SMC08 Search Results

1.5 henry INDUCTOR

Abstract: HP4195A HP4291A SMC0805 SMC0805-1N5S SMC0805-1N8S
Contextual Info: 43 NEW PRODUCT ULTRA HIGH FREQUENCY MULTILAYER CHIP INDUCTOR SERIES SMC0805 FEATURES - SPECIFICATIONS Very high SRF Excellent for Ultra High Frequency applications Zero percent coupling High heat resistance Excellent solderability, good for flow or reflow

1e4d

Contextual Info: SMC01GCF SMC08GCF 1-Gbyte, 8-Gbyte, 3.3/5 V supply, CompactFlash card Preliminary Data Features • Custom-designed, highly-integrated memory controller – Fully compliant with CompactFlashTM specification 3.0 – Fully compatible with PCMCIA specification

278x

Abstract: 3D123
Contextual Info: SMC128CF SMC01GCF SMC08GCF 128-Mbyte, 1-Gbyte, 8-Gbyte, 3.3/5 V supply, CompactFlash card Preliminary Data Features • Custom-designed, highly-integrated memory controller – Fully compliant with CompactFlashTM specification 3.0 – Fully compatible with PCMCIA specification

DS1304

Abstract: aem r10k SMP3316-103M ds1303 renco 4r7 SMTDR54-120M smtdr75 SMTDR75-680K SMTDR75-221K MLF1608A1R0KT
Contextual Info: Bourns P/N CI100505-1N0D CI100505-1N2D CI100505-1N5D CI100505-1N8D CI100505-2N2D CI100505-2N7D CI100505-3N3D CI100505-3N9D CI100505-4N7D CI100505-5N6D CI100505-6N8J CI100505-8N2J CI100505-10NJ CI100505-12NJ CI100505-15NJ CI100505-18NJ CI100505-22NJ CI100505-27NJ

Contextual Info: • • • • • OP4009B Quartz SAW Stabilized and Filtered “Diff Sine” Technology Fundamental-Mode Oscillation at 672.163 MHz Voltage Tunable for Phase Lock Loop Operations Optical Timing Reference for Forward Error Correction Applications Complies with Directive 2002/95/EC RoHS

OP4005B

Abstract: OP4008B
Contextual Info: Preliminary OP4008B • • • • Quartz SAW Stabilized and Filtered “Diff Sine” Technology Fundamental-Mode Oscillation at 669.327 MHz Voltage Tunable for Phase Lock Loop Operations Optical Timing Reference for Forward Error Correction Applications

OC768

Abstract: OP4005B
Contextual Info: OP4005B • • • • • Quartz SAW Stabilized Differential Output Technology Very Low Jitter Fundamental-Mode Operation at 622.08 MHz Voltage Tunable for Phase Locked Loop Applications Timing Reference for Optical Data Communications Systems Complies with Directive 2002/95/EC RoHS

SC3035B-1B

Contextual Info: SC3035B-2 • • • • • Quartz SAW Frequency Stability Fundamental Fixed Frequency Very Low Jitter and Power Consumption Rugged, Miniature, Surface-Mount Case Low-Voltage Power Supply 3.3 VDC 800.0 MHz Differential Sine-Wave Clock This digital clock is designed for use with high-speed timing systems. Fundamental-mode oscillation is made

OP4008B

Abstract: OP4005B
Contextual Info: OP4008B • • • • • Quartz SAW Stabilized and Filtered “Diff Sine” Technology Fundamental-Mode Oscillation at 669.327 MHz Voltage Tunable for Phase Lock Loop Operations Optical Timing Reference for Forward Error Correction Applications Complies with Directive 2002/95/EC RoHS

Contextual Info: Preliminary OP4015B • • • Quartz SAW Stabilized and Filtered “Diff Sine” Technology Fundamental-Mode Oscillation at 780.881 MHz Voltage Tunable for Phase Lock Loop Operations 780.881 MHz Optical Timing Clock The output of this device is generated and filtered by narrowband quartz SAW elements at 780.881 MHz. The

Contextual Info: SC3035B-1 • • • • • Quartz SAW Frequency Stability Fundamental Fixed Frequency Very Low Jitter and Power Consumption Rugged, Miniature, Surface-Mount Case Low-Voltage Power Supply 3.3 VDC 800.0 MHz Differential Sine-Wave Clock This digital clock is designed for use with high-speed timing systems. Fundamental-mode oscillation is made

Contextual Info: OP4008B • • • • Quartz SAW Stabilized and Filtered “Diff Sine” Technology Fundamental-Mode Oscillation at 669.327 MHz Voltage Tunable for Phase Lock Loop Operations Optical Timing Reference for Forward Error Correction Applications 669.327 MHz

Contextual Info: Preliminary OP4005B • • • • Quartz SAW Stabilized Differential Output Technology Very Low Jitter Fundamental-Mode Operation at 622.08 MHz Voltage Tunable for Phase Locked Loop Applications Timing Reference for Optical Data Communications Systems

Contextual Info: Preliminary OP4008B • • • • Quartz SAW Stabilized and Filtered “Diff Sine” Technology Fundamental-Mode Oscillation at 669.327 MHz Voltage Tunable for Phase Lock Loop Operations Optical Timing Reference for Forward Error Correction Applications

Contextual Info: Preliminary OP4012B • • • • Quartz SAW Stabilized Differential Output Technology Very Low Jitter Fundamental-Mode Operation at 644.53125 MHz Voltage Tunable for Phase Locked Loop Applications Timing Reference for 10G Optical Ethernet Communications Systems

Contextual Info: Preliminary OP4010B • • • • Quartz SAW Stabilized and Filtered “Diff Sine” Technology Fundamental-Mode Oscillation at 663.552 MHz Voltage Tunable for Phase Lock Loop Operations Optical Timing Reference for Forward Error Correction Applications

Contextual Info: OP4009B • • • • Quartz SAW Stabilized and Filtered “Diff Sine” Technology Fundamental-Mode Oscillation at 672.163 MHz Voltage Tunable for Phase Lock Loop Operations Optical Timing Reference for Forward Error Correction Applications 672.163 MHz

RFM 1000

Abstract: OP4005B1
Contextual Info: OP4005B1 • • • • Quartz SAW Stabilized Differential Output Technology Very Low Jitter Fundamental-Mode Operation at 622.08 MHz Voltage Tunable for Phase Locked Loop Applications Timing Reference for Optical Data Communications Systems The OP4005B1 is a voltage-controlled SAW clock VCSC designed for phase-locked loop (PLL) applications

Contextual Info: • • • • OP4015B Quartz SAW Stabilized and Filtered “Diff Sine” Technology Fundamental-Mode Oscillation at 780.881 MHz Voltage Tunable for Phase Lock Loop Operations Complies with Directive 2002/95/EC RoHS 2 > 780.881 MHz Optical Timing Clock

Contextual Info: OP4011B • • • • Quartz SAW Stabilized and Filtered “Diff Sine” Technology Fundamental-Mode Oscillation at 719.734 MHz Voltage Tunable for Phase Lock Loop Operations Optical Timing Reference for Forward Error Correction Applications 719.734 MHz

spw 080

Abstract: LEM3225 CL-2M2012-900JT TKS 0603 FBM3216HS800-T ACB2012M-150-T LAL04TB 494LYF FBM2125HS420-T m5258
Contextual Info: CT Technologies - Cross Reference Competitor Part CTC Part 0402R CT0402CSF 0402CS-P CT0402CSF 0402CS L CT0402CSF 0402CS CT0402CSF 0402 CT0402CSF 555-0402 CT0402CSF PE-0402CD CT0402CSF 0402AS CT0402CSF ELJNK CT0402CSF GLZG CT0402CSF KQ0402 CT0402CSF KQT0402L

MV64460

Abstract: Marvell MV64460 Marvell 64460 nec c277 IBM25PPC750G PPC750GX ppc750fx u39 c531 EPSON C172 MAIN Board Circuit Diagram samsung R519
Contextual Info: ® PPC750GX and PPC750FX Evaluation Board User’s Manual SA14-2744-03 Preliminary March 26, 2004 Title Page ® Copyright International Business Machines Corporation 2002, 2004 All Rights Reserved Printed in the United States of America March 2004 The following are trademarks of International Business Machines Corporation in the United States, or other countries, or

MV64460

Abstract: HC74 G4 C438 capacitor SDA 5450 c48 31F4 R731 ABB C564 transistor C546 C587 MR 4710
Contextual Info: CR-1 : @BUCKEYE_PROJ_LIB.BUCKEYE2 SCH_1 :PAGE1 8 6 7 5 4 3 2 1 TABLE OF CONTENTS PAGE - CONTENTS 1 TABLE OF CONTENTS, POWER SUPPLY LIST 2 BLOCK DIAGRAM 3 POWERPC 750GX ADDRESS BUS 4 POWERPC 750GX DATA BUS 5 POWERPC 750GX CONTROL, JTAG 6 POWERPC 750GX POWER

OP4005B

Abstract: OP4009B
Contextual Info: • • • • • OP4009B Quartz SAW Stabilized and Filtered “Diff Sine” Technology Fundamental-Mode Oscillation at 672.163 MHz Voltage Tunable for Phase Lock Loop Operations Optical Timing Reference for Forward Error Correction Applications Complies with Directive 2002/95/EC RoHS