Carlo Gavazzi syscon
Abstract: SW023 Carlo dupline 128 EMU 9091 syscon D7191SW023 7191 g34910090
Text: Du line Accessories Software Fieldbus Installationbus SYSCON Terminal Emulator Software Type D 9091 Product Description allow menu driven configuration of the master generator D 3890 . and the modem interface D 9091 . . The SYSCON terminal emulator software is used to convert standard IBM compatible
|
Original
|
PDF
|
SW013
SW015
Carlo Gavazzi syscon
SW023
Carlo
dupline 128
EMU 9091
syscon
D7191SW023
7191
g34910090
|
W25PXX
Abstract: M25PXX AT25Fxx IEEE1532 JTAG1532 LVCMOS33 TN1053 0.22j S25FLxx
Text: TN1053_02.2J Apr. 2006 LatticeECP/EC sysCONFIG 使用ガイド はじめに LatticeECPとLatticeEC FPGA内にあるメモリは揮発性のSRAMが用いられています。電源がなくなると、 SRAMセルはそれらに蓄えている情報を失います。そのためパワーアップ時と更新する必要がある時はいつ
|
Original
|
PDF
|
TN1053
LVCMOS33
ECP/EC10
ECP/EC15
ECP/EC20
ECP/EC33
M25Pxx
W25Pxx
W25PXX
M25PXX
AT25Fxx
IEEE1532
JTAG1532
0.22j
S25FLxx
|
TN1169
Abstract: ECP3-35 ECP3-95 LVCMOS33 64SED lattice ECP3 slave SPI Port
Text: LatticeECP3 sysCONFIG Usage Guide June 2010 Technical Note TN1169 Introduction Configuration is the process of loading or programming a design into volatile memory of an SRAM-based FPGA. This is accomplished via a bitstream file, representing the logical states, that is loaded into the FPGA internal configuration SRAM memory. The functional operation of the device after programming is determined by these internal
|
Original
|
PDF
|
TN1169
TN1169
ECP3-35
ECP3-95
LVCMOS33
64SED
lattice ECP3 slave SPI Port
|
MX25Lxx
Abstract: M25PXX LVCMOS33 ISPVM embedded
Text: LatticeECP2/M sysCONFIG Usage Guide June 2010 Technical Note TN1108 Introduction The configuration memory in the LatticeECP2 and LatticeECP2M™ FPGAs is built using volatile SRAM; therefore, an external non-volatile configuration memory is required to maintain the configuration data when the power is
|
Original
|
PDF
|
TN1108
MX25Lxx
M25PXX
LVCMOS33
ISPVM embedded
|
DI-124
Abstract: JTAG1149 JTAG1532 LFXP10 LVCMOS33 JTAG-1149
Text: TN1082_01.5J Aug. 2007 LatticeXP sysCONFIG 使用ガイド はじめに パワーアップ時やユーザがデバイスを更新したい時はいつでもコンフィグレーション・メモリに自動的に ロードすることができるように、SRAMセルに伴って、LatticeXP TM FPGAにおいてはフラッシュ・セルを
|
Original
|
PDF
|
TN1082
OFF21
UP12-81
1-800-LATTICE
DI-124
JTAG1149
JTAG1532
LFXP10
LVCMOS33
JTAG-1149
|
mx25lx
Abstract: M25PXX w25pxx LVCMOS33 ECP26 Nexflash MX25Lxx
Text: LatticeECP2/M sysCONFIG Usage Guide September 2008 Technical Note TN1108 Introduction The configuration memory in the LatticeECP2 and LatticeECP2M™ FPGAs is built using volatile SRAM; therefore, an external non-volatile configuration memory is required to maintain the configuration data when the power is
|
Original
|
PDF
|
TN1108
mx25lx
M25PXX
w25pxx
LVCMOS33
ECP26
Nexflash
MX25Lxx
|
LFSC25
Abstract: TN1100 slash memory
Text: LatticeSC sysCONFIG Usage Guide October 2008 Technical Note TN1080 Introduction Configuration is the process of loading or programming a design into volatile memory of an SRAM-based FPGA. This is accomplished via a bitstream file, representing the logical states, that is loaded into the FPGA internal configuration SRAM memory. The device’s functional operation after being programmed is determined by these internal configuration RAM settings. The SRAM cells must be loaded with configuration data each time the device
|
Original
|
PDF
|
TN1080
LFSC25
TN1100
slash memory
|
LFXP10
Abstract: LVCMOS33
Text: LatticeXP sysCONFIG Usage Guide September 2008 Technical Note TN1082 Introduction The memory in the LatticeXP FPGAs is built using Flash cells, along with SRAM cells, so that configuration memory can be loaded automatically at power-up, or at any time the user wishes to update the device. In addition
|
Original
|
PDF
|
TN1082
LFXP10
LVCMOS33
|
TN1137
Abstract: lattice xp2 slave spi port LVCMOS33 XP2-17 TN1141
Text: LatticeXP2 sysCONFIG Usage Guide June 2009 Technical Note TN1141 Introduction The memory in the LatticeXP2 FPGAs is built using Flash cells, along with SRAM cells, so that configuration memory can be loaded automatically at power-up, or at any time the user wishes to update the device. In addition
|
Original
|
PDF
|
TN1141
Fla07
TN1137
lattice xp2 slave spi port
LVCMOS33
XP2-17
TN1141
|
M25PXX
Abstract: spi flash m25pxx LVCMOS33
Text: LatticeECP/EC sysCONFIG Usage Guide September 2008 Technical Note TN1053 Introduction The memory in LatticeECP and LatticeEC™ FPGAs is built using volatile SRAM. When the power is removed, the SRAM cells lose their contents. A supporting non-volatile memory is required to configure the device on powerup and at any time the device needs to be updated. The LatticeECP/EC devices support a sysCONFIG™ interface
|
Original
|
PDF
|
TN1053
M25PXX
spi flash m25pxx
LVCMOS33
|
MX25Lxx
Abstract: M25PXX ISPVM embedded TN1108 W25PXX IEEE1532 LVCMOS33 M100 AT25Fxx p1519
Text: TN1108_02.1J Sept. 2008 LatticeECP2/M sysCONFIG 使用ガイド はじめに LatticeECP2 とLatticeECP2M™ FPGA内にあるコンフィグレーション・メモリは揮発性のSRAMが用い られています。電源がなくなると喪失するコンフィグレーション・データを保持する不揮発メモリが必要で
|
Original
|
PDF
|
TN1108
TN1109Lattice
LVCMOS33
1-800-LATTICE
120clock
MX25Lxx
M25PXX
ISPVM embedded
W25PXX
IEEE1532
M100
AT25Fxx
p1519
|
ECP3-35
Abstract: ECP3-95 LVCMOS33 TN1169 lattice ECP3 slave SPI Port 64SED crc 64 GOE11
Text: LatticeECP3 sysCONFIG Usage Guide January 2010 Technical Note TN1169 Introduction Configuration is the process of loading or programming a design into volatile memory of an SRAM-based FPGA. This is accomplished via a bitstream file, representing the logical states, that is loaded into the FPGA internal configuration SRAM memory. The device’s functional operation after being programmed is determined by these internal configuration RAM settings. The SRAM cells must be loaded with configuration data each time the device
|
Original
|
PDF
|
TN1169
ECP3-35
ECP3-95
LVCMOS33
TN1169
lattice ECP3 slave SPI Port
64SED
crc 64
GOE11
|
6206a
Abstract: K-Line transceiver w1p 84 st10f2xx sigma asc 333 24 pin K-line ST10F276E W1P 59 st10 Bootstrap st10273e
Text: ST10F276E 16-bit MCU with MAC unit 832 Kbyte Flash memory and 68 Kbyte RAM Datasheet − production data Features • ■ ■ ■ ■ ■ Highly performance 16-bit CPU with DSP functions – 31.25ns instruction cycle time at 64MHz max CPU clock – Multiply/accumulate unit MAC 16 x 16-bit
|
Original
|
PDF
|
ST10F276E
16-bit
64MHz
40-bit
32-bit
6206a
K-Line transceiver
w1p 84
st10f2xx
sigma asc 333
24 pin K-line
ST10F276E
W1P 59
st10 Bootstrap
st10273e
|
intel date code marking NAND Flash
Abstract: ARMv5TE instruction set MLC nand 2012 153 ball eMMC memory flash controller usb state machine for ahb to apb bridge iNAND eMMC 4 41 emmc spi bridge emmc bga 162 LPC3130FET180
Text: LPC3130/3131 Low-cost, low-power ARM926EJ-S MCUs with high-speed USB 2.0 OTG, SD/MMC, and NAND flash controller Rev. 2 — 29 May 2012 Product data sheet 1. General description The NXP LPC3130/3131 combine an 180 MHz ARM926EJ-S CPU core, high-speed USB 2.0 On-The-Go OTG , up to 192 KB SRAM, NAND flash controller, flexible external bus
|
Original
|
PDF
|
LPC3130/3131
ARM926EJ-S
LPC3130/3131
10-bit
LPC3130
intel date code marking NAND Flash
ARMv5TE instruction set
MLC nand 2012
153 ball eMMC memory
flash controller usb
state machine for ahb to apb bridge
iNAND eMMC 4 41
emmc spi bridge
emmc bga 162
LPC3130FET180
|
|
|
MD500
Abstract: automatic daisy chain VME VME DAISY CHAIN 700C1
Text: NEWBRIDGE MICROSYSTEMS CRUMBS' 2SE D • tSôfllOl 0 0 0 0 b 7 ô 3 CAS1C014 VMEbusAVICS CONTROL CIRCUIT ÀCC T-52 -33 -55 • Full VMEbus system controller functions • Auto-ID slot Identification • Automatic VMEbus SYSCON Identification • The CA91C014 Advanced System Architecture Control
|
OCR Scan
|
PDF
|
0000b7Ã
CA91C014
14jis
250ms.
IN4001
MD500
automatic daisy chain VME
VME DAISY CHAIN
700C1
|
HV-DK510MKII
Abstract: 88525-205M HV-DK910MKH MN67481
Text: Przegl^d rozwi^zan ukladowych MECHACON i SYSCON Ze wzgl^du na ograniczony rozmiar strony ksicjzki oraz znaczn^ ilosci^ r ìó zek" procesorów pokazemy tylko uklad ich wyprowadzen o symboliczrue za/naczonej komunikacji z innymi blokami funkcjonalnymi, czujnikami i uklad cimi
|
OCR Scan
|
PDF
|
10-zek"
HV-DK510MKII
88525-205M
HV-DK910MKH
MN67481
|
STK 7226
Abstract: STK7226 STK 7226 sanyo Sanyo STK STK SANYO stk ic Sanyo STK 7360 7226 zasilacz STK7360
Text: 158 Przegl^d rozwi^zan ukiadowych MECHACON 1 SYSCON Rys. 74. Struktur a w ew n çtrzn a ukladu STK /226 Scalony uklad hybrydowy STK 7226 umozliwia zbudowanie przetwornic/ napiçcia zasilanej napiçciem stalym rzçdu 40 V wyprowadzenia 6 do 15 or iz klasycznego stabilizatora (wyprowadzenia 1 do 5). Poniewaz jest to rozwiazanie niezbyt uniwersalne (szczegölnie gdy zechcem y dobrac wlasciwy
|
OCR Scan
|
PDF
|
-3100EE.
STK 7226
STK7226
STK 7226 sanyo
Sanyo STK
STK SANYO
stk ic
Sanyo STK 7360
7226
zasilacz
STK7360
|
Untitled
Abstract: No abstract text available
Text: C R L H B W CA91C014 ' VMEbusAVICS CONTROL CIRCUIT ACC • Full VMEbus system controller functions • Auto-ID slot Identification • Automatic VMEbus SYSCON identification • Bus Isolation (Bl-mode ) controller • Multiple VMEbus request and release options
|
OCR Scan
|
PDF
|
CA91C014
CA91C014
CA91C015
10jiF
IN4001
|
upc3393
Abstract: NJM2352 syscon an3794 jm23
Text: 160 U Przegl^d rozwi4zan ukladowvch MECHACON i SYSCON k l a d y p o m o c n ic z e W wi^kszosci uklady pomocnicze w obwodach procesora system co ntr.' •to: ♦ uklady steruj^ce silnikami komutatorowymi, ♦ specjalizowane wzmacniacze operacvjne. Umieszczone
|
OCR Scan
|
PDF
|
NJM2352
uPC3393
NJM2352
syscon
an3794
jm23
|
Untitled
Abstract: No abstract text available
Text: OEC 0 3 19 Œ U E U S ' MLV,m CA91C014 VMEbusAVICS CONTROL CIRCUIT ACC) • Full VMEbus system controller functions • Auto-ID slot Identification • Automatic VMEbus SYSCON Identification • Bus isolation (Bi-mode®) controller • Multiple VMEbus request and release options
|
OCR Scan
|
PDF
|
CA91C014
CA91C014
CA91C015
|
STK5342
Abstract: STK5464 stk 5342 U212
Text: 154 Przeg^d rozwi^zañ ukiadowych MHCHACON i SYSCON Rys . 66, Strukt u ra w c w n ç tr z na ukiadu STK 5363 Do podstawowych parametrów ukladu STK 53632 nalez^: ♦ Maksymalne napiçcia zasilania U = 30 V ♦ Napiçcie wyjsciowe U2= 12 V przy maksymalnym pr^dzie 1 A,
|
OCR Scan
|
PDF
|
|
c32w
Abstract: No abstract text available
Text: NEWBRIDGE C R u MICROSYSTEMS m m S5E D • LSfifllQl Q O O O b ? a 3 ' c a s ic o 1 4 VMEbusAVICS CONTROL CIRCUIT ACC T -5 2 -3 3 -5 5 • Full VMEbus system controller functions • Auto-ID slot Identification • Automatic VMEbus SYSCON Identification
|
OCR Scan
|
PDF
|
CA91C014
CA91C015
250ms.
IN4001
c32w
|
STK5473
Abstract: stk 5473 stk 5477 STK5477 5473
Text: 156 Przegl^d rnzwiazan ukìadowvch MECHACON i SYSCON Rys. 70. Struk tu ra w e w n ç trzna u klad u STK 5473 Do podstaw ow ych param etrów ukladu STK 5473 nalez^: ♦ Maksymalne napiçcia zasilania U = 30 V ♦ Napiçcie wyjsciowe U2 = 5,8 V przy maksymalnym pr^dzie 1,3 A,
|
OCR Scan
|
PDF
|
|
KDS 1.540
Abstract: bq30ut
Text: OEC t 3 199' TM C R JULY 1991 CA91C014 L VMEbus AVICS CONTROL CIRCUIT ACC) Full VMEbus system controller functions Auto-ID slot Identification Automatic VMEbus SYSCON Identification Bus Isolation (Bl-mode*) controller Multiple VMEbus request and release options
|
OCR Scan
|
PDF
|
CA91C014
KDS 1.540
bq30ut
|
