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    C495 Y Search Results

    C495 Y Result Highlights (5)

    Part ECAD Model Manufacturer Description Download Buy
    ZXC-495XJLC Coilcraft Inc General Purpose Inductor, 4900uH, 5%, Ferrite-Core, 4040, Visit Coilcraft Inc
    5315TC-495XGBB Coilcraft Inc General Purpose Inductor, 4900uH, 2%, 1 Element, SMD Visit Coilcraft Inc Buy
    4513TC-495X Coilcraft Inc RFID transponder coil, SMT, RoHS Visit Coilcraft Inc
    4513TC-495XGL Coilcraft Inc RFID transponder coil, SMT, RoHS Visit Coilcraft Inc
    4513TC-495XGLD Coilcraft Inc General Purpose Inductor, 4900uH, 2%, 1 Element, SMD, 4614, ROHS COMPLIANT Visit Coilcraft Inc
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    C495 Y Price and Stock

    Microchip Technology Inc MIC4950YFL-TR

    Switching Voltage Regulators 2.7V to 5.5V, 5A, 3.3MHz POL
    Distributors Part Package Stock Lead Time Min Order Qty Price Buy
    Mouser Electronics MIC4950YFL-TR
    • 1 -
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    • 1000 -
    • 10000 $1.45
    		Get Quote

    C495 Y Datasheets Context Search

    Catalog Datasheet MFG & Type PDF Document Tags

    HU1186

    Abstract: BPF-C495 47052
    Text: Surface Mount Bandpass Filter BPF-C495+ 50Ω 470 to 520 MHz The Big Deal • High rejection 70 dB typical • Linear phase (± 9deg typical over Fc ± 30 MHz) • Miniature shielded case CASE STYLE: HU1186 Product Overview The BPF-C495+ is a narrow band pass filter in a metal shielded package (size of 0.87" x 0.80" x .25") fabricated using


    Original     		PDF BPF-C495+ HU1186 30MHz. 70dBnditions HU1186 BPF-C495 47052

    Untitled

    Abstract: No abstract text available
    Text: Surface Mount Bandpass Filter BPF-C495+ ฀50Ω฀฀฀฀฀฀฀฀฀470฀to฀520฀MHz฀฀ The Big Deal •฀ High฀rejection฀ 70฀dB฀typical ฀ •฀ Linear฀phase฀(±฀9deg฀typical฀over฀Fc฀±฀30฀MHz) •฀ Miniature฀shielded฀case


    Original     		PDF BPF-C495+ HU1186

    c243 r47

    Abstract: c4381 R738 D1041 c918 C833 C639 C1027 R474 C939
    Text: C1024 C1025 R244 R231 R228 R227 Q79 Q78 Q34 D17 Q36 J31 G9 J26 D31 C259 R933 C357 J7 C939 C358 G10 C380 J17 C270 C363 D42 U43 C444 Q27 U26 U44 U32 C264 G5 U38 D36 D29 R416 C424 D61 C323 U30 C399 R333 G1 C376 D1 C306 C339 L17 C322 C453 C665 L15 C1030 C273 C116


    Original     		PDF C1025 C1024 C1048 C1043 C1041 C1012 c243 r47 c4381 R738 D1041 c918 C833 C639 C1027 R474 C939

    c1093

    Abstract: R472 R1219 u114 C1061 C1059 c1165 C1238 C1086 c1127
    Text: J5 J24 C72 C1117 J31 R337 C501 J17 R739 R688 C814 C405 R685 R543 R517 R511 R513 C103 R509 R449 C444 C272 C597 R1127 L11 C234 F6 C1026 C1025 C214 L3 R527 R526 R525 Q23 J11 C511 D28 D44 C569 C232 C145 R529 Q17 D32 C514 C366 R392 C216 C314 C512 C483 Q16 C166


    Original     		PDF C1165 R1099 C1117 C1233 C1239 C1164 Q1089 C1109 R1108 C1161 c1093 R472 R1219 u114 C1061 C1059 c1165 C1238 C1086 c1127

    R472

    Abstract: d83 c502 r840 C498 R474 c829 RN7-RN14 r462 R767 R780
    Text: F12 C563 C565 C722 C207 R273 C203 C407 R271 R328 C199 Q13 C700 F9 D43 Q19 C773 C771 R16 R855 D70 D47 Q41 R129 C223 R234 C96 R447 R444C854 Q57 R860 R857 C550 R616 C566 R854 R548 C235 C613 R302 R388 F13 R577 R315 RT9 R639 Q5 Q110 C929 C521 R8 F7 R425 R662 R504


    Original     		PDF R444C854 R535R154 R1003 R1002 R1004 C445R637 R419R477 R472 d83 c502 r840 C498 R474 c829 RN7-RN14 r462 R767 R780

    R472

    Abstract: d83 c502 r462 C-854 r834 r649 R767 u34 c634 C949 R474
    Text: F12 C563 C565 RT9 R639 C207 R273 C203 C407 R271 R328 C199 Q13 R855 R854 D70 D47 Q41 R129 C223 R234 C96 D43 R447 R42 C773 C771 C849 R860 R857 R616 C550 R548 C235 R302 R388 C566 F13 R410 Q9 D19 C700 RT16 R455 Q104 Q7 R841 R844 R845 R763 D23 Q56 C732 C797 C672


    Original     		PDF C247C11 C331C88 R472 d83 c502 r462 C-854 r834 r649 R767 u34 c634 C949 R474

    R1019

    Abstract: R472 RJ19 C1186 C1162 c877 R947 C1239 c1165 R1007
    Text: R431 Q47 R771 T P3 2 R772 D32 D40 D79 Q22 C313 C310 R372 D25 C724 F7 U38 U27 U11 C199 C407 R328 R273 C203 Q61 Q107 R657 Q83 Q68 R652 L5 C189 C108 C104 C463 C944 C910 C342 C908 C103 C100 C455 C466 U4 C87 C31 C591 C699 R82 U15 C109 RT13 Q4 C617 C22 C411 C9 Q59


    Original     		PDF C1293 C1088 C1112 C1113 R1002 TP900 R1019 R472 RJ19 C1186 C1162 c877 R947 C1239 c1165 R1007

    KB910Q

    Abstract: FW82801FBM KB910Q B4 SP093MX0000 FBM-L11-160808-800LMT ML1220T10 FBM-L11-201209-221LMAT BUF C752 D970K NQ82915GM
    Text: Material List by Single-Item/Multi-Level - All -Date : 03/22/2005 Time : 11:33:04 Drawing No: 451336 Plant: CN30 Revision: K Report by UID: 8745064


    Original     		PDF BO001 BO002 BO003 BO004 BO005 451336BO001 LA-2601 EDL00 NV43M/128M 451336BO002 KB910Q FW82801FBM KB910Q B4 SP093MX0000 FBM-L11-160808-800LMT ML1220T10 FBM-L11-201209-221LMAT BUF C752 D970K NQ82915GM

    C458 equivalent

    Abstract: IQ31244 u12 c430 st C431 ge GE R534 u34 c451 C495 transistor B3355 i486 PC MOTHERBOARD CIRCUIT diagram STMicroelectronics C416
    Text: Intel IQ31244 Customer Reference Board User’s Manual February 2005 Part Number: C73772-001 Order Number: 252933-002US INFORMATION IN THIS DOCUMENT IS PROVIDED IN CONNECTION WITH INTEL® PRODUCTS. EXCEPT AS PROVIDED IN INTEL'S TERMS AND CONDITIONS OF SALE FOR SUCH PRODUCTS, INTEL ASSUMES NO LIABILITY WHATSOEVER, AND INTEL DISCLAIMS ANY EXPRESS


    Original     		PDF IQ31244 C73772-001 252933-002US 10-pin C458 equivalent u12 c430 st C431 ge GE R534 u34 c451 C495 transistor B3355 i486 PC MOTHERBOARD CIRCUIT diagram STMicroelectronics C416

    winband

    Abstract: 37-U69000-03 ba9743a sis 630 R2S35 29LV020 BA9743 SIS630S 2n2222 -331 2n2907 SOT23
    Text: 5 4 3 +2.5V +1.5V R277 150_1% 1u Y33 C37 THERMDP THERMDN W37 AK20 AN19 AN25 AH4 X4 AN17 AN29 AK28 AH22 AH26 6 CPUCLK 2,3 HLOCK# 2,3 DEFER# 2,3 HTRDY# 2,3 CPURST# 2,3 BPRI# 2,3 BREQ0# 2,3 RS#2 2,3 RS#1 2,3 RS#0 +1.5V 56 HA#35 R76 56 HA#34 R54 56 HA#33 R70 56


    Original     		PDF N340S8 37-U69000-03 22u/25V-2220 CEM4431-SO8 BAS16 470u/25V 2N7002 10u/10V 7u/16V 2u1H-55050-smd winband 37-U69000-03 ba9743a sis 630 R2S35 29LV020 BA9743 SIS630S 2n2222 -331 2n2907 SOT23

    FBT-00

    Abstract: D400 npn transistor FBL-00 D400 npn Q413 1L400 D425 fbnl TRANSISTOR J406 D413
    Text: Pi Factors Report Page 1 of 62 SortBy: PartType/PN/RefDes Date: 1/9/2006 11:20 AM RelCalc for Windows, Version 5.0-BELL6 Release 2000.1 Company: Your Company Name Here DOC: LZSA500_P1.CIR RECORDS: 316 DESCRIPTION: LZSA500 ENV: GB TEMP: 40.00 C CF: 1.00000


    Original     		PDF LZSA500 LZSA500 SFBT000054 -------------------------------SHKA171285 -------------------------------SHKA171286 FBT-00 D400 npn transistor FBL-00 D400 npn Q413 1L400 D425 fbnl TRANSISTOR J406 D413

    C495

    Abstract: vs 1838 b C495 y
    Text: 5 - 300 MHz Standard Hybrid Amplifier • Parameters 5-300 M H z bandwidth / ^ D L I °c 5 - 300 Small signal gain MHz 11.3 ± 0 .5 dB Gain vs. temperature +0.2/-0.6 dB Max Gain flatness 0.6 0.8 dB Max p-p Reverse isolation 21 21 dB Min 1.5:1 1.5:1 Max 1.5:1


    OCR Scan     		PDF H91-010& C495 vs 1838 b C495 y

    c495

    Abstract: vs 1838 b
    Text: 1 0 - 5 0 0 MHz Standard Hybrid Amplifier Parameters 10-500 MHz bandwidth Specification limit +25 Tem perature High reverse isolation MHz i 5.0 ± 0.5 dB + 1.0/0.7 dB Max Gain flatness 0.5 1.4 dB Max p-p Reverse isolation 26 26 dB Min 1.6:1 Max 1.5:1 VSWR Input


    OCR Scan     		PDF 1-5I34 H-164 c495 vs 1838 b

    C495

    Abstract: C497 c496 C499
    Text: International ^R ectifier IRGKIN050M12 "CHOPPER LOW SIDE SWITCH" IGBTINT-APAK Low conduction loss IGBT VŒ = 1200V lc = 50A • Rugged Design •Simple gate-drive •Switching-Loss Rating includes all "tail" losses •Short circuit rated Vce ON <2.7V t s c > 1 0 lJ S


    OCR Scan     		PDF IRGKIN050M12 C-499 100nH C-500 C495 C497 c496 C499

    C497

    Abstract: C495 c496 C495 y GDE 85 IRGKIN050M12 C499
    Text: International l ü Rectifier P D -9.1160 IRGKIN050M12 "C H O P P E R LO W S ID E SW ITC H " IG B T INT-A- Low conduction loss IG B T PAK .R ugged Design • Simple gate-drive •Switching-Loss Rating includes all "tail" losses •Short circuit rated Description


    OCR Scan     		PDF IRGKIN050M12 C-499 IRGKIN050M12 100nH C-500 C497 C495 c496 C495 y GDE 85 C499

    NPN C460

    Abstract: 2N2907 equivalent c496 2N2906 equivalent 2N2905 equivalent 2n2484 complementary 2N2907 t018 C735 BS9300 CV7496
    Text: Metal Can Complementary Pairs Core Drivers | Polarity Maximum ratin ps 2N 3724A 2N 372 5A NPN N PN T039 T0 3 9 50 80 30 50 6 6 1200 1200 100 100 60 60 150 150 1500 1500 25 20 — - 300 300 100 100 0.20 0.26 2N 3244 PN P T0 3 9 40 40 5 1000 500 50 150 750 25


    OCR Scan     		PDF 2N3724A 2N3725A 2N3244 BF257 BS9300 2N2219A 2N2221 2N2222 NPN C460 2N2907 equivalent c496 2N2906 equivalent 2N2905 equivalent 2n2484 complementary 2N2907 t018 C735 CV7496

    C495 transistor

    Abstract: C735 transistor c638 transistor C756 TRANSISTOR transistor c495 C644 transistor PNP Transistor 2N2222 equivalent transistor c735 c637 transistor transistor c633
    Text: Metal Can Metal Can Product Variations Low Level General Purpose Am plifiers TO-5, TO-39 and TO-18 can be supplied with several variations from standard. Device Type Lead Length The standard lead length is 12,7mm 0,5in . Certain types are available with longer leads— 38,1mm (1,5in) at a sm all extra


    OCR Scan     		PDF BCW35GP. BS9300 2N2219A 2N2221 2N2222 2N2221A fT018 C495 transistor C735 transistor c638 transistor C756 TRANSISTOR transistor c495 C644 transistor PNP Transistor 2N2222 equivalent transistor c735 c637 transistor transistor c633

    C495 transistor

    Abstract: transistor c495 C735 c495 bc300 equivalent NPN C460 BFY50 equivalent u c756 2n-2411 2n1613 equivalent
    Text: 7 Metal Can High Current NPN Am plifiers Case Outlines Maximum ratinas Device Type ¡5 o £L BV Case BV BV hFEI CBO CEO EBO ICM mA V V V hFE2 1C Ic mA min. max. mA BFT39 BFT40 BFT41 NPN NPN NPN T039 T039 T039 90 70 60 80 60 50 5 5 5 1000 1000 1000 100 50 100 75


    OCR Scan     		PDF BFT39 BFT40 BFT41 BFT29 BFT30 BFT31 BFY50 BFY51 BFY52 BFT53 C495 transistor transistor c495 C735 c495 bc300 equivalent NPN C460 BFY50 equivalent u c756 2n-2411 2n1613 equivalent

    C495 transistor

    Abstract: c735 2N1893 equivalent c644 C735 O 2N2222 hfe C749 2N3570 transistor C633 NPN C460
    Text: Metal Can 0-76 Case BV CBO V V V 30 25 25 15 15 13 3 3 3 0 -4 8 0 2N3570 2N3571 2N3572 *T t i 4-95JÍ -12-7 h min I—-5 -3 Dimensions in mm NPN NPN NPN T072 T072 T072 Maximum ratin as BV BV CEO EBO hFE1 • mA min. max. f 50 50 50 5 5 5 150 200 300 1000 450


    OCR Scan     		PDF 4-95J0 2N3570 2N3571 2N3572 2N918 2N4252 2N4253 BS9300 2N2219A C495 transistor c735 2N1893 equivalent c644 C735 O 2N2222 hfe C749 transistor C633 NPN C460

    C495 transistor

    Abstract: BF194 2N4996 BF194 equivalent BF195 bf357 BF597 BF195 equivalent BF594 transistor c495
    Text: Silect High Frequency Transistors Maximum Ratings Device Type Case outline B V PTOT in brackets CBO ic S j o < hFE Ic BF594 (9) V V mA mW 30 20 30 250 V 1 10 BF595 (9) 30 20 30 250 35 BF597 (9) 40 25 30 360 38 2N4996 (2) T1S02A (2) 30 30 18 50 12 30 250


    OCR Scan     		PDF BF594 BF594, BF194 BF595 BF195 BF597 BF197 2N4996 BS9300 2N2219A C495 transistor BF194 BF194 equivalent BF195 bf357 BF597 BF195 equivalent BF594 transistor c495

    C495 transistor

    Abstract: c638 transistor EQUIVALENT TRANSISTOR bc108 C756 TRANSISTOR PNP Transistor 2N2222 equivalent C735 transistor c637 transistor transistor c495 TRANSISTOR bc107 current gain c372 transistor
    Text: Metal Can Metal Can Product Variations Low Level General Purpose Am plifiers TO-5, TO-39 and TO-18 can be supplied with several variations from standard. Device Type Lead Length The standard lead length is 12,7mm 0,5in . Certain types are available with longer leads— 38,1mm (1,5in) at a small extra


    OCR Scan     		PDF BCW35GP. BS9300 2N2219A 2N2221 2N2222 2N2221A fT018 C495 transistor c638 transistor EQUIVALENT TRANSISTOR bc108 C756 TRANSISTOR PNP Transistor 2N2222 equivalent C735 transistor c637 transistor transistor c495 TRANSISTOR bc107 current gain c372 transistor

    C736

    Abstract: C495 transistor bc303 equivalent 2N2222A 026 C735 bc143 equivalent bc143 C644 equivalent transistor 2N1711 transistor c633
    Text: Metal Can 0-76 Case BV CBO V V V 30 25 25 15 15 13 3 3 3 0 -4 8 0 2N3570 2N3571 2N3572 *Tt i 4-95JÍ -12-7 h min I—-5 -3 Dimensions in mm NPN NPN NPN T072 T072 T072 Maximum ratin as BV BV CEO EBO hFE1 • mA min. max. f 50 50 50 5 5 5 150 200 300 1000 450


    OCR Scan     		PDF 4-95J0 2N3570 2N3571 2N3572 2N918 2N4252 2N4253 BS9300 2N2219A C736 C495 transistor bc303 equivalent 2N2222A 026 C735 bc143 equivalent bc143 C644 equivalent transistor 2N1711 transistor c633

    NPN pnp MATCHED PAIRS 2n2905A 2N2219A

    Abstract: BFR39 BFR80 BFR40 BS9300 BFR81 BC326 BFR79 TIS90 BFR62
    Text: Silect Polarity General Purpose Transistors — Ic up to 800 mA Case Outlines Device Type case outline in brackets 2N3702 2N3703 2N3704 2N3705 2N3706 (1) (1) (1) (1) (1) TIS90 (1) TIS91 (1) PTOT Maximum ratings CEO V Cont IC A pk IC A Free Air @ 25‘C mW


    OCR Scan     		PDF BS9365 2N4036 2N4037 BS3365 2N4030 2N4031 NPN pnp MATCHED PAIRS 2n2905A 2N2219A BFR39 BFR80 BFR40 BS9300 BFR81 BC326 BFR79 TIS90 BFR62

    SB0061

    Abstract: AP239 sick wl 33-01 F11YT1 DIODE E BUG C552 intel dg41 diode BUG C332 04D2R 1R32Z intel dg41 vw
    Text: Twinhead Model : F11YT1 R:0 Intel Yonah ULV+Calistoga 945GM+ICH7-M Revision History A ORIGINAL RELEASE B 2006/01/12 Rev :B release. C 2006/03/17 Rev:C release. 2006/03/31 Rev :0 release. PCB STACK UP LAY1 LAY2 LAY3 LAY4 LAY5 LAY6 LAY7 LAY8 TOP GND IN1 VCC


    OCR Scan     		PDF F11YT1 945GM PG16CLKGEN PG19LAN M38857 GMD15 M56EN 0402R 124PS CN129S12421A0 SB0061 AP239 sick wl 33-01 DIODE E BUG C552 intel dg41 diode BUG C332 04D2R 1R32Z intel dg41 vw