bae rad750
Abstract: RAD750 rad750 user manual bae RAD750 processor A22 CGA board ae09 cga 624 hs01 SECDED mcc w04
Text: HS-01 12/2000 Version: 1.1 Technical Data 1 Power PCI PowerPC/PCI/Memory Controller Hardware Specifications The Power PCI chip developed by BAE SYSTEMS provides a radiation hardened PowerPC microprocessor common hardware reference platform CHRP compliant bridge between the PowerPC
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HS-01
RAD750
bae rad750
rad750 user manual bae
RAD750 processor
A22 CGA board
ae09
cga 624
hs01
SECDED
mcc w04
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dh03
Abstract: DH07 DH09 AB-04 MDATA62 dh23 AD-05 T14 N03 w04 68 mark w06
Text: . CPC700 Memory Controller and PCI Bridge Features map essential to making it appear like a device but does not preclude it from being a host. • PowerPC 60x/7xx bus. • 66.66 MHz. • 83.33 MHz. • Synchronous DRAM interface operates at the processor bus speed with support for ECC.
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CPC700
60x/7xx
32-bit
25MHz
dh03
DH07
DH09
AB-04
MDATA62
dh23
AD-05
T14 N03
w04 68
mark w06
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DH-04
Abstract: No abstract text available
Text: . CPC700 Memory Controller and PCI Bridge Features map essential to making it appear like a device but does not preclude it from being a host. • PowerPC 60x/7xx bus. • 66.66 MHz IBM25CPC700BB3B66 . • 83.33 MHz (IBM25CPC700BB3B83). • Synchronous DRAM interface operates at the
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CPC700
60x/7xx
IBM25CPC700BB3B66)
IBM25CPC700BB3B83)
32-bit
25MHz
DH-04
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b09 n03
Abstract: MDATA62 DH03 DH-04 aa09
Text: . CPC700 Memory Controller and PCI Bridge Features map essential to making it appear like a device but does not preclude it from being a host. • PowerPC 60x/7xx bus. • 66.66 MHz IBM25CPC700BB3B66 . • 83.33 MHz (IBM25CPC700BB3B83). • Synchronous DRAM interface operates at the
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CPC700
60x/7xx
IBM25CPC700BB3B66)
IBM25CPC700BB3B83)
32-bit
25MHz
b09 n03
MDATA62
DH03
DH-04
aa09
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IBM25CPC700DB3A83
Abstract: DH27 DH06 DH07 IBM25CPC700DB3A83Z ae02 marking dh03 marking CODE W04 ae09 MARKING CODE k07
Text: . CPC700 Memory Controller and PCI Bridge Features • PowerPC 60x/7xx bus. • 66.66 MHz • 83.33 MHz • Synchronous DRAM interface operates at the processor bus speed with support for ECC. • PCI Revision 2.1 Compliant Interface. • ROM/SRAM/External peripheral controller.
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CPC700
60x/7xx
32-bit
25MHz
CPC700
IBM25CPC700DB3A83
DH27
DH06
DH07
IBM25CPC700DB3A83Z
ae02 marking
dh03
marking CODE W04
ae09
MARKING CODE k07
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IBM25CPC700BB3A661
Abstract: DH19 IBM25CPC700BB3A66 45L7531 marking AE02 MARKING CODE DH09 45L7530 CPC700 marking dh10 A31 H07
Text: . CPC700 Memory Controller and PCI Bridge Features • PowerPC 60x/7xx bus. • 66.66 MHz IBM25CPC700BB3A66 . • 83.33 MHz (IBM25CPC700BB3B83). • Synchronous DRAM interface operates at the processor bus speed with support for ECC. • PCI Revision 2.1 Compliant Interface.
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CPC700
60x/7xx
IBM25CPC700BB3A66)
IBM25CPC700BB3B83)
32-bit
25MHz
IBM25CPC700BB3A661
DH19
IBM25CPC700BB3A66
45L7531
marking AE02
MARKING CODE DH09
45L7530
marking dh10
A31 H07
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IBM25CPC700DB3A83
Abstract: ae02 marking DH06 marking CODE W04 CPC700 DH02 IBM25CPC700DB3A83Z dh03 dh04 DL05
Text: . CPC700 Memory Controller and PCI Bridge Features • PowerPC 60x/7xx bus. • 66.66 MHz • 83.33 MHz • Synchronous DRAM interface operates at the processor bus speed with support for ECC. • PCI Revision 2.1 Compliant Interface. • Supports independent primary and secondary
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CPC700
60x/7xx
CPC700
IBM25CPC700DB3A83
ae02 marking
DH06
marking CODE W04
DH02
IBM25CPC700DB3A83Z
dh03
dh04
DL05
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AA09
Abstract: AA07 t04 68 3 pin controller IBM25CPC700CB3B66 DH06 A09 N03 CPC700 IBM25CPC700BB3B66 IBM25CPC700BB3B83 DH07
Text: . CPC700 Memory Controller and PCI Bridge Features map essential to making it appear like a device but does not preclude it from being a host. • PowerPC 60x/7xx bus. • 66.66 MHz IBM25CPC700BB3B66 . • 83.33 MHz (IBM25CPC700BB3B83). • Synchronous DRAM interface operates at the
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CPC700
60x/7xx
IBM25CPC700BB3B66)
IBM25CPC700BB3B83)
CPC700
AA09
AA07
t04 68 3 pin controller
IBM25CPC700CB3B66
DH06
A09 N03
IBM25CPC700BB3B66
IBM25CPC700BB3B83
DH07
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Untitled
Abstract: No abstract text available
Text: DATA SHEET MOS INTEGRATED CIRCUIT µPD98501 NETWORK CONTROLLER The µPD98501 is a high performance controller which can perform the protocol conversion between IP packets and ATM cells, which is especially suitable for ADSL modem. It includes high performance MIPS based 64-bit
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PD98501
PD98501
64-bit
VR4120Aï
S14767E
64-bit
VR4120A
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SMD23
Abstract: SMD H03 A09 N03 smd SMD-27 AE08 T03 SMA smd B07 P03
Text: PRELIMINARY DATA SHEET MOS INTEGRATED CIRCUIT µPD98501 NETWORK CONTROLLER The µPD98501 is a high performance controller which can perform the protocol conversion between IP packets and ATM cells, which is especially suitable for ADSL modem. It includes high performance MIPS based 64-bit
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PD98501
PD98501
64-bit
VR4120A
S14767E
VR4120A
SMD23
SMD H03
A09 N03 smd
SMD-27
AE08
T03 SMA
smd B07 P03
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transistor SMD w04
Abstract: W04 SMD SMD Transistor W04 smd transistor h24 SMD H24 SMD Transistor W03 SMD transistor k23 k23 smd SMD Transistor Y23 NEC AC08
Text: PRELIMINARY DATA SHEET MOS INTEGRATED CIRCUIT µPD98501 NETWORK CONTROLLER The µPD98501 is a high performance controller which can perform the protocol conversion between IP packets and ATM cells, which is especially suitable for ADSL modem. It includes high performance MIPS based 64-bit
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PD98501
PD98501
64-bit
VR4120ATM
S14767E
64-bit
VR4120A
transistor SMD w04
W04 SMD
SMD Transistor W04
smd transistor h24
SMD H24
SMD Transistor W03
SMD transistor k23
k23 smd
SMD Transistor Y23
NEC AC08
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8 PIN SMD IC L02
Abstract: NEC AC08 smd h26 8 pin w03 SMD smd W04 73 SMD28 SMD23 AC03 nec A09 N03 smd SMD y25
Text: PRELIMINARY DATA SHEET MOS INTEGRATED CIRCUIT µPD98501 NETWORK CONTROLLER The µPD98501 is a high performance controller which can perform the protocol conversion between IP packets and ATM cells, which is especially suitable for ADSL modem. It includes high performance MIPS based 64-bit
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PD98501
PD98501
64-bit
VR4120ATM
S14767E
VR4120A
8 PIN SMD IC L02
NEC AC08
smd h26 8 pin
w03 SMD
smd W04 73
SMD28
SMD23
AC03 nec
A09 N03 smd
SMD y25
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SMD CODE aa23
Abstract: smd k02 AC-06 SMD resistors K24 motorola ac08 L02 SMD AC05 nec
Text: DATA SHEET MOS INTEGRATED CIRCUIT µPD98501 NETWORK CONTROLLER The µPD98501 is a high performance controller which can perform the protocol conversion between IP packets and ATM cells, which is especially suitable for ADSL modem. It includes high performance MIPS based 64-bit
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PD98501
PD98501
64-bit
VR4120A
S14767E
VR4120A
SMD CODE aa23
smd k02
AC-06
SMD resistors K24
motorola ac08
L02 SMD
AC05 nec
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SMD CODE aa23
Abstract: W04 SMD SMD resistors K24 transistor SMD w04 SMD CODE aa04 SMD Transistor W04 NEC AC08 NEC AC12 smd code n03 SMD W03
Text: DATA SHEET MOS INTEGRATED CIRCUIT µPD98501 NETWORK CONTROLLER The µPD98501 is a high performance controller which can perform the protocol conversion between IP packets and ATM cells, which is especially suitable for ADSL modem. It includes high performance MIPS based 64-bit
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PD98501
PD98501
64-bit
VR4120A
S14767E
64-bit
VR4120A
SMD CODE aa23
W04 SMD
SMD resistors K24
transistor SMD w04
SMD CODE aa04
SMD Transistor W04
NEC AC08
NEC AC12
smd code n03
SMD W03
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transistor SMD w04
Abstract: SMD Transistor W04 SMD Transistor W03 SMD Transistor Y23 smd code W04 W04 SMD SMD W03 SMD H24 SMD Transistors w04 SMD CODE aa23
Text: To our customers, Old Company Name in Catalogs and Other Documents On April 1st, 2010, NEC Electronics Corporation merged with Renesas Technology Corporation, and Renesas Electronics Corporation took over all the business of both companies. Therefore, although the old company name remains in this document, it is a valid
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ic 313
Abstract: S3043 S3044
Text: DATA SHEET MOS INTEGRATED CIRCUIT µPD98414 2.4 Gbps ATM SONET FRAMER The µPD98414 NEASCOT-P70 is one of ATM LSIs and provides the functions of the TC sublayer of the SONET/SDH-base physical layer of the ATM protocol specified by the ATM Forum. Its main functions include a transmission function for mapping an ATM cell passed from a high-end ATM layer
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PD98414
NEASCOT-P70)
STS-48c/SDH
STM-16c
ic 313
S3043
S3044
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Untitled
Abstract: No abstract text available
Text: DATA SHEET MOS INTEGRATED CIRCUIT µPD98414 2.4 Gbps ATM SONET FRAMER The µPD98414 NEASCOT-P70 is one of ATM LSIs and provides the functions of the TC sublayer of the SONET/SDH-base physical layer of the ATM protocol specified by the ATM Forum. Its main functions include a transmission function for mapping an ATM cell passed from a high-end ATM layer
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PD98414
NEASCOT-P70ï
STS-48c/SDH
STM-16c
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2.1 channel amplifier ckt
Abstract: MP3274 MP3274AG MP3274AP MP3274SG MP3275 MP3276
Text: MP3274 Fault Protected 32 Channel, 12-Bit Data Acquisition Subsystem FEATURES • Complete 32-Channel 12-Bit A/D Converter with Sample & Hold, Reference, Clock and 3-State Outputs • Fast Conversion, less than 15µS • Microprocessor Bus Interface • Parallel or Serial Data Output Modes
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MP3274
12-Bit
32-Channel
12-Bit
MP3276
MP3275
MP3274
32-channel,
2.1 channel amplifier ckt
MP3274AG
MP3274AP
MP3274SG
MP3275
MP3276
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ic 313
Abstract: AC03 nec S3043 S3044 STM-16 A09 N03 IR202
Text: PRELIMINARY DATA SHEET MOS INTEGRATED CIRCUIT µPD98414 2.4G bps ATM SONET FRAMER The µPD98414 NEASCOT-P70 is one of ATM LSIs and provides the functions of the TC sublayer of the SONET/SDH-base physical layer of the ATM protocol specified by the ATM Forum.
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PD98414
NEASCOT-P70TM)
OC-48c/SDH
STM-16
ic 313
AC03 nec
S3043
S3044
A09 N03
IR202
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ag02
Abstract: ibm cpc710
Text: Preliminary CPC710 PCI Bridge and Memory Controller Data Sheet Features • IBM CPC710 PowerPC to PCI bridge - 2.5V PPC60x processor bus running at up to 133MHz - Dual 32- and 64-bit PCI interfaces - 100- and 133-MHz SDRAM interface - Internal DMA controller
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CPC710
PPC60x
133MHz
64-bit
133-MHz
256-MB
PC100
PC133
ag02
ibm cpc710
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CPC710-100
Abstract: SDCS02 CPC710-133 CPC710 SDCS03 SDCS01 05L3625 IBM host bridge CPC710 IBM25CPC710CF3B133 nana
Text: Preliminary CPC710 PCI Bridge and Memory Controller Data Sheet Features • IBM CPC710 PowerPC to PCI bridge - 2.5V PPC60x processor bus running at up to 133MHz - Two-way interleaved operation with ECC using external multiplexer - Up to 3.5GB addressing space using 16-,
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CPC710
PPC60x
133MHz
1024-MB
64-bit
133-MHz
256-MB
PC100
CPC710-100
SDCS02
CPC710-133
SDCS03
SDCS01
05L3625
IBM host bridge CPC710
IBM25CPC710CF3B133
nana
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ab04 marking
Abstract: No abstract text available
Text: 4 3 T H IS D R AW IN G IS U N P U B L IS H E D . C O PYRIG H T R E L E A S E D FO R P U B LIC A T IO N 2 -, - ALL RIG HTS R ESER VED . By - AD R E V IS IO N S 00 D E S C R IP T IO N A4 REVISED RER E C O - 1 1 - 0 0 4 9 1 7 RK HMR I MAR 11 ALL MATERIALS AND FINISHES SHALL COMPLY WITH EU DIRECTIVE 2 0 0 2 / 9 5 / E C
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250VAC,
ab04 marking
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Untitled
Abstract: No abstract text available
Text: AT&T Data Sheet WE DSP32 Digital Signal Processor Description The WE DSP32 Digital Signal Processor integrated circuit is a 32-bit high-speed programmable digital signal processor. The device is available in two versions, at 16 MHz or 25 MHz. Both 16-MHz and 25-MHz parts are
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DSP32
32-bit
16-MHz
25-MHz
40-pin
100-pin
13-pin
16-bit
32-bit
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we dsp32
Abstract: No abstract text available
Text: Data Sheet WE DSP32 Digital Signal Processor Description The WE DSP32 Digital Signal Processor integrated circuit is a 32-bit high-speed programmable digital signal processor. The device is available in two versions, at 16 MHz or 25 MHz. Both 16-MHz and 25-MHz parts are
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OCR Scan
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DSP32
32-bit
16-MHz
25-MHz
40-pin
100-pin
13-pin
16-bit
32-bit
we dsp32
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