SO 042 Search Results

c1295 battery

Abstract: ipod touch circuit diagram TPM infineon SLB 9635 TT NEC C1181 nec c1251 Mx612 PC87541 AC45 RS600ME BE-34
Contextual Info: 5 4 3 CPU WR1G2 2 1 01 CPU Thermal Sensor Merom u-FCPGA 479PIN NB Thermal Sensor 3,4 ICS 951461 FSB D 667 MHZ (14) Memory Dual channel ON BOARD 256MB SO-DIMM NORMAL (10) SO-DIMM NORMAL ON BOARD 256MB (12) (11) HDD_PRIMARY DRIVE DDR II CHANNEL A CRT DDC2B

PC87541

Abstract: u924 818ln CX20551 DC090 GE R534 am39 motherboard fp pin out power ok circuit g41 PC MOTHERBOARD CIRCUIT diagram ICS954310
Contextual Info: 5 4 3 2 1 HOST 133/166MHz CLK-GEN PCIE 100MHz VGA 96MHz ICS954310 CPU Intel Yonah USB 48MHz PCI 33MHz Page 2 D REF 14MHz uFCPGA 478 FSB 533/667 +5VPCU +3V_S5 ChannelA +5V_S5 DDR2 SO-DIMM0 +3VSUS Page 9 DDR2 533/667 +5VSUS ChannelB +3V DDR2 SO-DIMM1 +5V Page 24

TPM infineon SLB 9635 TT

Abstract: slb 9635 tt 1.2 56uH PC87541 ATI SB460 SN741G32 bcm5787m RS600ME quanta bcm5787
Contextual Info: 5 4 3 WR1 t CPU 2 1 01 CPU Thermal Sensor Yonah BlOCK DIAGRAM NB Thermal Sensor u-FCPGA 479PIN D FSB D Battery 667 MHZ Memory Dual channel SO-DIMM NORMAL ON BOARD 256MB SO-DIMM NORMAL ON BOARD 256MB HDD_PRIMARY DRIVE DC In DDR II CHANNEL A CRT DDC2B NB 667 MHZ

IT8513

Abstract: IT8513E R5C804 UGPZ6 ITE8513 OZ8118LN ALPS Bluetooth BCM5787M alps touchpad hp quanta
Contextual Info: 5 4 3 AK3 2 01 CPU CPU Thermal Sensor Merom BlOCK DIAGRAM u-FCPGA 478PIN D DC In DC/DC & Charge 12 Battery FAN Control 4,5 FSB 1 28 D 800 MHZ Dual channel Memory DDRII 667/800 DDR II CHANNEL A SO-DIMM STANDARD 13,14 SO-DIMM STANDARD 13,14 CRT DDC2B NB 2x LVDS

BCM5787

Abstract: SB460 ATI SB460 PC638 PC618 PC87541 X235 C556B IOPLLVDD18 PC627
Contextual Info: 5 4 3 NR3a CPU 2 1 01 CPU Thermal Sensor Yonah / Merom BlOCK DIAGRAM NB Thermal Sensor u-FCPGA 478PIN D FSB D Battery 667 MHZ Dual channel Memory DDRII 667 SO-DIMM STANDARD ON BOARD 256MB SO-DIMM REVERSE PRIMARY HDD DC In DDR II CHANNEL A CRT DDC2B NB DDR II CHANNEL B

a80 marking code

Abstract: a64 marking code B58 608 diode 910 b34 MS18R1622EH0-CM8 MS18R1622EH0-CT9 MS18R1624EH0-CM8 MS18R1624EH0-CT9 MS18R1628EH0-CT9 MS18R1622EH0-CK8
Contextual Info: Preliminary MS18R1622 4/8 EH0 Revision History Version 0.1 (February 2004) - Based on the 1.0 ver. (July 2002) 288Mbit D-die SO-RIMM Module Datasheet. Page 0 Rev. 0.1 Feb. 2004 Preliminary MS18R1622(4/8)EH0 (16Mx18)*2(4/8)pcs SO-RIMM™ based on 288Mb E-die, 32s banks,16K/32ms Refresh, 2.5V

PCI7412

Abstract: g121 gps 06203-MP RSMRST APW7057 82801 ich7 U30K Wistron Corporation Intel 82801 GBM KB3910SF
Contextual Info: A B C D E MYALL2 Block Diagram CLK GEN. IDT CV125 TV Out Yonah 478 Celeron M G792 19 14 CPU DC/DC ISL6262 37 ~ 38 LCD 13 DDR II SO-DIMM 1 DDR II SO-DIMM 2 4 14 CRT 4~5 FSB 400/533/667 MHz 11 ~ 12 INPUTS Calistoga 945PM / 940GML RAM BUS 533/667 MHz Nvidia G72M-V

Contextual Info: SMA Connectors Alphabetical Index lohN SO N J Com ponents INCHES MILLIMETERS CUSTOMER DRAWINGS AVAILABLE UPON REQUEST SMA Connectors Bulkhead. 43 Feedthroughs. 60

ds14c89

Abstract: MAX1489 DS1489 IEC1000-4-2 MAX1489E MC1489 MC14C89 SN75189 SN75C189 DR C 5V
Contextual Info: 19-0426; Rev 1; 2/03 ±15kV ESD-Protected, Quad, Low-Power RS-232 Line Receiver The MAX1489E is pin compatible with the MC1489, MC14C89, SN75189, SN75C189, DS1489, and DS14C89. It is available in 14-pin plastic DIP and SO packages. _Applications

MO-193 footprint

Abstract: CA 4570 QCI-39000
Contextual Info: PACKAGING Commercial/Industrial Outlines and Parameters PART NUMBER SUFFIX DESIGNATIONS: XXXXXXXXXX Device Type Options -XX X Speed or Temperature Frequency /XX XXX Package Pattern Examples: 24LC65-I/SN PIC16C54-RCI/SO Memory Products Microcontroller Products

A80387

Abstract: fe6500 FE5400 intel 80387 weitek intel 80386 SL western digital pvga 80386 80387
Contextual Info: Advance Information 1 FE6000 Enhanced CPU and Peripheral Control Logic 100% Hardware Register Level and Software Compatible to the IBMTM Personal System/2TM Models SO, 60,70 and 80 Functionality Equivalent to the following: Two 8259 Interrupt Controllers

Antenna

Abstract: GPS antenna ANT-J20
Contextual Info: MITSUMI GPS Antenna ANT-J20 Telecommunication component OUTLINE This is a highly sensitive, efficient antenna for receiving GPS satellite waves. The antenna element can be supplied separately, and so it optimum for small sets, such as portable equipment. FEATURES

fe5030

Abstract: intel 80387sx pvga1 weitek 80387sx ibm technical faraday 80386 paradise vga FE6500 80387/80387SX
Contextual Info: Advance Information FE6000 Enhanced CPU and Peripheral Control Logic □ □ □ 100% Hardware RegisterLevel and Software Compatible to the IBM TM Personal System/2TM Models SO, 60,70 and 80 Functionality Equivalent to the following: Two 8259 Interrupt Controllers

Antenna

Abstract: GPS Antenna
Contextual Info: MITSUMI GPS Antenna ANT-JX2 Telecommunication component OUTLINE This is a highly sensitive, efficient antenna for receiving GPS satellite waves. The antenna element can be supplied separately, and so it optimum for small sets, such as portable equipment. FEATURES

GPS antenna

Abstract: ANTENNA GPS Antenna GPS Antenna 1575 rotating antenna
Contextual Info: MITSUMI GPS Antenna ANT-JX1 Telecommunication component OUTLINE This is a highly sensitive, efficient antenna for receiving GPS satellite waves. The antenna element can be supplied separately, and so it optimum for small sets, such as portable equipment. FEATURES

Contextual Info: SO LD ER T E R M IN A L S 180-2750 pin .064 1,61 Mounting Hole Diameter (# 52 Drill) ACTUAL SIZE 156 R*(. (3.06) . , j 1/ 040 042 Dit (1,07) (1.02) .136 •(3,45)- . .020 (0.51) f 180-2750- X X -05-00 IT - 7- .060(1.52) COMPONENT Terminal HOW TO ORDER CODE:

GPS antenna

Abstract: ANT-J20
Contextual Info: MITSUMI GPS Antenna ANT-J20 Wireless Communication Components OUTLINE This is a highly sensitive, efficient antenna for receiving GPS satellite waves. The antenna element can be supplied separately, and so it optimum for small sets, such as portable equipment.

GPS Antenna

Contextual Info: MITSUMI GPS Antenna ANT-JX1 Telecommunication component OUTLINE This is a highly sensitive, efficient antenna for receiving GPS satellite waves. The antenna element can be supplied separately, and so it optimum for small sets, such as portable equipment. FEATURES

GPS antenna

Abstract: GPS Antenna 1575 Antenna design ANTENNA GPS rotating antenna satellite received board
Contextual Info: MITSUMI GPS Antenna ANT-JX2, JX3 Telecommunication component OUTLINE This is a highly sensitive, efficient antenna for receiving GPS satellite waves. The antenna element can be supplied separately, and so it optimum for small sets, such as portable equipment.

Contextual Info: Advanced Monolithic Systems AMS4122 SINGLE 4A/DUAL 2A BUCK CONVERTER IN SO8 RoHS compliant FEATURES APPLICATIONS • 2 Independent Asynchronous Buck Converters in SO-8 • Internally compensated • Built in soft start • Enable with Zero current shut down

MPC8245

Abstract: transistor C 6092 equivalent G38-87 JESD51-2 MPC8245EC MPC8245UM MPC8245ECSO2AD
Contextual Info: Freescale Semiconductor MPC8245EC Rev. 10, 08/2007 Technical Data MPC8245 Integrated Processor Hardware Specifications The MPC8245 combines a PowerPC MPC603e processor core built on Power Architecture™ technology with a PCI bridge so that system designers can rapidly design systems

Contextual Info: 13 12 10 MATERIALS AND FINISHES BODY: BRASS PLATED GOLD CENTER CONTACT: BERYLLIUM COPPER PLATED GOLD 15.24 COMPLIANT PINS: BERYLLIUM COPPER 5.08 REF .200 TYP PLATED GOLD 2.54 REF .100 TYP 5.08 _ INSULATOR: UHMW POLYETHYLENE SURFACE RESISTIVITY 10E13 OHM/SO

ADVANCED MONOLITHIC SYSTEMS

Abstract: AMS4122 AMS4122S AMS4123 MBR330
Contextual Info: Advanced Monolithic Systems AMS4122 SINGLE 4A/DUAL 2A BUCK CONVERTER IN SO8 RoHS compliant FEATURES APPLICATIONS • 2 Independent Asynchronous Buck Converters in SO-8 • Internally compensated • Built in soft start • Enable with Zero current shut down

GPS antenna

Abstract: ANTENNA RF Mitsumi RF
Contextual Info: MITSUMI GPS Antenna ANT-JX2, JX3 Wireless Communication Components OUTLINE This is a highly sensitive, efficient antenna for receiving GPS satellite waves. The antenna element can be supplied separately, and so it optimum for small sets, such as portable equipment.