taa 723
Abstract: DS1230 STK16C88 STK16C88WF45
Text: STK16C88 256 Kbit 32K x 8 AutoStore+ nvSRAM Features Functional Description • 25 ns and 45 ns access times ■ Directly replaces battery-backed SRAM modules such as Dallas/Maxim DS1230 AB ■ Automatic nonvolatile STORE on power loss ■ Nonvolatile STORE under Software control
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STK16C88
DS1230
STK16C88
taa 723
STK16C88WF45
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taa 723
Abstract: DS1230W STK16C88-3
Text: STK16C88-3 256 Kbit 32K x 8 AutoStore+ nvSRAM Features Functional Description • Fast 35ns Read access and R/W cycle time ■ Directly replaces battery-backed SRAM modules such as Dallas/Maxim DS1230W ■ Automatic nonvolatile STORE on power loss ■ Nonvolatile STORE under Software control
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STK16C88-3
DS1230W
STK16C88-3
256Kb
taa 723
DS1230W
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STK15C88-NF45
Abstract: 14C88 16C88 taa 723 STK15C88 stk15c88-nf45i BUT14
Text: STK15C88 256 Kbit 32K x 8 PowerStore nvSRAM Features Functional Description • 25 ns and 45 ns access times ■ Pin compatible with industry standard SRAMs ■ Automatic nonvolatile STORE on power loss ■ Nonvolatile STORE under Software control ■ Automatic RECALL to SRAM on power up
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STK15C88
STK15C88
256Kb
STK15C88-NF45
14C88
16C88
taa 723
stk15c88-nf45i
BUT14
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taa 723
Abstract: DS1230W STK16C88-3
Text: STK16C88-3 256 Kbit 32K x 8 AutoStore+ nvSRAM Functional Description • Fast 35 ns Read Access and R/W Cycle Time ■ Directly replaces Battery-backed SRAM Modules such as Dallas/Maxim DS1230W ■ Automatic Nonvolatile STORE on Power Loss ■ Nonvolatile STORE under Software Control
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STK16C88-3
DS1230W
STK16C88-3
256Kb
taa 723
DS1230W
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taa 723
Abstract: DS1230W STK16C88-3
Text: STK16C88-3 256 Kbit 32K x 8 AutoStore+ nvSRAM Functional Description • Fast 35 ns Read Access and R/W Cycle Time ■ Directly replaces Battery-backed SRAM Modules such as Dallas/Maxim DS1230W ■ Automatic Nonvolatile STORE on Power Loss ■ Nonvolatile STORE under Software Control
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STK16C88-3
DS1230W
STK16C88-3
256Kb
taa 723
DS1230W
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16C88
Abstract: stk15c88-nf45
Text: STK15C88 256 Kbit 32K x 8 PowerStore nvSRAM Features Functional Description • 25 ns and 45 ns Access Times ■ Pin compatible with Industry Standard SRAMs ■ Automatic Nonvolatile STORE on power loss ■ Nonvolatile STORE under Software Control ■ Automatic RECALL to SRAM on Power Up
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STK15C88
STK15C88
256Kb
16C88
stk15c88-nf45
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16C88
Abstract: taa 723 14C88 STK15C88 stk15c88-nf
Text: STK15C88 256 Kbit 32K x 8 PowerStore nvSRAM Functional Description • 25 ns and 45 ns Access Times ■ Pin compatible with Industry Standard SRAMs ■ Automatic Nonvolatile STORE on power loss ■ Nonvolatile STORE under Software Control ■ Automatic RECALL to SRAM on Power Up
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STK15C88
STK15C88
256Kb
16C88
taa 723
14C88
stk15c88-nf
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DS1230
Abstract: STK16C88
Text: STK16C88 256 Kbit 32K x 8 AutoStore+ nvSRAM Functional Description • 25 ns and 45 ns access times ■ Directly replaces battery-backed SRAM modules such as Dallas/Maxim DS1230 AB ■ Automatic nonvolatile STORE on power loss ■ Nonvolatile STORE under Software control
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STK16C88
DS1230
STK16C88
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Untitled
Abstract: No abstract text available
Text: STK15C88 256-Kbit 32 K x 8 PowerStore nvSRAM 256-Kbit (32 K × 8) PowerStore nvSRAM Functional Description • 25 ns and 45 ns Access Times ■ Pin compatible with Industry Standard SRAMs ■ Automatic Nonvolatile STORE on power loss ■ Nonvolatile STORE under Software Control
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STK15C88
256-Kbit
STK15C88
256Kb
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8805-45
Abstract: 68786-302 78540 69802-032 BERG 89947 SR-TIR420 86455 78227-4XX 69394-068 86451
Text: HOTLINE: 1-800-676-7644 E-MAIL: sales@craneconnectors.com BERG TO CRANE A FEW NOTES: NOTE 1 - There is a difference in how Berg calls out "some" of its pin positions. Some parts call out the number of pins per row while other parts call out the total number of positions.
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24DS-GTBT155
90377-1XX
90377-2XX
90377-3XX
90377-4XX
90377-5XX
90377-6XX
90608-1XX
90608-2XX
90608-3XX
8805-45
68786-302
78540
69802-032
BERG 89947
SR-TIR420
86455
78227-4XX
69394-068
86451
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taa 723
Abstract: DS1230 STK16C88 STK16C88-WF45
Text: STK16C88 256 Kbit 32K x 8 AutoStore+ nvSRAM Functional Description • 25 ns and 45 ns access times ■ Directly replaces battery-backed SRAM modules such as Dallas/Maxim DS1230 AB ■ Automatic nonvolatile STORE on power loss ■ Nonvolatile STORE under Software control
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STK16C88
DS1230
STK16C88
taa 723
STK16C88-WF45
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LC87F54C8A
Abstract: transistors A7
Text: Ordering number : ENN7851 LC87F54C8A CMOS IC FROM 128K-byte, RAM 4K-byte on chip 8-bit 1-chip Microcontroller Overview The LC87F54C8A is 8-bit single chip microcontroller with the following one-chip features : • CPU : Operable at a minimum bus cycle time of 100ns
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ENN7851
LC87F54C8A
128K-byte,
LC87F54C8A
100ns
16-bit
12-bit
12-channel
transistors A7
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LC87F5AP6A
Abstract: THRS
Text: Ordering number : ENN7853 LC87F5AP6A CMOS IC FROM 256K-byte, RAM 8K-byte on chip 8-bit 1-chip Microcontroller Overview The LC87F5AP6A is 8-bit single chip microcontroller with the following one-chip features: • CPU : Operable at a minimum bus cycle time of 100ns
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ENN7853
LC87F5AP6A
256K-byte,
LC87F5AP6A
100ns
16-bit
12-bit
12-channel
THRS
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LC87F54C8A
Abstract: AN-116 QIP-80E
Text: 注文コード No. N 7 8 5 1 LC87F54C8A CMOS LSI FROM128kバイト，RAM4kバイト内蔵 8ビット1チップマイクロコンピュータ 概要 LC87F54C8Aは最小バスサイクルタイム100nsで動作するCPU部を中心にして、128kバイトのフラッ
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LC87F54C8A
FROM128kRAM4k
100nsCPU
12PWM
812AD
LC87F54C8A)
100ns
10MHz)
300ns
LC87F54C8A
AN-116
QIP-80E
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axe 10 subscriber line interface
Abstract: data sheet ic 7495 define RELAY DRIVER ic 7495 data sheet truth table of ic 7495 A L8575 T7504 T8502 vtr 275 k20 ic 7495 shift registers
Text: Advance Data Sheet March 1997 L8575 Dual-Resistive, Low-Cost Subscriber Line Interface Circuit SLIC Features • Two channels in a single package ■ Serial data interface ■ Per-channel powerdown ■ Low standby power (≤65 mW per channel) ■ Integrated protection
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L8575
44-pin,
DS97-140ALC
DS96-099LCAS)
axe 10 subscriber line interface
data sheet ic 7495
define RELAY DRIVER
ic 7495 data sheet
truth table of ic 7495 A
T7504
T8502
vtr 275 k20
ic 7495 shift registers
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le8575
Abstract: LE8575BEJC le8575B Legerity Le857 T8502
Text: P R E L I M I N A R Y Le8575 Dual-Resistive, Subscriber Line Interface Circuit SLIC Device FEATURES DESCRIPTION • ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ The Le8575 is a dual-resistive, low-cost subscriber line interface circuit (SLIC) device that is optimized to meet both
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Le8575
44-pin,
Le8575
LE8575BEJC
le8575B
Legerity
Le857
T8502
|
L8575
Abstract: T7504 T8502
Text: Advance Data Sheet March 1997 L8575 Dual-Resistive, Low-Cost Subscriber Line Interface Circuit SLIC Features • Two channels in a single package ■ Serial data interface ■ Per-channel powerdown ■ Low standby power (≤65 mW per channel) ■ Integrated protection
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L8575
44-pin,
DS97-140ALC
DS96-099LCAS)
T7504
T8502
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L8575
Abstract: T7504 T8502
Text: Advance Data Sheet March 1997 L8575 Dual-Resistive, Low-Cost Subscriber Line Interface Circuit SLIC Features • Two channels in a single package ■ Serial data interface ■ Per-channel powerdown ■ Low standby power (≤65 mW per channel) ■ Integrated protection
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L8575
44-pin,
DS97-140ALC
DS96-099LCAS)
T7504
T8502
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PIN SCR BRX 49
Abstract: APC UPS CIRCUIT DIAGRAM SCR BRX 49 PIN SCR BRX 49 APC UPS 650 CIRCUIT DIAGRAM switch it 1102d RBS 2964 APC back UPS RS 800 g44 motorola 1024D1
Text: MPC8260UM/D 4/1999 Rev. 0 ª MPC8260 PowerQUICC II UserÕs Manual ª PowerQUICC II, Mfax, and DigitalDNA are trademarks of Motorola, Inc. The PowerPC name, the PowerPC logotype, PowerPC 601, PowerPC 603, PowerPC 603e, PowerPC 604, PowerPC 604e, and RS/6000 are trademarks of
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MPC8260UM/D
MPC8260
RS/6000
32-Bit
MPCFPE32B/AD
PIN SCR BRX 49
APC UPS CIRCUIT DIAGRAM
SCR BRX 49 PIN
SCR BRX 49
APC UPS 650 CIRCUIT DIAGRAM
switch it 1102d
RBS 2964
APC back UPS RS 800
g44 motorola
1024D1
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OMRON EE CH4
Abstract: Ford SCP smd BR13 MC145574ADW galena diode MC145574APB MC145557 Jackson 408 2sc125 Jackson Labs Technologies
Text: MC145574/D REV 6 MC145574 ISDN S/T-Interface Transceiver Coming through loud and clear. m This page intentionally left blank. MC145574 ISDN S/T-Interface Transceiver Motorola reserves the right to make changes without further notice to any products herein. Motorola makes no warranty, representation or guarantee regarding
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MC145574/D
MC145574
applica1/10/1999
MC145574A
MC145574EVK
MC145574ADW
MC145574ADWR2
MC145574APB
MC145574APBR2
OMRON EE CH4
Ford SCP
smd BR13
galena diode
MC145557
Jackson 408
2sc125
Jackson Labs Technologies
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6283K
Abstract: LB1268
Text: Ordering number : EN 1281D | Monolithic Digital IC LB1268 N0.1281D SANYO i 3-Channel, High-Current, Low-Saturation Driver Array F e a tu re s a n d F unctions • 3-channel magnet driver • High current 2.0A max. and low saturation voltage (1.5V) • Parallel operation capability (channel 1 + 2)
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1281D
LB1268
6283K
LB1268
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Untitled
Abstract: No abstract text available
Text: Advance Data Sheet January 1997 m i c r o e l e c t r o n i c s g r o u p Lucent Technologies Bell Labs Innovations L8575 Dual-Resistive, Low-Cost Subscriber Line Interface Circuit SLIC Features Description • Two channels in a single package The L8575 is a dual-resistive, low-cost subscriber line
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L8575
Q/900
DDE3373
L8575
44-Pin
5-2506r
LUCL8575
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CS31 diode
Abstract: Mod. K-TA
Text: Advance Data Sheet March 1997 m ic r o e le c t r o n ic s group Lucent Technologies Bell Labs Innovations L8575 Dual-Resistive, Low-Cost Subscriber Line Interface Circuit SLIC Features D escription • Two channels in a single package The L8575 is a dual-resistive, low-cost subscriber
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L8575
44-pin,
DS97-140ALC
DS96-099LCAS)
CS31 diode
Mod. K-TA
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Untitled
Abstract: No abstract text available
Text: Advance Data Sheet March 1997 microelectronics group Lucent Technologies Bell Labs Innovations L8575 Dual-Resistive, Low-Cost Subscriber Line Interface Circuit SLIC Features Description • Two channels in a single package The L8575 is a dual-resistive, low-cost subscriber
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L8575
DS97-140ALC
DS96-099LCAS)
005002b
7C767
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