SMD A37 Search Results

Contextual Info: KEMET Part Number: C0805C106K8PACTU C0805C106K8PAC7800 Capacitor, Ceramic, SMD, MLCC, Temperature Stable, Class II, 10 uF, +/-10% Tol, 10V, X5R, 0805 General Information Supplier: Part Type Description: KEMET SMD, MLCC, Temperature Stable, Class II Specifications

smd a37

Abstract: THA02P51X THA02P51 LAPTOP BATTERY SCHEMATICS THA02P03
Contextual Info: Power Inductor SMD TYPE THA02P TYPE FEATURES APPLICATIONS Low profile: 3.65mm Max Suitable for SMD automachine & reflow soldering Suitable for the large current application A Laptop & Notebook computers & PDAs Battery powered equipment DC/DC converters F

SPO134

Contextual Info: Power Inductor SMD TYPE SPO134 TYPE FEATURES APPLICATIONS Notebook computers Battery powered equipment DC/DC converters Servers Big current Footprint compatible with most standard Low DCR Magnetic shield Without noise AT 25 o C: 100KHz, 0.1V PART NO. Lo uH Typ.

SJ-A370

Contextual Info: CRYSTAL CLOCK OSCILLATORS Data Sheet 9942B Rev. H CMOS SJ-A370 Series Description The SJ-A370 Series of quartz crystal oscillators are designed to survive standard wave soldering operations without damage. Features • Wide frequency range–2.25MHz to 70.0MHz

SJ-A370

Contextual Info: CRYSTAL CLOCK OSCILLATORS Data Sheet 9942B Rev. K CMOS SJ-A370 Series Description The SJ-A370 Series of quartz crystal oscillators are designed to survive standard wave soldering operations without damage. Features • Wide frequency range–2.25MHz to 70.0MHz

Contextual Info: CRYSTAL CLOCK OSCILLATORS Data Sheet 9942B Rev. J CMOS SJ-A370 Series Description The SJ-A370 Series of quartz crystal oscillators are designed to survive standard wave soldering operations without damage. Features • Wide frequency range–2.25MHz to 70.0MHz

9942b

Abstract: SJ-A370 20MHz quartz crystal
Contextual Info: CRYSTAL CLOCK OSCILLATORS Data Sheet 9942B Rev. N CMOS SJ-A370 Series Description The SJ-A370 Series of quartz crystal oscillators are designed to survive standard wave soldering operations without damage. Features • Wide frequency range–2.25MHz to 70.0MHz

Contextual Info: CRYSTAL CLOCK OSCILLATORS Data Sheet 0016E Rev. C CMOS HA-A370 Series Description The HA-A370 Series of quartz crystal oscillators are resistance welded in an all metal package, offering RFI shielding, and are designed to survive standard wave soldering operations without damage. Insulated

Contextual Info: CRYSTAL CLOCK OSCILLATORS Data Sheet 0016E Rev. E CMOS HA-A370 Series Description The HA-A370 Series of quartz crystal oscillators are resistance welded in an all metal package, offering RFI shielding, and are designed to survive standard wave soldering operations without damage. Insulated

Contextual Info: CRYSTAL CLOCK OSCILLATORS Data Sheet 9617E Rev. K CMOS HS-A370 Series Description The HS-A370 Series of quartz crystal oscillators are resistance welded in an all metal package, offering RFI shielding, and are designed to survive standard wave soldering operations without damage. Insulated

Contextual Info: CRYSTAL CLOCK OSCILLATORS Data Sheet 9617E Rev. M CMOS HS-A370 Series Description The HS-A370 Series of quartz crystal oscillators are resistance welded in an all metal package, offering RFI shielding, and are designed to survive standard wave soldering operations without damage. Insulated

SJ-A370

Contextual Info: CRYSTAL CLOCK OSCILLATORS Data Sheet 9942B Rev. L CMOS SJ-A370 Series Description The SJ-A370 Series of quartz crystal oscillators are designed to survive standard wave soldering operations without damage. Features • Wide frequency range–2.25MHz to 70.0MHz

HS-A370

Contextual Info: CRYSTAL CLOCK OSCILLATORS Data Sheet 9617E Rev. L CMOS HS-A370 Series Description The HS-A370 Series of quartz crystal oscillators are resistance welded in an all metal package, offering RFI shielding, and are designed to survive standard wave soldering operations without damage. Insulated

cmos oscillator

Contextual Info: CRYSTAL CLOCK OSCILLATORS Data Sheet 0016E Rev. D CMOS HA-A370 Series Description The HA-A370 Series of quartz crystal oscillators are resistance welded in an all metal package, offering RFI shielding, and are designed to survive standard wave soldering operations without damage. Insulated

Contextual Info: CRYSTAL CLOCK OSCILLATORS Data Sheet 9617E Rev. P CMOS HS-A370 Series Description The HS-A370 Series of quartz crystal oscillators are resistance welded in an all metal package, offering RFI shielding, and are designed to survive standard wave soldering operations without damage. Insulated

20MHz quartz crystal

Contextual Info: CRYSTAL CLOCK OSCILLATORS Data Sheet 0016E Rev. G CMOS HA-A370 Series Description The HA-A370 Series of quartz crystal oscillators are resistance welded in an all metal package, offering RFI shielding, and are designed to survive standard wave soldering operations without damage. Insulated

Contextual Info: CRYSTAL CLOCK OSCILLATORS Data Sheet 0016E Rev. F CMOS HA-A370 Series Description The HA-A370 Series of quartz crystal oscillators are resistance welded in an all metal package, offering RFI shielding, and are designed to survive standard wave soldering operations without damage. Insulated

9617e

Abstract: HS-A370
Contextual Info: CRYSTAL CLOCK OSCILLATORS Data Sheet 9617E Rev. R CMOS HS-A370 Series Description The HS-A370 Series of quartz crystal oscillators are resistance welded in an all metal package, offering RFI shielding, and are designed to survive standard wave soldering operations without damage. Insulated

0016e

Contextual Info: CRYSTAL CLOCK OSCILLATORS Data Sheet 0016E Rev. H CMOS HA-A370 Series Description The HA-A370 Series of quartz crystal oscillators are resistance welded in an all metal package, offering RFI shielding, and are designed to survive standard wave soldering operations without damage. Insulated

PC MOTHERBOARD CIRCUIT diagram gigabyte 945gzm-s2

Abstract: gigabyte ga-945gzm-s2 circuit diagram GA-945GZM-S2 SMD transistor LD3 transistor ld12 GIGABYTE 945GZM-S2 smd LD9 PXA320 SmD TRANSISTOR a41 B38 diode smd
Contextual Info: ISP1763A PCI evaluation board UM0865 User manual Abstract This document describes board level operations of the ISP1763A PCI evaluation board. Two version of the board are available: one for the TFBGA package and the other for the VFQFPN package. The ISP1763A PCI evaluation board allows engineers and software developers to create

SMD CODE W17

Abstract: w37 FET SOT W17 SMD transistor A65 SMD diode u2 a54 SMD w35 Transistor A36 SMD w13 SMD sot 23 w18 smd transistor A44 SMD
Contextual Info: TLV320AIC10/11 EVM User’s Guide July 2000 AAP Data Converter Group SLWU003C IMPORTANT NOTICE Texas Instruments and its subsidiaries TI reserve the right to make changes to their products or to discontinue any product or service without notice, and advise customers to obtain the latest version of relevant information

DSE 130 -06A

Abstract: d3g smd Z80A sti 3014 smd LEDs Z80B-CTC NRZ MFM Z80B RCA IE03 smd a60 Z80A PIO zilog
Contextual Info: ì System 8000 Hardware Reference Manual Zilog 03-3237-04 December 1982 Copyright 1982 by Zilog, Inc. All rights reserved. No part of this publication m a y be reproduced, stored in a retrieval system, or transmitted, in any form or by any means, electronic, m e c h a n i ­

8e1111

Abstract: PWR1014A VITA-57 Vishay to277 ASP-134486-01 VITA57 PWR1014 TO277 16TQC100M TO-277
Contextual Info:  LatticeECP3 AMC Evaluation Board – Revision B User’s Guide September 2010 Revision: EB56_01.0  LatticeECP3 AMC Evaluation Board – Revision B User’s Guide Lattice Semiconductor Introduction The LatticeECP3 AMC Evaluation Board allows designers to investigate and experiment with the features of the

742-08-3-103-J-XX

Abstract: TRANSISTOR SMD a43 B56 smd transistor smd transistor b35 transistor ld12 SmD TRANSISTOR a42 SmD TRANSISTOR a45 smd code book a56 transistor B38 SMD Transistor SmD TRANSISTOR a41
Contextual Info: UM10009_3 ISP1362 PCI Evaluation Board User’s Guide March 2003 User’s Guide Rev. 3.0 Revision History: Rev. Date March 2003 3.0 2.0 July 2002 1.0 June 2002 Descriptions Added 6-page schematics at the end of the document • Updated Table 4-1, Section 4.6, Appendix A and