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    EFL 233 Search Results

    EFL 233 Datasheets (3)

    Part ECAD Model Manufacturer Description Datasheet Type PDF PDF Size Page count
    EFL 233
    		Littelfuse Original PDF 35.5KB 1
    EFL 233 BP
    		Littelfuse Original PDF 35.5KB 1
    EFL 233 CABP
    		Littelfuse Original PDF 35.5KB 1

    EFL 233 Datasheets Context Search

    Catalog Datasheet Type Document Tags PDF

    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.


    Original     		10-Lamp EFL 300 EFL 233 EFL 300 CABP flasher EFL 233 BP EFL 363 BP PDF

    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


    OCR Scan     		1N5722 1N5723 1N5724 1N5725 1N6264 1N6265 1N6266 2004-90xx 3N24x 24xTX KT853 KT850 KT853A LTR-305D H0A0872-n55 H0A1405-1 h0a2001 MOC70T3 HOA708-1 smd diode 825B PDF

    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


    OCR Scan     		IRG4PC30U O-247AC TRANSISTOR 2FE PDF

    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


    OCR Scan     		SP9840/43 SP9840) SP9843) SP9840 SP9843 24-pin, 20-pin, 9840B ceramic resistor at0001 PDF

    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


    OCR Scan     		MIS-005C PI-114 TIS-305CS PI-115 LG-0101 PI-116 LG-0201 PI-117 LG-0301 PI-118 GPIA30R LG-0201 PI-288 GP1A30R GP1A50HR GPIA52HR pi288 SPI-503 FLH 351 lg 505 PDF

    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


    OCR Scan     		OS-3705 PI-181 OS-3705R PS5501HR-1 PS5501HC-1 PI-274 PS5501LR-1 PS5501LC-1 pj026 ph84 RPI-811 ON1531LC-A PI-278 ON1501 ph83 RPI-512 MARK UU1 OS-3705R PDF

    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


    OCR Scan     		ON2152 PI-233 ON2153 PI-234 ON2160 PI-235 ON2170 PI-236 ON2171 PI-332 ON2160 PI-234 ON2270 SY102 EE-SH3 ON2153 ON2170 ON2171 MARK UU1 PDF

    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


    OCR Scan     		PS4009 PI-91 PS4010 PI-92 PS4011 PS4008 PI-88 PS4501 PI-94 PS4502 PS4703 PI-208 OS-3302 OS-3402 PI-345 PI211 FGT 313 PS4751 PS4010 PDF

    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


    OCR Scan     		TLP1024 Pl-290 TLP1025 PI-339 TLP1029 PI-148 TLP1034 OS-3502 PI-149 OS-3502 OS-3602 OS3502 lm117 3.3V PM47 TLP1024 TLP1025 TLP1029 TLP1034 MARK UU1 PDF

    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


    OCR Scan     		EESX129 PI-61 EE-SX136 PI-62 EE-SX138 PI-63 EE-SX139 PI-64 EE-SX153 PI-65 EE-SX1005-P1 TLP806 TLP805 TLP802 TLP804 TLP809 PI-254 EE-SX136 TLP507A TLP811 PDF

    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 )


    OCR Scan     		GP1S29 PI-302 GP1S30 PI-311 GP1S32 maxl25 PI-160 GP1S33 PI-310 GP1S37 GPIS56 gpis51 gpis52 GPIS50 KU107-02 GPIL53 gpil50 GP1S42 KU107-01 GP1S53 PDF

    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


    OCR Scan     		TLP814 PI-264 TLP815 PI-265 PI-86 TLP822 PI-75 TLP824 PI-77 TLP825 pj74 TLP850 TLP851 PJ 74 TLP852 TLP826 TLP815 TLP1230 TLP814 TLP822 PDF

    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


    OCR Scan     		PI-105 ON1112 PI-106 GN1113 Pl-107 ON1114 Pl-304 PI-100 ON1128 GN1113 ON1112 59 SIU-5000 ON1112 ON1114 ON1128 ON1128S RPI-38 PDF

    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.!


    OCR Scan     		LG-203 PI-324 DG-203 LG-217 PI-325 LG-403 PI-326 LG-404 PI-327 GPIA05 PI-161 SY102 GP1A42 DG-203 LG-203 LG-217 LG-403 LG-404 LG-409 PDF

    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£


    OCR Scan     		MIS-001 MIS-003D NIS-301 NIS-501 NIS-503D SG-201 ri-g45 a53hr QPlA87H^ NIS-501 MIS-001 SG211 PI-37 SG-206 SG-214 SG-215 MIS-003D NIS-301 NIS-503D PDF

    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


    OCR Scan     		NJL5143EL NJL5146EA PI-199 NJL5147EL PI-201 NJL5161K PI-203 NJL5162K PI-205 NJL5163K GP2522 GP2L20R GP2L20L GP2503 GP2524 NJL5143EL NJL5146EA NJL5147EL NJL5161K NJL5162K PDF

    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


    OCR Scan     		GP1A67L PI-308 GP1A67H PI-308 PI-309 GP1A71R EE-SX301 PI-138 EE-SX40I EE-SX418 EE-SX318 GPIA71R EE-SX428 PI-142 sx418 cd 4075 PDF

    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


    OCR Scan     		PG-23FQ PI-36 SG-401 PI-99 SG-402 PI-125 SG-405 PI-213 SG-406 PI-239 SPI-214 SPI-208 SPI-216 SG-401 GP1S23 PG-23FQ SG-402 SG-405 SG-406 SPI 204 PDF

    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 )


    OCR Scan     		PS-R11 PI-247 PS-R-50 NJL5801K PI-275 NJL58U2K NJL5803K NJL5804K PI-275 PI-245 PI-244 PS-R-50 PI-337 SY102 PI-276 182-1 GP2A11 PDF

    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


    OCR Scan     		GGG71H7 ECG58 ECG59) TB-35 T44-1 ECG59 ECG58) ECG60 transistor pnp ecg 180 Transistor 123AP 123AP transistor BU 102A transistor fet ecg transistor. ECG 123AP 4511 gm Bt 2313 transistor t18 FET ecg 123 transistor PDF

    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


    OCR Scan     		GGG71H7 ECG58 ECG59) TB-35 T44-1 ECG59 ECG58) ECG60 Bt 2313 Transistor 123AP transistor t18 FET transistor BD 263 transistor ECG 152 transistor ecg 226 123ap Philips ECG 152 ic 2429 ECG24 PDF

    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 )


    OCR Scan     		OC800 PI-333 OC808 PI-334 MRS-002 PI-186 MRS-003 MRS-004 NJL5141EA SG-2BC PI-38 7L3 SMD lk250 IC LM 258 smd PH33 NJL5141E-A NJL5141E PI-201 PDF

    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


    OCR Scan     		DDD714b ECG36 ECG36MP* ECG37) T48-1 ECG37 ECG37MCP ECG36) ECG36 ECG37 transistor ECG 152 Bt 2313 transistor outlines transistor ecg36 TRANSISTOR ecg 379 ECG157 123AP transistor ECG 332 Philips ECG 152 ECG 3041 PDF

    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.


    Original     		ADNS-3040 ADNS-3040 ADNS-3120-001 HLMP-ED80-XX000 biologic03 90E-04 07E-03 46E-04 81E-02 55E-04 S370 UDT LED wavelength 510 ADNS3120-001 HLMP-ED80 KPX223AR LDX-3412 PDF