CL003 Search Results

b17 c144

Abstract: BUF C147 c046 ea18 108 to 174 mhz radio receiver idc139
Contextual Info: CXD2951GA-4 Single Chip GPS LSI Description The CXD2951GA-4 is a dedicated single chip LSI for the GPS Global Positioning System , satellitebased location measurement system. This LSI enables the configuration of a single chip system providing a cost-effective, low-power solution.

32.768KHz TCXO, 0.2PPM

Abstract: C143 T transistor BUF C145 C143 E S S transistor ea18 r028 CXD2951GA-4 800MHz CDMA Handset Circuit Diagram C082 c092 diode
Contextual Info: Single Chip GPS LSI CXD2951GA-4 Description The CXD2951GA-4 is a dedicated single chip LSI for the GPS Global Positioning System , satellite-based location measurement system. This LSI enables the configuration of a single chip system providing a costeffective, low-power solution.

BUF C145

Abstract: C143 T transistor C082 c143 lna vco mixer quadrature 2GHz r057 CXD2951GA-2 EA11 NMEA-0183 KOA RK73H
Contextual Info: CXD2951GA-2 Single Chip GPS LSI Description The CXD2951GA-2 is a dedicated single chip LSI for the GPS Global Positioning System , satellitebased location measurement system. This LSI enables the configuration of a single chip system providing a cost-effective, low-power solution.

32.768KHz TCXO, 0.2PPM

Abstract: BUF C145 C082 r057 CXD2951GH ED13 ED17 NMEA-0183 assisted-gps 1575.42Mhz oscillator
Contextual Info: CXD2951GH Single Chip GPS LSI Description The CXD2951GH is a dedicated single chip LSI for the GPS Global Positioning System , satellite-based location measurement system. This LSI enables the configuration of a single chip system providing a cost-effective, low-power solution.

L023

Abstract: IC020 l035 IF2G BUF C145 C082 l004 r057 CXD2951GA-2 EA11
Contextual Info: CXD2951GA-2 Preliminary Single Chip GPS LSI Description The CXD2951GA-2 is a dedicated single chip LSI for the GPS Global Positioning System , satellitebased location measurement system. This LSI enables the configuration of a single chip system providing a cost-effective, low-power solution.

Contextual Info: CELESTICA» 2M x 64 SDRAM DIMM 16MB SYNCHRONOUS DRAM DIMM FEATURES • • • • • • • • • • • 168 pin industry standard, unbuffered synchronous 8-byte dual-in-line memory module JEDEC compliant: MO-161 and emerging standards 10 ohm series termination on data and

32.768KHz TCXO, 0.2PPM

Abstract: 800MHz CDMA Handset Circuit Diagram EA11 NT5032 NDK BUF C145 c092 diode CXD2951GA-4 C143 T transistor nt5032 ea18
Contextual Info: CXD2951GA-4 Single Chip GPS LSI Description The CXD2951GA-4 is a dedicated single chip LSI for the GPS Global Positioning System , satellitebased location measurement system. This LSI enables the configuration of a single chip system providing a cost-effective, low-power solution.

29F400-70

Abstract: 29f400 programming 29F400 9F400 29F400-90
Contextual Info: H ig h P erfo rm a n ce 512KX8/256KX16 5 V CMOS Flash EEPROM - A S29F400 II J ill r 5 1 2 K x 8 / 2 5 6 K x l 6 CMOS Flash EEPROM Preliminary information Features • O rganization: 5 1 2 K X 8 or 2 5 6 K x l 6 • Sector architecture - One 16K; two 8K; one 32K; and seven 64K byte sectors

Contextual Info: ŒLESTICA 1M X 64 SDRAM DIMM 8MB SYNCHRONOUS DRAM DIMM FEATURES • • • • • • • • 168 pin industry standard, unbuffered synchronous 8-byte dual-in-line memory module JEDEC compliant: MO-161 and 21-C, Fig. 4.5.4-K Release 7 10 ohm series termination on data and

VSD17

Abstract: VSD17 drive gsd4 bel 187 transistor with diagram TRANSISTOR BEL 187 VSD25 BLH load cell 100 kn CC3319 BIR20 ibm hardware mca
Contextual Info: Pixe, CIRRUS LOGIC INC/ PIXEL bSE D B R0033fc,4 0Q0D17R 27b m p i> CL-PX2080 Preliminary Data Book Semiconductor A Cirrus Logic Company FEATURES • Mixes graphics and video in real time ■ Supports multiple, occluded video windows ■ Pixel-clock rates up to 85 MHz

BUF C140

Abstract: KOA RK73H NDK TCXO NT5032 L0502 BUF c148 C082 ed28 grm36ch r057 CXD2951GL-4
Contextual Info: シングルチップGPS LSI CXD2951GL-4 概要・用途 CXD2951GL-4は，衛星を使用した位置測位システム，GPS Grobal Positioning System 専用のシングルチップ LSIです。本LSIは，コスト効率を高め消費電力を低減するシングルチップシステムを構成できます。

s2-1040s

Abstract: AS29F040-120LC 29F040 29F040-70 AS29F040 AS29F040-55TC 00D102
Contextual Info: A I I i ” h l'i i l o t i n , n u e •■ S I 1k x X S V C M O S I lash I IP KO M \ S 2 > 1 0 4 0 S I ?. Kx <S CMOS I'ldsli I I FROM Preliminary information Features • Low pow er consumption • Organization: 512KX8 • Sector architecture - 3 0 m A m a x im u m re a d c u rre n t

BUF C145

Abstract: C082 L046 r057 CXD2951GH ED13 ED17 NMEA-0183 32.768KHz TCXO, 0.2PPM l035
Contextual Info: CXD2951GH Single Chip GPS LSI Description The CXD2951GH is a dedicated single chip LSI for the GPS Global Positioning System , satellite-based location measurement system. This LSI enables the configuration of a single chip system providing a cost-effective, low-power solution.

r057

Abstract: CXD2951GA-1 BUF C145 C082 EA11 NMEA-0183 ed8.1 1573MHz BUF C045
Contextual Info: CXD2951GA-1 Single Chip GPS LSI Description The CXD2951GA-1 is a dedicated single chip LSI for the GPS Global Positioning System , satellitebased location measurement system. This LSI enables the configuration of a single chip system providing a cost-effective, low-power solution.

C143

Abstract: C045 BUF C145 C082 r057 CXD2951GA-2 EA11 NMEA-0183 GRM36CH Cl003
Contextual Info: CXD2951GA-2 Single Chip GPS LSI Description The CXD2951GA-2 is a dedicated single chip LSI for the GPS Global Positioning System , satellitebased location measurement system. This LSI enables the configuration of a single chip system providing a cost-effective, low-power solution.

BUF C145

Abstract: C082 l004 r057 CXD2951GA-1 EA11 NMEA-0183
Contextual Info: CXD2951GA-1 Single Chip GPS LSI Description The CXD2951GA-1 is a dedicated single chip LSI for the GPS Global Positioning System , satellitebased location measurement system. This LSI enables the configuration of a single chip system providing a cost-effective, low-power solution.

DU33

Contextual Info: CELESTICA, 4M X 64 SDRAM DIMM 32MB SYNCHRONOUS DRAM DIMM FEATURES 168 pin industry standard, unbuffered synchronous 8-byte dual-in-line memory module JEDEC compliant: MO-161 and 21-C, Fig. 4.5.4-M 10 ohm series termination on data and clock lines High performance, CMOS

32.768KHz TCXO, 0.2PPM

Abstract: BUF C145 C082 c143 L046 r057 CXD2951GL-4 ED11 ED13 NMEA-0183
Contextual Info: Single Chip GPS LSI CXD2951GL-4 Description The CXD2951GL-4 is a dedicated single chip LSI for the GPS Global Positioning System , satellite-based location measurement system. This LSI enables the configuration of a single chip system providing a costeffective, low-power solution.

L30001

Abstract: D1130
Contextual Info: r H igh Performance 256K X 16 CMOS DRAM gg A S 4C 256K 16E 0 II H igh Speed 2 5 6 K x l6 CMOS DRAM E D O Preliminary Features • 5 1 2 refresh cycles, 8 m s refresh interval • O rganization: 2 6 2 ,1 4 4 w o rd s b y 16 bits • H igh speed - RAS-only o r CAS-before-RAS refresh

Contextual Info: Q 4 4 1 3 ECHO CANCELLER/ VARIABLE RATE VOCODER G EN ER A L DESCRIPTION The QUALCOMM Q4413 Variable Rate Vocoder/Echo When in Variable Rate Mode, the Q4413 codes speech Canceller is a full-duplex speech encoder and decoder at under 10 kbps in continuous speech applications and

32.768KHz TCXO, 0.2PPM

Abstract: CXD2951GA-4RTCTCXO BUF C145 KOA RK73H NDK TCXO NT5032 ed28 C09-2 nt5032 RU-48 C122
Contextual Info: シングルチップGPS LSI CXD2951GA-4 概要・用途 CXD2951GA-4は，衛星を使用した位置測位システム，GPS Grobal Positioning System 専用のシングルチップ LSIです。本LSIは，コスト効率を高め消費電力を低減するシングルチップシステムを構成できます。

BUF C145

Abstract: C082 l004 r057 CXD2951GA EA11 NMEA-0183 gsm interception 32.768KHz TCXO, 0.2PPM CXD2951
Contextual Info: CXD2951GA Single Chip GPS LSI Description The CXD2951GA is a dedicated single chip LSI for the GPS Global Positioning System , satellite-based location measurement system. This LSI enables the configuration of a single chip system providing a cost-effective, low-power solution.

C082

Abstract: ea18 BUF C145 c143 KOA RK73B r057 CXD2951GL-4 ED11 ED13 NMEA-0183
Contextual Info: Single Chip GPS LSI CXD2951GL-4 Description The CXD2951GL-4 is a dedicated single chip LSI for the GPS Global Positioning System , satellite-based location measurement system. This LSI enables the configuration of a single chip system providing a costeffective, low-power solution.