10V8 Search Results

TND14V-621KB00AAA0

Abstract: TND14V471 TND07V-471KB00AAA0 TND07V-220KB TND10V-471KB00AAA0 TND14V-561KB00AAA0 TND14V-911KB00AAA0 TND05V-471KB00AAA0 10V471K TND14V-511KB00AAA0
Contextual Info: METAL OXIDE VARISTORS TNRTM ?FEATURES @Large surge capability the surge current ratings of TNR V series, by 8/20 Ms, are about two times larger than TNR G series . @Large energy capability (1.5 time larger than TNR G series). @One rank smaller TNR V has same peak current as TNR G.

EATON CM20A

Abstract: A5 GNE mosfet Hall sensor 44e 402 2N8491 FTG 1087 S TRIAC BCR 10km FEB3T smd transistor marking 352a sharp EIA 577 sharp color tv schematic diagram MP-130 M mh-ce 10268
Contextual Info: Table of Contents N E W A R K E L E C T R O N IC S “Where serving you begins even before you call” Newark Electronics is a UNIQUE broadline distributor of electronic components, dedicated to provid­ ing complete service, fast delivery and in-depth inventory. Our main

813LN

Abstract: 82c495 b30 c300 - 1 RC410M APL5531-LF 20493-21 RC400MB-AGTL ati sb400 IT8712 NS0013 LF
Contextual Info: 1 2 3 4 6 7 8 EW6 VCC_CORE CPU CORE 5 Page:26 CLOCK GEN ICS951413CGLFT A +3VPCU +3V_S5/+3VSUS +3V CELERON-M/PENTIUM-M +3VPCU +3V_S5 A Page:4 +3VSUS INTEL Mobile_479 CPU +3V Page:2, 3 +5VSUS +5VSUS/+5V +12V +5V Page:24 +12V HOST BUS 400MHZ +1.8VSUS +1.8VSUS/+1.8V

alviso-GM

Abstract: ICS954206 pc123 T7 65R77 AOS4916 3RN10 NS681687 LM358 quanta quanta computer
Contextual Info: 1 2 3 4 5 6 7 8 5VPCU BOM MARK Centrino 3V_ALWAYS 5V / 3.3V 15V CLOCK GEN ICS ICS954206 +5V +3V_S5 Kyoto II EW5 PENTIUM-P/CELEROM-M DORTHAN INTEL Mobile_479 CPU Page 3,4 Page 2 A A +3V +3VSUS Page 26 HOST BUS 400/533MHz +5VSUS +1.8VSUS 1.8V / 0.9V CLK_SDRAM0~5,

MA2J11100

Abstract: FBJ3216HS800 8C547 MA2J11100L si4814 LAD2 12V P11A13 quanta foxconn quanta computer
Contextual Info: 5 4 3 2 1 Block Diagram 2004/1/28 DDR DIMM 333/400MHZ AMD Processor K8 D DTR/Transportable DDR DIMM PAGE 04. PAGE 02.03. Vcore (1.5V):52.9A VLDT :500mA VCC2.5V :0.15A VCC2.5V_DUAL:2.2A VTT1.25V :125mA D 12VOUT 5VPCU 3V_591 DC - DC PAGE 16. 2.5VSUS DDR_VTT

G1410

Abstract: quanta ATI SB450 87383 winbond CSP1040 SW-DT016-PT11AB LID591 PC87541 ao1412 max8724
Contextual Info: 1 2 3 4 6 7 8 BL3 VCC_CORE CPU CORE SENTECH SC451 5 Page:25 CLOCK GEN RTM865-300 Yonah Celeron-M +3VPCU A +3VPCU +3V_S5/+3VSUS +3V +5VSUS/+5V 10V/15V A +3V_S5 INTEL Mobile_479 CPU SOCKET_M +3VSUS Page:2, 3 +3V +5VSUS +5V HOST BUS 533MHZ 10V/15V +1.8V_S5 MAXIM

ICS954206AG-T

Abstract: AP24 printer 915GM intel g31 motherboard alviso-GM quanta computer RAMD32 CH2507 quanta C5782
Contextual Info: 1 2 3 4 5VPCU 6 7 CLOCK GEN ICS ICS954206AG-T +5V Page : 32 15V E@ EXT VGA 要打 I@ INTVGA 要打 Processor Page : 2 3@ 3in1 要打 4@ 4401 要打 DOTHAN CELEROM-M 3V_ALWAYS INTEL Mobile_479 CPU A +3V_S5 5@ 5705M 要打 EXT_LVDS Page : 3 , 4 NVIDIA MEP44

10V471K

Abstract: 14V471K 10V431K VARISTOR 10v471k 14V102K 10v471k tnr 20v471k 14V561K 20V112K 14v431k
Contextual Info: TNR V SERIES ● Features ◆ Large surge capability the surge current ratings of TNR V series, by 8/20 µ Sec., are about two times larger than TNR G series . ◆ Large energy capability (1.5 time larger than TNR G series). ◆ One rank smaller TNR V has same peak current as

14v431k

Abstract: 14v471k 14V101K 10V471K 14v112k 14V182K 14V102K 14V561K 180KB 14V-471K
Contextual Info: METAL OXIDE VARISTORS TNRTM RoHS Compliant ?FEATURES @Large surge capability the surge current ratings of TNR V series, by 8/20 Ms, are about two times larger than TNR G series . @Large energy capability (1.5 time larger than TNR G series). @One rank smaller TNR V has same peak current as TNR G.

varistor 10V-471K

Abstract: 10n 471k 10V471K metal oxide varistor 471k 20k TNR Varistor 14V471K v 14 k 300 varistor TND20V K1800 10v 471k tnr
Contextual Info: METAL OXIDE VARISTORS TNR ?FEATURES @Large surge capability the surge current ratings of TNR V series, by 8/20 M Sec., are about two times larger than TNR G series . @Large energy capability (1.5 time larger than TNR G series). @One rank smaller TNR V has same peak current as TNR G.

10V471K

Abstract: TND14V TNR14V270K 14V-112K TNR14V471 varistor 10V-471K 121KB TNR 14V431K 14v391k TNR14V470K
Contextual Info: METAL OXIDE VARISTORS TNRTM RoHS Compliant ?FEATURES @Large surge capability the surge current ratings of TNR V series, by 8/20 Ms, are about two times larger than TNR G series . @Large energy capability (1.5 time larger than TNR G series). @One rank smaller TNR V has same peak current as TNR G.

10V471K

Abstract: 14v471k 10V431K 7v471k 14v431k 20v471k 14V102K 20V911k 14V561K 7v241k
Contextual Info: V Series Ⅲ Metal Oxide Varistor Ⅲ General Purpose Ⅲ Small Size Ⅲ UL 1414 and 1449 Approved Ⅲ ‫؀‬85؇C Maximum Temperature Actual Size The V series is a standard metal oxide varistor series from UCC/NCC that are designed for use as surge protectors in general purpose applications. These MOVs are a smaller size and have higher

BTS 113A

Abstract: BTS113
Contextual Info: SIEMENS TEMPFET" • • • • • BTS113A N channel Logic level Enhancem ent mode Tem perature sensor with thyristor characteristic The drain pin is electrically shorted to the tab Pin 1 2 3 G D S Refer to circuit design hints see chapter Technical Inform ation

10V471K

Abstract: 20V112K 14V-221K 14V471K TNR7V471K 20V911k 10V431K 7V820K 10V681K 7V220K
Contextual Info: METAL OXIDE VARISTORS TNR ?FEATURES @Large surge capability the surge current ratings of TNR V series, by 8/20 M Sec., are about two times larger than TNR G series . @Large energy capability (1.5 time larger than TNR G series). @One rank smaller TNR V has same peak current as TNR G.

7v241k tnr

Abstract: 10V471K 7v241k tnr g 471k TND20V TND14V TND10V-681KB00AAA0 14V820K 14V471K TND12V-561K
Contextual Info: RoHS指令 適合品 セラミックバリスタ TNR V シリーズは新組成のセラミック材料と新しい電極材料 の開発を元に、製造方法の改良を加えてサージ電流耐量とエネルギー耐量を大幅に 向上させ、小形化・高性能化を実現した製品です。

14V471K

Abstract: 10V471K 9V511K 14V561K 14v431k 14V471K tnr VARISTOR 10v471k 14V102K 14v391k 20v471k
Contextual Info: METAL OXIDE VARISTORS TNR ?FEATURES @Large surge capability the surge current ratings of TNR V series, by 8/20 M Sec., are about two times larger than TNR G series . @Large energy capability (1.5 time larger than TNR G series). @One rank smaller TNR V has same peak current as TNR G.

varistor 10V-471K

Abstract: 14v471 151kB 561KB 20V561k 20V470K 14V471K tnr TND10V-271K 10V-270K 14V821K
Contextual Info: METAL OXIDE VARISTORS TNR ?FEATURES @Large surge capability the surge current ratings of TNR V series, by 8/20 M Sec., are about two times larger than TNR G series . @Large energy capability (1.5 time larger than TNR G series). @One rank smaller TNR V has same peak current as TNR G.

fm antenna diversity

Abstract: 114KHZ KIA2027F KIA2039FN resistor land strong KIA2054AF KIA2074F KIA2093F 11FT
Contextual Info: KEC KIA2039FN SEMICONDUCTOR KOREA ELECTRONICS CO.,LTD. TECHNICAL DATA BIPOLAR LINEAR INTEGRATED CIRCUIT FM ANTENNA DIVERSITY IC The KIA2039FN is a antenna-switch type FM Antenna diversity IC developed for use in car tuners. For diversity, all you need is this IC.

HA11498

Abstract: TDA2640 HD7407P tda1060 TEA1009 KIA2206 TDA2591 tda2658 1V2 TUBE TDA3586
Contextual Info: Preface Welcome to the second edition of Television IC Data Files. Due to the falling price of consumer equipment, the first edition of this book, published in 1996, was conceived to help provide the repair engineer with a convenient, reliable source of information to aid speedy fault-finding. Not much has

u664

Abstract: T7411 quanta quanta computer 82855gme C-298 cpu c644 100v 27p ad7611 Quanta ED1 D2510
Contextual Info: 1 A 2 3 4 5 6 7 8 Centrino ED1 HCLK_CPU, HCLK_CPU# BANIAS DORTHAN INTEL Mobile_479 CPU Page : 2 , 3 A CLK66_MCH HA#[0.31], HD#[0.63] HCLK_MCH, HCLK_MCH# DREFCLK48 HOST BUS CLOCK CY28346 CLK_SDRAM0~5, CLK_SDRAM0~5# DDR-SODIMM1 Montara-GM 82855GME 82852GM

ATMEL+24C02N+SU27

Abstract: su27 d su27 quanta cpu c644 100v 27p rtl8110sbl quanta computer MC908 ICH4 Quanta ED1
Contextual Info: 1 A 2 3 4 5 6 7 8 Centrino ED1 HCLK_CPU, HCLK_CPU# BANIAS DORTHAN INTEL Mobile_479 CPU Page : 2 , 3 A CLK66_MCH HA#[0.31], HD#[0.63] HCLK_MCH, HCLK_MCH# DREFCLK48 HOST BUS CLOCK CY28346 CLK_SDRAM0~5, CLK_SDRAM0~5# DDR-SODIMM1 Montara-GM 82855GME 82852GM

CMI9880

Abstract: OZ2216 LID591 AOS4916 CH747 24LC02A Socket AM2 HP multibay ALC880D M5285
Contextual Info: 1 2 3 AC/BATT CONNECTOR PG 42 A 4 5 6 DC/DC Dothan/Yonah 7 CLOCKS +1.05V/+1.5V +1.8V/+0.9V PG 37~41 +3V/+5V 478 Micro-FCPGA it c a PG 42 +1.05V +1.8VSUS B Alviso 400/533 MHZ DDR II DDR-SODIMM1 PG 10,11 +1.8VSUS 400/533 MHZ DDR II h c +2.5V DDR-SODIMM2 PG 10,11

7 HL 05

Abstract: quanta quanta computer 1pr110 Si4810BDY-T1-E3 MTP25 cpu c644 100v 27p quanta BL capacitor 1u 63V S-M 1K4
Contextual Info: 1 2 3 GU1 4 5 6 7 Celeron-M 8 HCLK_CPU, HCLK_CPU# INTEL Mobile_479 CPU Page : 2 , 3 CLK66_MCH A A HA#[0.31], HD#[0.63] HCLK_MCH, HCLK_MCH# DREFCLK48 HOST BUS CLOCK ICS950810CG CLK_SDRAM0~5, CLK_SDRAM0~5# DDR-SODIMM1 Page : 10 82852GM 266MHZ DDR LVDS Page:8~9

Contextual Info: 比较使用集成电源模块相对于使用分立稳压器的优点 引言 如今的通信与计算基础设施的电源系统可支持耗电量日益增加的FPGAASIC及微处理器的大电流负载 。为提供这些大电流电路，设备制造商常常依赖复杂、占用宝贵空间并可能具有严重功率输出限制的分