAR TRANSISTOR UltraFast Speed IGBT Features • UltraFast: Optimized for high operating frequencies 8-40 kHz in hard switching, >200 kHz in resonant mode • Generation 4 IGBT design provides tighter
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irg4pc30uo-247actransistor 2fe |
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9840B ceramic resistor
Abstract: at0001
Contextual Info: SlpS/v SP9840/43 SIGNAL PROCESSIN G EXCELLENCE 8-Bit Octal, 4-Quadrant Multiplying, CMOS DAC • Replaces 8 Potentiometers and 8 Op amps ■ Operates from Single +5V Supply ■ 2 MHz 2-Quadrant Multiplying Band width ■ Eight Inputs/Eight Outputs SP9840
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sp9840/43sp9840sp984324-pin+320-pin9840b ceramic resistorat0001
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GPIA30R
Abstract: LG-0201 PI-288 GP1A30R GP1A50HR GPIA52HR pi288 SPI-503 FLH 351 lg 505
Contextual Info: - • s ja s x - f 329- - I K - — 342 — C-tiíEUtMi : > - 343- - 344- P I -28 P I -27 P I -26 P I -25 lfl.fi'n?-. l/ *i> a i H <T Anode j) Cathode P I -29 (3) Collector (T) K m ilte r c (J) Anode (2> Cathode (3) Collector Emitter *<I|DF3-3P-2DSA
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mis-005cpi-114tis-305cspi-115+15lg-0101pi-116lg-0201pi-117lg-0301pi-118gpia30rpi-288gp1a30rgp1a50hrgpia52hrpi288spi-503flh 351lg 505
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pj026
Abstract: ph84 RPI-811 ON1531LC-A PI-278 ON1501 ph83 RPI-512 MARK UU1 OS-3705R
Contextual Info: - 334 - n. *J. % tt fi «tai* 'T 7. l / M i V cc OS-3705 B M PS5501HC-1 m in V ) m ax (V ) 0.5 4.5 5.5 0.35 16 0.5 4.5 5.5 0.35 16 5 0.5 4.5 0.4 5 4.5 4.5 PS5501LC-1 0.5 4.5 T ON1531LC-I.A) RPI-811 lo i. (m A Ì V cc (V ) I cc max (mA) m at Fa: (V ) ih ir n tt
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os-3705pi-181os-3705rps5501hr-1+13ps5501hc-1pi-274ps5501lr-1ps5501lc-1pj026ph84rpi-811on1531lc-api-278on1501ph83rpi-512mark uu1
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ON2160
Abstract: ON2152 PI-234 ON2270 SY102 EE-SH3 ON2153 ON2170 ON2171 MARK UU1
Contextual Info: - 338- « M £ tt £ * *¡£$1 mm ON2152 fò t ss & «6 t# tt ± I f le (mA) tmA) 20 0.6 100 1 8 I f V cb min (% ) (mA) (V) VCE {T,= 255C) ( r a=25*c) / 9 9 - ^ •■ -t. max (V) I c/ I f 4 rv ^ ir typ (pi s) # le (mA) ffif m m % I f 3 1 .? ? i ì - ?Pd1
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on2152pi-233on2153pi-234+10on2160pi-235on2170pi-236on2171pi-332on2270sy102ee-sh3mark uu1
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PS4703
Abstract: PI-208 OS-3302 OS-3402 PI-345 PI211 FGT 313 PS4751 PS4009 PS4010
Contextual Info: - % £ tt '7 £ m m PS4009 B % PS4010 * '• ! ■ ■h l i (mm) 4.2 S fil 56b I c/ If min [ % ) I f imA'i 20 10 20 10 jfi 14 % 7 ?- L ; (7 „= 2 5 eC ) '? r w t t ± tr typ (/¿s) S À / E tS n VCE Satl m ax (V ) I f (m A ) 2 1.2 10 0.5 200 2 2 1.2
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ps4009pi-91ps4010pi-92+14ps4011ps4008pi-88ps4501pi-94ps4502ps4703pi-208os-3302os-3402pi-345pi211fgt 313ps4751
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OS-3502
Abstract: OS-3602 OS3502 lm117 3.3V PM47 TLP1024 TLP1025 TLP1029 TLP1034 MARK UU1
Contextual Info: -331 &ÍJ % ffy TLP1023 £ í± m 'T & £ TLP1024 * ;l •/ híS X U •/ ' 3 >v Y / FLU I FHL max ;.mA: max mA: mm! (mm 5 0.5 - 3 0.5 4 ft is (V ) - WÌlir-ìmft H íFí fit *¡ T„„, cc im A ) V cc (V ) m in <V) m ax (V ) t.mA) ro 14 280 5 4.5 17 50
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tlp1024pl-290tlp1025pi-339+10tlp1029pi-148tlp1034os-3502pi-149os-3602os3502lm117 3.3vpm47mark uu1
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EE-SX1005-P1
Abstract: TLP806 TLP805 TLP802 TLP804 TLP809 PI-254 EE-SX136 TLP507A TLP811
Contextual Info: 325- - ft £ * !J - > i i £ £ m ab n w m T a = 25°C ( r a = 25"C) b~ Eg. 3Ü ;- Nf Tel M IT O I c/ I f I f VCE VCE -sac I f Ic tr Ic Rl VCE I f min { %) imA) (V) max (V ) (mA) (mA) typ ( f i s) imA; iß ) (V) (mA) 1 *= ? i-nc Vc e (mm) 0.2 0.5 20 10
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eesx129pi-61ee-sx136pi-62+15ee-sx138pi-63ee-sx139pi-64ee-sx153pi-65ee-sx1005-p1tlp806tlp805tlp802tlp804tlp809pi-254tlp507atlp811
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GPIS56
Abstract: gpis51 gpis52 GPIS50 KU107-02 GPIL53 gpil50 GP1S42 KU107-01 GP1S53
Contextual Info: 323- - * 3ü £ tt . T £ mm X II . [•if (mm) Ic iI f m in ( % ) (m A ) 2.67 1.5 GP1S29 0.9 GP1S30 0.9 0.6 6.25 GP1S32 1.6 0.3 1 I f V fL (V ) GP1S42 - - - - GP1 S4 4 S - - - - 0.5 2.5 20 0.5 2.3 20 GP1S51 3 GP1S52 3 il V c,J isai. I f m ax (V ) (m A )
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gp1s29pi-302gp1s30pi-311+16gp1s32maxl25pi-160gp1s33pi-310gp1s37gpis56gpis51gpis52gpis50ku107-02gpil53gpil50gp1s42ku107-01gp1s53
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pj74
Abstract: TLP850 TLP851 PJ 74 TLP852 TLP826 TLP815 TLP1230 TLP814 TLP822
Contextual Info: — 326 — « 5? £ TLP814 T± m 7, £ 2 TLP815 •' f- immi im m 1.5 0.4 3 0.5 TLP818 & m I cU f m in % ) m I f UnA) , V c E Sar m ax (V ) 0.6 0.4 Ic im A J V cf. (V ) Im A ) 50 0.2 lk 4.8 50 35 -25-85 PI-264 2 100 4.8 50 35 -25-85 PI-265 100 4.8 50
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tlp814pi-264tlp815pi-265+13pi-86tlp822pi-75tlp824pi-77tlp825pj74tlp850tlp851pj 74tlp852tlp826tlp1230
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GN1113
Abstract: ON1112 59 SIU-5000 ON1112 ON1114 ON1128 ON1128S RPI-38
Contextual Info: - 328- * S £ 0N1111 tt & T w - r -t , i-te H #3 i£ £ ± I f m A V cE (V ) VCE !sut m ax (V ) I f (m A ) le (m A ) ty p (/is) 6 (mm) (mm) I c / Jf m in ( % ) 5 0.45 1.5 20 10 0.3 50 0.1 0.45 1.5 20 10 0.3 50 0.1 ON1112 1 0.45 1.5 20 10 0.5 50 ON1114
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pi-105on1112pi-106gn1113+9pl-107on1114pl-304pi-100on1128on1112 59siu-5000on1128srpi-38
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GPIA05
Abstract: PI-161 SY102 GP1A42 DG-203 LG-203 LG-217 LG-403 LG-404 LG-409
Contextual Info: -3 3 2 • a iifiS x - r « gy £ tí. 7, '! - I-Í I £ 14 % u - U ^ ííjf F - M IC Q : V cc vmm LG-203 à i 7' imm'i min iV j m ax ;V ) m ax V ) •fc & it m 0.5 4.5 5.5 0.4 4i 5.5 0.5 & if DG-203 0.5 LG-217 0.5 4.5 5.5 0.4 LG-403 - 4.5 5.5 0.4 I T = 25‘C.!
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lg-203pi-324dg-203lg-217+10pi-325lg-403pi-326lg-404pi-327gpia05pi-161sy102gp1a42lg-409
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NIS-501
Abstract: MIS-001 SG211 PI-37 SG-206 SG-214 SG-215 MIS-003D NIS-301 NIS-503D
Contextual Info: ¿£-Id 98-02- 0£ 09 966 OOT 9'0 01 TO oe TO ç 02 92 910 2 9I2-O S ¿ T Id 9¿ —02 — 0Î 09 96'6 OOT 9'0 01 TO 02 TO 9 02 9*£ 9*0 e 9I2-O S 9*0 9*e r iz - O S .T í? Z 91 -Id 98 —02 - 0£ 09 8 *í 001 2'0 oe KO 9 02 9*2 3 'i? I £ T Id 98-02 — 0£
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mis-001mis-003dnis-301nis-501+10nis-503dsg-201ri-g45a53hrqpla87hsg211pi-37sg-206sg-214sg-215
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GP2522
Abstract: GP2L20R GP2L20L GP2503 GP2524 NJL5143EL NJL5146EA NJL5147EL NJL5161K NJL5162K
Contextual Info: - 33 6 - « S g ít m g n % à’j î-5 n. ! T „ :-2 5 ’C , X. : \ -7 9 - m : 7', = 25C'i Vr ÎJ.f iir fr faj 'L Vu, I f vmA) !Q ' ¡V ) im A i Y' “Ci - 10k 5 45 25 - 2 0 '7 0 I f Ver. VvF. «t I f le t, II m ax !V ï im A i 1mA) typ (¿¿s1 150
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njl5143elnjl5146eapi-199njl5147el+11pi-201njl5161kpi-203njl5162kpi-205njl5163kgp2522gp2l20rgp2l20lgp2503gp2524
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EE-SX418
Abstract: EE-SX318 GPIA71R EE-SX301 PI-308 EE-SX428 PI-309 PI-142 sx418 cd 4075
Contextual Info: - 330 - SI ^ £ tt ' 7' £ •!' ifS a I mm! i.mm> I fhj max mA' max imA'1 GP1A67L 0.9 - 2.5 GP1A67H 0.9 2.5 - v jr ÎA 7 u R - GP1A71R - - I y IV typ {fts) ty p {fis) (m A ) (0 ) (V ) 5 1.2k 2.2 1.2k 2.2 m in (V ) If m ax (V ) (m A ) H- fi n TuPr ro 50
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gp1a67lpi-308gp1a67hpi-309+11gp1a71ree-sx301pi-138ee-sx40iee-sx418ee-sx318gpia71ree-sx428pi-142sx418cd 4075
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SPI-214
Abstract: SPI-208 SPI-216 SG-401 GP1S23 PG-23FQ SG-402 SG-405 SG-406 SPI 204
Contextual Info: - 322- « £ Ixlü^ T '~i tt Ä Ic/If jfe M I 3t W I VCE •sat. m a x V (m A ) (m m ) (m m ) m in (% ) (m A ) 1 3 .2 1 .5 1 .5 20 5 1 .2 20 - - 2 .5 20 5 0 .4 20 S G -4 0 2 - - 5 0 .4 S G -4 0 5 - 0 .4 S G -4 0 6 - S G -4 0 7 - P G -2 3 F Q H '1 ^ S G -4 0 1
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pg-23fqpi-36sg-401pi-99+11sg-402pi-125sg-405pi-213sg-406pi-239spi-214spi-208spi-216gp1s23spi 204
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PI-275
Abstract: PI-245 PI-244 PS-R-50 PI-337 SY102 PI-276 182-1 NJL5801k GP2A11
Contextual Info: — • S í m x - r e f f l u £ i t di te m w i t m. m M. Et V cc m m ) P S -R 1 1 it * í P S -R -5 0 m in ÍV ) m a x (V ) V — u ^ li £ a i ) j 1£ E t VOL m a x (V ) lo i. Im A ) V cc (V ) ü ä uk ffy t r „ = 25"C> m fê Ü. 0¡L le e m a x im A )
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ps-r11pi-247ps-r-50njl5801k+11pi-275njl58u2knjl5803knjl5804kpi-245pi-244pi-337sy102pi-276182-1gp2a11
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transistor pnp ecg 180
Abstract: Transistor 123AP 123AP transistor BU 102A transistor fet ecg transistor. ECG 123AP 4511 gm Bt 2313 transistor t18 FET ecg 123 transistor
Contextual Info: PHILIPS E C G INC S4E D Transistors icont'd ECG Type D escription and A p plicatio n • bbSBTEfl DDDTIH? &12 ■ E C G Maximum Ratings at T c = 25°C Unless Otherwise Noted) C ollector To Base V olts C ollector To E m itter V olts Base to E m itter V olts
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ggg71h7ecg58ecg59tb-35+12t44-1ecg60transistor pnp ecg 180transistor 123ap123aptransistor bu 102atransistor fet ecgtransistor. ecg 123ap4511 gmbt 2313transistor t18 fetecg 123 transistor
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Bt 2313
Abstract: Transistor 123AP transistor t18 FET transistor BD 263 transistor ECG 152 transistor ecg 226 123ap Philips ECG 152 ic 2429 ECG24
Contextual Info: PHILIPS E C G INC S4E D Transistors icont'd ECG Type Description and Application • bbSBTEfl DDDTIH? &12 ■ E C G Maximum Ratings at Tc = 25°C Unless Otherwise Noted) Collector To Base Volts b v Cbo Collector To Emitter Volts b v Ceo Base to Emitter Volts
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ggg71h7ecg58ecg59tb-35+12t44-1ecg60bt 2313transistor 123aptransistor t18 fettransistor bd 263transistor ecg 152transistor ecg 226123apphilips ecg 152ic 2429ecg24
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NJL5141EA
Abstract: SG-2BC PI-38 7L3 SMD lk250 IC LM 258 smd PH33 NJL5141E-A NJL5141E PI-201
Contextual Info: — 1. £ tt O C 8OO ït Q C 808 M R S -0 0 2 'h s! -S ta Îk au 1i % IV * 1 9 - T „ = 2 5 “C < T b = 25*C) i_ -i / / |H n1attÎu11tÎL # B* f j|B » j* 1 s u 7 9 x £ l-ü Ü lifiË u fS . rr- I f V cf. V c E <sat> I f le tr le R l V cE I f (m m )
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oc800pi-333oc808pi-334+14mrs-002pi-186mrs-003mrs-004njl5141easg-2bcpi-387l3 smdlk250ic lm 258 smdph33njl5141e-anjl5141epi-201
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transistor ECG 152
Abstract: Bt 2313 transistor outlines transistor ecg36 TRANSISTOR ecg 379 ECG157 123AP transistor ECG 332 Philips ECG 152 ECG 3041
Contextual Info: PHILIP S E C 6 INC S4E D Transistors cont d ECG Type ECG36 NPN-Si, Pwr Amp, Hi Speed ECG36MP* Switch (Compì to ECG37) MECG bbS3TSfl DDD714b (Maximum Ratings at Tc = 25°C Unless Otherwise Noted) Collector To Base Volts b v Cbo Description and Application
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ddd714becg36ecg36mpecg37+12t48-1ecg37mcptransistor ecg 152bt 2313transistor outlinestransistor ecg36transistor ecg 379ecg157123aptransistor ecg 332philips ecg 152ecg 3041
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S370 UDT
Abstract: LED wavelength 510 ADNS-3120-001 ADNS3120-001 HLMP-ED80 HLMP-ED80-XX000 KPX223AR ADNS-3040 LDX-3412
Contextual Info: ADNS-3040 Eye Safety Calculation Application Note 5355 Introduction This application note deals with the recommended eyesafety calculation when using the Avago Technologies ADNS-3040 optical mouse sensor, ADNS-3120-001 lens and HLMP-ED80-XX000 LED in an optical mouse design.
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adns-3040adns-3120-001hlmp-ed80-xx000biologic03+1190e-0407e-0346e-0481e-0255e-04s370 udtled wavelength 510adns3120-001hlmp-ed80kpx223arldx-3412
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