S82Y-bat01
Abstract: LC-R123R4PG LCR122R2PG S82Y-BAT02 LC-R122R2 S82Y-TS01 S8T-DCBU-01 S8TS-06024 S82YTS01 LCR123R4PG
Text: DC Backup Block for S8TS S8T-DCBU-01 CSM_S8T-DCBU-01_DS_E_4_1 DC Backup Block for S8TS Prevents 24-VDC Outages Due to Power Interruptions or Failures • Supplies 24 VDC for a fixed period of time even during AC input outages to considerably improve system reliability.
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S8T-DCBU-01
S8T-DCBU-01
24-VDC
S82Y-bat01
LC-R123R4PG
LCR122R2PG
S82Y-BAT02
LC-R122R2
S82Y-TS01
S8TS-06024
S82YTS01
LCR123R4PG
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AN220
Abstract: vhdl code hamming ecc CS61880 CS61884
Text: AN220 Application Note USING THE CS61880/CS61884 IN REDUNDANCY APPLICATIONS Figure 1 shows the block diagram for a typical T1/E1/J1 redundancy system. transmitter transformers and the termination components such as resistors and capacitors that are shared by both the primary and backup boards
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AN220
CS61880/CS61884
CS61884
AN220
vhdl code hamming ecc
CS61880
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Untitled
Abstract: No abstract text available
Text: L7C187 L7C187 DEVICES INCORPORATED 64K x 1 Static RAM 64K x 1 Static RAM DEVICES INCORPORATED DESCRIPTION L7C187 BLOCK DIAGRAM O ROW SELECT 8 as 2 V. The L7C187 consumes only 30 µW typical at 3 V, allowing effective battery backup operation. The L7C187 provides asynchronous
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L7C187
L7C187
187-G
22-pin
L7C187KC20
L7C187KC15
L7C187KC12
L7C187KM25
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S8JX-N60024
Abstract: s8jx S8JX-N15024 S8JX-N30024 S8JX-N10024 S8JX-N01524 H5CX-A S8JX-N03024 S8JX-N05024 S8TDCBU-02
Text: Buffer Block S8T-DCBU-02 CSM_S8T-DCBU-02_DS_E_4_1 Prevents Equipment Stoppage, Data Loss, and Other Problems Resulting from Momentary Power Failures • Provides a backup time of 500 ms at an output current of 2.5 A. • Can be wired to the 24-V output from the S8VS, S82J, and
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S8T-DCBU-02
S8T-DCBU-02
S8T-BUS03
F47-0200
S8JX-N60024
s8jx
S8JX-N15024
S8JX-N30024
S8JX-N10024
S8JX-N01524
H5CX-A
S8JX-N03024
S8JX-N05024
S8TDCBU-02
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l38 transistor
Abstract: TAN-53 XRT83SL38 XRT83L38
Text: TAN-53 Line Card Redundancy Application Note Line Card Redundancy Design With the XRT83SL38 T1/E1 SH/LH LIU ICs Revision 1.3 1 TAN-53 Line Card Redundancy REDUNDANCY APPLICATIONS INTRODUCTION Telecommunication system design requires signal integrity and reliability. When a T1/E1 primary
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TAN-53
XRT83SL38
40kHz.
100kHz.
XRT83SL38
75ohm
l38 transistor
TAN-53
XRT83L38
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MM1290
Abstract: backup protect signal
Text: MITSUMI System Reset with battery back-up MM1290 System Reset (battery back-up) Monolithic IC MM1290 Outline - These ICs protect S-RAM data in back-up mode (CS signal makes S-RAM CE pin low and CE pin high) when
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MM1290
MM1290
backup protect signal
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Backup output protect
Abstract: mitsumi Switching Power Supply
Text: System Reset with battery back-up MM1134 MITSUMI System Reset (with battery back-up) Monolithic IC MM1134 Outline - These ICs protect S-RAM data in back-up mode (CS signal makes R-SAM CE pin low and CE pin high) when
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MM1134
100nA
Backup output protect
mitsumi Switching Power Supply
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6V backup battery power supply regulator
Abstract: No abstract text available
Text: System Reset with battery back-up MM1290 MITSUMI System Reset (battery back-up) Monolithic IC MM1290 Outline - ue d These ICs protect S-RAM data in back-up mode (CS signal makes S-RAM CE pin low and CE pin high) when
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MM1290
6V backup battery power supply regulator
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MM1134
Abstract: No abstract text available
Text: System Reset with battery back-up MM1134 MITSUMI System Reset (with battery back-up) Monolithic IC MM1134 Outline - These ICs protect S-RAM data in back-up mode (CS signal makes R-SAM CE pin low and CE pin high) when
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MM1134
100nA
MM1134
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Untitled
Abstract: No abstract text available
Text: System Reset with battery back-up MM1134 MITSUMI System Reset (with battery back-up) Monolithic IC MM1134 Outline - These ICs protect S-RAM data in back-up mode (CS signal makes R-SAM CE pin low and C E pin high) when power supply voltage goes below a certain set voltage (detection voltage 3.5V, 4.2V typ.). Further,
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MM1134
100nA
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Untitled
Abstract: No abstract text available
Text: System Reset with battery back-up MM1134 MITSUMI IC for System Reset (with battery back-up) Monolithic IC MM1134 Outline - These ICs protect S-RAM data in back-up mode (CS signal makes R-SAM CE pin low and CE pin high) when
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MM1134
100nA
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68HC11
Abstract: SP703 SP703CN SP704
Text: SP703/SP704 SIGNAL PROCESSING EXCELLENCE Low Power Microprocessor Supervisory with Battery Switch-Over • Precision Voltage Monitor: SP703 at 4.65V SP704 at 4.40V ■ Reset Time Delay - 200ms ■ Debounced TTL/CMOS Compatible Manual - Reset Input ■ Minimum component count
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SP703/SP704
SP703
SP704
200ms
250mA
MAX703/MAX704
SP703/704
SP703/704DS/07
68HC11
SP703CN
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GP107
Abstract: 80C51XA GP100 GP101 GP102 HP00 gps drive microcontroller navigation NMEA GPS GP100 Series
Text: INTEGRATED CIRCUITS SAA1575 GPS baseband processor Objective specification Philips Semiconductors 1998 Feb 10 Philips Semiconductors Objective specification GPS Baseband Processor SAA1575 The GPS firmware is located in off–chip program memory. It processes the GPS signals from up to 8 satellites and generates
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SAA1575
SAA1575
GP107
80C51XA
GP100
GP101
GP102
HP00
gps drive microcontroller navigation
NMEA GPS
GP100 Series
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DIP-8B
Abstract: MM1026 MM1134
Text: System Reset with battery back-up MM1026, 1245, 1080, 1134 MITSUMI System Reset (with battery back-up) Monolithic IC MM1026, 1245, 1080 ,1134 Outline - These ICs protect S-RAM data in back-up mode (CS signal makes R-SAM CE pin low and CE pin high) when
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MM1026,
DIP-8B
MM1026
MM1134
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mitsumi Switching Power Supply fax
Abstract: mitsumi Switching Power Supply
Text: System Reset with battery back-up MM1026, 1245, 1080, 1134 MITSUMI System Reset (with battery back-up) Monolithic IC MM1026, 1245, 1080 ,1134 Outline - ue d These ICs protect S-RAM data in back-up mode (CS signal makes R-SAM CE pin low and C E pin
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MM1026,
MM1026
mitsumi Switching Power Supply fax
mitsumi Switching Power Supply
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8pin sip 10k
Abstract: M62021L M62021P M62021 M62021FP PRDP0008AA-A PRSP0008DA-A
Text: M62021L/P/FP System Reset IC with Switch for Memory Backup REJ03D0784-0100 Rev.1.00 Sep 14, 2005 Description The M62021 is a system IC that controls the memory backup function of microcomputer internal RAM . The IC outputs reset signals (RES/RES) to a microcomputer at power-down and power failure. It also shifts the power
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M62021L/P/FP
REJ03D0784-0100
M62021
8pin sip 10k
M62021L
M62021P
M62021FP
PRDP0008AA-A
PRSP0008DA-A
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psop-8
Abstract: No abstract text available
Text: M62021L/P/FP System Reset IC with Switch for Memory Backup REJ03D0784-0200 Rev.2.00 Jun 15, 2007 Description The M62021 is a system IC that controls the memory backup function of microcomputer internal RAM . The IC outputs reset signals (RES/RES) to a microcomputer at power-down and power failure. It also shifts the power
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M62021L/P/FP
REJ03D0784-0200
M62021
psop-8
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M62021
Abstract: PRSP0008DE-C PRSS0008AA-A M62021FP M62021L M62021P PRDP0008AA-A PRSP0008DA-A
Text: M62021L/P/FP System Reset IC with Switch for Memory Backup REJ03D0784-0200 Rev.2.00 Jun 15, 2007 Description The M62021 is a system IC that controls the memory backup function of microcomputer internal RAM . The IC outputs reset signals (RES/RES) to a microcomputer at power-down and power failure. It also shifts the power
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M62021L/P/FP
REJ03D0784-0200
M62021
PRSP0008DE-C
PRSS0008AA-A
M62021FP
M62021L
M62021P
PRDP0008AA-A
PRSP0008DA-A
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M41T50
Abstract: No abstract text available
Text: M41T50 Serial Access Digital Input Real-Time Clock with Alarms PRELIMINARY DATA FEATURES SUMMARY • ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ TIMEKEEPING DOWN TO 1.3V 1.7V TO 3.6V I2C BUS OPERATING VOLTAGE OPERATES FROM 50Hz OR 60Hz DIGITAL CLOCK SIGNAL
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M41T50
400kHz)
16-PIN
QFN16
M41T50
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M62023
Abstract: M62023FP M62023L M62023P PRDP0008AA-A PRSP0008DA-A PRSP0008DE-C PRSS0008AA-A 0200 fp
Text: M62023L/P/FP System Reset IC with Switch for 3V Memory Back-up REJ03D0528-0200 Rev.2.00 Jun 15, 2007 General Description The M62023L/P/FP is a system reset IC that controls the memory backup function of an SRAM and an embedded RAM of a microcontroller. The IC outputs reset signals RES/RES to a microcontroller at power-down and power failure. It also shifts the power
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M62023L/P/FP
REJ03D0528-0200
M62023L/P/FP
M62023
M62023FP
M62023L
M62023P
PRDP0008AA-A
PRSP0008DA-A
PRSP0008DE-C
PRSS0008AA-A
0200 fp
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Untitled
Abstract: No abstract text available
Text: Builtin crystal unit allows adjustment-free efficient operation. A builtin power supply switching circuit makes it possible to provide automatic power supply backup to both the RTC and extended RAM. The. .real-time, clock block, consists, o f;.
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10-bytes
50-bytes
32-bytes
28-pin
BR1225)
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Untitled
Abstract: No abstract text available
Text: / T u r m _ LTC1235 TECHNOLOGY Microprocessor Supervisory Circuit FCOTUIKS DCSCRIPTIOn • Guaranteed Reset Assertion at Vcc = 1V ■ 1.5mA Maximum Supply Current ■ Fast 35ns Max. Onboard Gating of RAM Chip Enable Signals ■ Conditional Battery Backup Extends Battery Life
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LTC1235
200ms
LTC695
LTC1235
74HC4016
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Untitled
Abstract: No abstract text available
Text: 5 21164 Microprocessor Functional Overview This section provides an overview of 21164 external signals that support the follow ing: • Clocks • Bcache interface • System interface • Interrupts • Test modes See Figure 1 for a block diagram of the 21164.
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Untitled
Abstract: No abstract text available
Text: o n r m TECHNOLOGY LTC1235 M icroprocessor Supervisory C ircuit FCO TUR C S D C S C R IP T IO n • Guaranteed Reset Assertion at Vcc = 1V ■ 1.5mA Maximum Supply Current ■ Fast 35ns Max. Onboard Gating of RAM Chip Enable Signals ■ Conditional Battery Backup Extends Battery Life
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200ms
LTC695
LTC1235
LTC1235
D-8057
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