C399 Search Results

Contextual Info: Document 413-1 SMT Power Inductors – DO2010 Series • Smallest power inductor, only 2 mm square and 1 mm high • Can handle up to 2.4 A of saturating current Designer’s Kit C399 contains 5 of each part Core material Ferrite Core and winding loss See www.coilcraft.com/coreloss

DO2010

Abstract: inductor 280 uH
Contextual Info: Document 413-1 SMT Power Inductors – DO2010 • Smallest power inductor, only 2 mm square and 1 mm high • Can handle up to 0.51 A of saturating current Designer’s Kit C399 contains 5 of each part Core material Ferrite Core and winding loss See www.coilcraft.com/coreloss

DO2010-681ML

Abstract: DO2010-472ML DO2010-332ML DO2010-501ML
Contextual Info: Document 413-1 SMT Power Inductors - DO2010 Series • Smallest power inductor, only 2 mm square and 1 mm high • Can handle up to 2.4 A of saturating current Designer’s Kit C399 contains 5 of each part Core material Ferrite Terminations RoHS compliant silver-palladium-platinum-glass frit.

c243 r47

Abstract: c4381 R738 D1041 c918 C833 C639 C1027 R474 C939
Contextual Info: 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

Contextual Info: Document 413-1 SMT Power Inductors – DO2010 • Smallest power inductor, only 2 mm square and 1 mm high • Can handle up to 0.51 A of saturating current Designer’s Kit C399 contains 5 of each part Core material Ferrite Core and winding loss See www.coilcraft.com/coreloss

Contextual Info: Document 413-1 SMT Power Inductors – DO2010 •฀ •฀ Can฀handle฀up฀to฀0.51฀A฀of฀saturating฀current฀ Designer’s Kit C399 contains 5 of each part Core material Ferrite

DO2010

Abstract: DO2010-224 DO201 C399 SR-332 DO2010-103ML DO2010-332ML
Contextual Info: Document 413-1 SMT Power Inductors – DO2010 Series • Smallest power inductor, only 2 mm square and 1 mm high • Can handle up to 2.4 A of saturating current Designer’s Kit C399 contains 5 of each part Core material Ferrite Core and winding loss See www.coilcraft.com/coreloss

DO2010

Abstract: C399 SR-332
Contextual Info: Document 413-1 SMT Power Inductors – DO2010 Series • Smallest power inductor, only 2 mm square and 1 mm high • Can handle up to 0.51 A of saturating current Designer’s Kit C399 contains 5 of each part Core material Ferrite Core and winding loss See www.coilcraft.com/coreloss

Contextual Info: Document 413-1 SMT Power Inductors - DO2010 Series • Smallest power inductor, only 2 mm square and 1 mm high • Can handle up to 2.4 A of saturating current Designer’s Kit C399 contains 5 of each part Core material Ferrite Core and winding loss See www.coilcraft.com/coreloss

Contextual Info: Document 413-1 SMT Power Inductors – DO2010 Series • Smallest power inductor, only 2 mm square and 1 mm high • Can handle up to 0.51 A of saturating current Designer’s Kit C399 contains 5 of each part Core material Ferrite Core and winding loss See www.coilcraft.com/coreloss

Contextual Info: Document 413-1 SMT Power Inductors – DO2010 • Smallest power inductor, only 2 mm square and 1 mm high • Can handle up to 0.51 A of saturating current Designer’s Kit C399 contains 5 of each part Core material Ferrite Core and winding loss See www.coilcraft.com/coreloss

Contextual Info: 512K X 8 EEPROM m o l a t e ME8512SC-15/20 Issue 12 . : March 1993 ADVANCE PRODUCT INFORMATION S e m ic o n d u c to r Pin Definition 524,288x 8 CMOS EEPROM Features Very Fast Access Times of 150/200 ns JEDEC 4M EEPROM Standard 32 pin DIL footprint Operating Power 350 mW max

eeprom programmer schematic 24c08

Abstract: motorola TP230 eeprom programmer schematic 24c02 transistor C458 C458 datasheet GMC21X7R104K50NT philips c399 RM10F1000CT IC 24c08 transistor c331
Contextual Info: Preliminary ThunderSWITCH 8/3 Schematics Description and Schematics Reference Guide: SPWA023 Networking Business Unit Revision 0.2 April 1998 IMPORTANT NOTICE Texas Instruments and its subsidiaries TI reserve the right to make changes to their products or

A13B1

Contextual Info: 1 1234455678 96ABCADEFCC1C3C66C 1 131C7BA1C C C C C C C 13C9A1C 1 CDE33AAF1116511C11551 !61"F#$11#%71 1 #&11&11C12&6!'&1 ' !1!155(1&&11 !51 !61'51!*11)!571#&51C1! 137E+,11(151'51 1

XC95144XLTQ100

Abstract: XC95144XL-TQ100 PAD336 ctcb1210 CTCB1210-600S Video-Encoders C491 b30 c300 NTE0505M PAD102
Contextual Info: 5 4 3 2 1 AUDIO_5V C1 C2 0.1uF C3 0.1uF + C4 0.1uF 10uF @ 16V U26 27 D VDD VDD AUDIO_GND VDD 6 16 D A R2 C484 19 LM4835 AUDIO AMP R2 R3 C5 20K 5% BEEP A R1 18 13 A_FB - OUT A 17 20K 5% L_SPKR_NEG + OUT A 15 L_SPKR_POS 12 A IN HP_IN 21 20K 5% + 20K 5% 0.33uF @ 35V

Contextual Info: Document 413-1 SMT Power Inductors - DO2010 Series The DO2010 is only 2 mm square and 1 mm high. They require less than half the board space of our next smaller power inductor, the LPO3010. Despite their miniature size, these parts can handle current up to 2 Amps, making them ideal for use in

C1593

Abstract: C155D airborn RM6
Contextual Info: AirBorn R M 6 3 2 - 2 5 2 - 1 9 2 -9 5 0 1 - 9 8 5 THE CONNECTOR COMPANY • ROW Daughterboard to Motherboard or Chassis .075" RM6 R M 6 4 2 - 2 5 2 - 8 1 2 -9 6 0 1 162 thru 402 Contacts .550 — I .5 5 0 I— .4 8 6 |^—/ POSITION # 1 ^ — — h .470

transistor c114

Abstract: ceramic capacitor 103 kck M39014 1- 1553 104k transistor c114 diagram EIA-RS-198D method 201 transistor c114 diagrams 105k K5R k5r 105k capacitor 0.01 UF 16 volt G309 K5U 104m
Contextual Info: CERAMIC LEADED CAPACITORS To find parts fast, visit at www.kemet.com. F-3101E 12/02 KEMET CAPACITORS GR900 and MIL-PRF-123 High-Reliability Ceramic Capacitors are available. Refer to catalog F-3054 for detailed information. KEMET also manufactures Tantalum Leaded, and Surface Mount Capacitors — Tantalum and Ceramic.

C495 transistor

Abstract: r3272 MB2100H SN74LVC244A 14pin mc-156 32,768khz m1535d M1535 ah1 c541 c5470 EG-2121CA-125
Contextual Info: 4 3 2 1 D C B A D PAGE PAGE PAGE PAGE PAGE PAGE PAGE PAGE PAGE PAGE PAGE PAGE PAGE PAGE PAGE PAGE PAGE PAGE PAGE PAGE PAGE PAGE PAGE PAGE PAGE PAGE PAGE PAGE PAGE PAGE PAGE PAGE PAGE PAGE PAGE PAGE PAGE PAGE PAGE PAGE PAGE PAGE PAGE PAGE PAGE PAGE PAGE PAGE

INDUCTANCE

Abstract: coilcraft xal
Contextual Info: Document 125-1 -LfIt.NcoEm N O R E ORD er.coilcra Designer’s Kits rd http://o To help simplify your prototyping, we offer low-cost Designer’s Kits for many of our products. Each contains an assortment of in-stock values along with detailed product specifications. We even

NV18

Abstract: isl6247 transistor SMD w26 Socket AM2 Compal Electronics SMD SOT23 A53 rt8101l p25 BTQ00 RTL8101L compal
Contextual Info: A B C D E 1 2 1 BTQ00 Rev1.0 Schematics Document 2 Intel Prescott uFCPGA-478 / P4 Northwood with Springdale / ICH5 / nVIDIA NV18/34/31M chipset 2003/05/15 3 3 4 4 Compal Electronics, Inc. Title THIS SHEET OF ENGINEERING DRAWING IS THE PROPRIETARY PROPERTY OF COMPAL ELECTRONICS, INC. AND CONTAINS CONFIDENTIAL

ni usb 6212

Abstract: SS-00259-1 C2060 C2055 C2068 quanta C2096 R2067 915GM SW1010CPT
Contextual Info: 1 2 3 4 5 478 PIN micro FC-PGA 14, 15, 15w , 17w inch XGA, SXGA+ A LVDS LCD P7 P3,4 400/533 MHz A LVDS Alviso DVI M24/M26 UNBUFFERED DDRII SODIMM DDRII 400/533 P10 915GM/PM R/G/B CRT P9 R/G/B UNBUFFERED DDRII SODIMM DDRII 400/533 1257 PIN (micro FCBGA) PCIE 16Lanes

RG82845MP

Abstract: 103KT2125-1P R53 thermistor compal rf switch s195 EPCOS T251 RG82845M LPC47N254 x71 sot23 mm74hct32m
Contextual Info: 5 4 3 2 1 D D Lindbergh Schematic C C uFCPGA Northwood 2003-03-10 Rev:A01 B B A A Compal Electronics, Inc. Title Cover Sheet Size Document Number Rev A01 ADQ00/LA-1351 Date: 5 4 3 2 Monday,March10,2003 1 Sheet 1 of 52 5 4 3 2 Compal confidential 1 Block Diagram

sk 8050 rf

Abstract: smd diode 815b C8050 schottky C475 DIODE 2C101 m15 fah 001 8 24VDc R5C592 LTN154X1-L02 W83L950 BGA144F
Contextual Info: SERVICE MANUAL FOR 8050 BY: Grass.Ren Repair Technology Research Department /EDVD Feb.2004 8050 N/B Maintenance Contents 1. Hardware Engineering Specification …………………………………………………………………. 1.1 Introduce ……………………………………………………………………………………………….