100315 Search Results

ECL 100315

Contextual Info: 100315 Low-Skew Quad Clock Driver General Description The 100315 contains four low skew differential drivers, designed for generation of multiple, minimum skew differential clocks from a single differential input. This device also has the capability to select a secondary single-ended clock

b1565

Abstract: B1565 transistor B1165 b1035 transistor b1565 C1995 F100K M16A W16A
Contextual Info: 100315 Low-Skew Quad Clock Driver General Description Features The 100315 contains four low skew differential drivers designed for generation of multiple minimum skew differential clocks from a single differential input This device also has the capability to select a secondary single-ended clock

omap 1610

Contextual Info: OBSOLETE 100315 www.ti.com SNOS133B – AUGUST 1998 – REVISED APRIL 2013 100315 Low-Skew Quad Clock Driver Check for Samples: 100315 FEATURES DESCRIPTION • • • The 100315 contains four low skew differential drivers, designed for generation of multiple, minimum

F100K

Contextual Info: S E M IC O N D U C T O R tm 100315 Low-Skew Quad Clock Driver G en eral D escrip tio n • D ifferential inputs and outputs ■ Small outline package SOIC ■ Secondary clock available fo r system level testing ■ 2000V ESD protection ■ Voltage com pensated operating range: - 4 .2 V to -5 .7 V

Contextual Info: 100315 £3 National ÆM Sem iconductor 100315 Low-Skew Quad Clock Driver General Description Features The 100315 contains four low skew differential drivers, de­ signed for generation of multiple, minimum skew differential clocks from a single differential input. This device also has

Contextual Info: s e m ic o n d u c t o r Revised November 1999 100315 Low Skew Quad Clock Driver General Description Features The 100315 contains four low skew differential drivers, designed for generation of multiple, minimum skew differ­ ential clocks from a single differential input. This device

LA 7620

Contextual Info: Semiconductor 100315 Low-Skew Quad Clock Driver General Description 1 The 100315 contains fo u r low ske w differential drivers, d e ­ signed fo r generation of m ultiple, m inim um skew differential clocks from a single differential input. This device also has

Contextual Info: R1232D SERIES PWM STEP-DOWN DC/DC CONVERTER WITH SYNCHRONOUS RECTIFIER NO.EA-129-100315 OUTLINE The R1232D Series are CMOS-based PWM step-down DC/DC converters with synchronous rectifier, low supply current. As an output capacitor, a 10 F or more ceramic capacitor can be used with the R1232D.

F100K

Abstract: W16A
Contextual Info: 100315 Low-Skew Quad Clock Driver General Description The 100315 contains four low skew differential drivers, designed for generation of multiple, minimum skew differential clocks from a single differential input. This device also has the capability to select a secondary single-ended clock

Contextual Info: Semiconductor 100315 Low-Skew Quad Clock Driver General Description 1 The 100315 contains four low ske w differential drivers, d e ­ signed for generation of m ultiple, m inim um skew differential clocks from a single differential input. This device also has

Contextual Info: S E M IC O N D U C T O R tm 100315 Low-Skew Quad Clock Driver General Description • D ifferential inputs and outputs ■ Sm all outline package SOIC ■ S econdary clock available fo r system level testing ■ 2000V ESD protection ■ Voltage com pensated operating range: - 4 .2 V to -5 .7 V

100315SC

Abstract: M16A
Contextual Info: p e p te m H b N "1 h 0 09 ReVISed NM OVeÌTl D6T ,1099 Low Skew 100315 Low Skew Quad Clock Driver Features • L o w o u tp u t-to -o u tp u t s k e w < 5 0 ps d e s ig n e d fo r g e n e ra tio n o f m u ltip le , m in im u m s k e w d iffe r­ e n tia l c lo c k s fro m a s in g le d iffe re n tia l in p u t. T h is d e v ic e

F100K

Abstract: W16A
Contextual Info: October 19, 2009 100315 Low-Skew Quad Clock Driver General Description Features The 100315 contains four low skew differential drivers, designed for generation of multiple, minimum skew differential clocks from a single differential input. This device also has the

F100K

Abstract: W16A
Contextual Info: & Semiconductor 100315 Low-Skew Quad Clock Driver General Description 1 D ifferential inputs and outputs S econdary clock available fo r system level testing 2000V ESD protection 1 V oltage com pensated operating range: - 4 .2 V to -5 .7 V 1 S tandard M icrocircuit Drawing

M16A

Abstract: F100K
Contextual Info: 100315 Low-Skew Quad Clock Driver General Description The 100315 contains four low skew differential drivers, designed for generation of multiple, minimum skew differential clocks from a single differential input. This device also has the capability to select a secondary single-ended clock

Contextual Info: 100315 gg National mm Semiconductor 100315 Low-Skew Quad Clock Driver General Description Features The 100315 contains four low skew differential drivers, de­ signed for generation of multiple, minimum skew differential clocks from a single differential input. This device also has

TPD2EUSB30

Abstract: Pm25LV512A AK4AA009K1 usb to sata cable schematic
Contextual Info: TUSB9261 DEMO Board Guide User's Guide Literature Number: SLLU139 February 2011 2 SLLU139 – February 2011 Submit Documentation Feedback 2011, Texas Instruments Incorporated 1 2 3 4 5 6 1 7 8 9 1 2 3 10 11 1 2 12 . 5

Hex schmitt trigger ecl

Abstract: Dual Retriggerable Resettable One Shots ECL 100315 cmos function generator DIP 4 Crystals Clock Generators MM74C14 DIP CRYSTAL MM74C221 monostable ttl
Contextual Info: Logic Products by Function Other Products Logic Product Family Product Description Package Voltage Node 9403A FAST First-In First-Out FIFO Buffer Memory DIP - DM9602 Bipolar-TTL Dual Retriggerable Resettable One Shots DIP 5 DM96L02 Bipolar-TTL Dual Retriggerable Resettable Monostable Multivibrator

cd 7522

Abstract: TM 1628 driver display BIT 3713 CMOS 4000 Series family databook detailed vfd circuit diagram for motor PLCC-64 ic 64 pin h8 ua 7522 H8/325 HP lcd connector 40 pin to 30 pin to 7 pin
Contextual Info: H8/300/L F/C neu 30.10.1998 21:01 Uhr Page 2 N ov e mb e r H8/300 and H8/300L 8 - b i t m i c r o c o n t r o l l e r s 2 1 - 0 1 7 D 1 9 9 8 H8/300/L F/C neu 30.10.1998 20:42 Uhr Page 5 H8/300 and H8/300L 8 - b i t m i c r o c o n t r o l l e r s INDEX Introduction

Contextual Info: Spezifikation für Freigabe / specification for release Kunde / customer : Artikelnummer / part number : Bezeichnung : description : 744732102 Tonneninduktivität WE-TI Filter Choke WE-TI DATUM / DATE : 2010-03-15 A Mechanische Abmessungen / dimensions: B

marking CZ

Contextual Info: Spezifikation für Freigabe / specification for release Kunde / customer : Artikelnummer / part number : Bezeichnung : description : 744732221 Tonneninduktivität WE-TI Filter Choke WE-TI DATUM / DATE : 2010-03-15 A Mechanische Abmessungen / dimensions: B

JM54AC373SRA-RH

Abstract: 5962-8875601SFA MCP67 9904 111 10901SPA JL555SPA SGFQ TC 9742 sg1h1670e019 mcp6720a
Contextual Info: N Space Level Inventory 7/15/99 For ordering information: JAN/CUSTOM PART NUMBER NSC Part Number Europe: Tel: +49 8141 35 1495 N.America: Tel: 408 721 4018 Tel: 408 721 2665 Process Flow LOT# SEAL DATE QTY ANALOG /10103SGA JL101ASGA SG1H5542E019 9635 33 /10104SCA

Mil JAN jm38510 Cross Reference

Abstract: JM38510 5962-8997001PC 5962-87572 5962-8991101XC DS16F95QMLV 75202 jm3851030402bca 5962-9203001MPC 7900801CA
Contextual Info: NATIONAL SEMICONDUCTOR STANDARD MICROCIRCUIT DRAWING CROSS REFERENCE NATIONAL SEMICONDUCTOR STANDARD MICROCIRCUIT DRAWING CROSS REFERENCE 1/16/98 Part Numbering Guides Jan Product: JM38510 / 119 05 B P A MIL-M-38510 Basic Specification Lead Finish A = Solder, C = Gold

M39012/30-0503

Abstract: QPL-39012 M39012 M39012/26-0225 1101-004-A00E-1 M39012/28-0503 M39012-16-0220 m39012/55b3022 KD-59 KC-59
Contextual Info: DLA Land and Maritime - VQ Supplemental Information Sheet for Electronic QPL-39012 Specification Details: Date: 9/21/2010 Specification: MIL-PRF-39012 Title: Connectors, Coaxial, Radio Frequency Federal Supply Class FSC : 5935 Conventional: Yes Specification contains quality assurance program: No