MSD858
Abstract: No abstract text available
Text: Philips Semiconductors The TZA2080 is a monolithic 68 x 68 asynchronous cross-point switch, designed to carry broadband data streams up to 3.2 Gb/s. The non-blocking switch core is programmed trough a parallel port interface that allows random access programming of each output
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TZA2080
MSD858
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r0402
Abstract: Phycomp 2238 Phycomp C0402 Phycomp 2322 2238-787-15636 BLM11P300S Resistors 2322 Phycomp Dielectric constant FR4 obo27 2322 phycomp
Text: APPLICATION NOTE OM5815 demoboard for the TZA2080 68*68, 3.2Gb/s crosspoint switch AN01020 Y R DRAFT I A N M I L P E R Philips Semiconductors OM5815 demoboard for the TZA2080 68*68, 3.2Gb/s crosspoint switch Application Note AN01020 Abstract This application note describes demoboard OM5815. This demoboard is designed for customer demonstration of
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OM5815
TZA2080
AN01020
OM5815.
r0402
Phycomp 2238
Phycomp C0402
Phycomp 2322
2238-787-15636
BLM11P300S
Resistors 2322 Phycomp
Dielectric constant FR4
obo27
2322 phycomp
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8b 10b m-phy
Abstract: cgy2141 LQFP32 LQFP48 QFP64 TSSOP16 TZA3014 TZA3034 TZA3044 BARE die
Text: Chip sets for optical networking Delivering the broadband revolution Introduction: As a result of the Internet revolution in communications infrastructure the demand for data transmission bandwidth is expanding tenfold each year. Fiber optic transmission is the
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155Mb/s
40Gb/s.
IEEE1149
8b 10b m-phy
cgy2141
LQFP32
LQFP48
QFP64
TSSOP16
TZA3014
TZA3034
TZA3044
BARE die
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CGY2144
Abstract: CGY2141 Ultrafast Photodiode InGaAs MSD828 photodiode germanium STM-64 for FTTH LQFP32 QFP64 TZA3005 TZA3047
Text: Network Infrastructure Delivering the broadband revolution Philips Semiconductors More information, interaction and better quality of service.These are the challenges that face us with today’s Internet-driven broadband revolution.To meet these challenges,
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