BACKUP BLOCK SIGNAL Search Results

S82Y-bat01

Abstract: LC-R123R4PG LCR122R2PG S82Y-BAT02 LC-R122R2 S82Y-TS01 S8T-DCBU-01 S8TS-06024 S82YTS01 LCR123R4PG
Contextual Info: 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.

Contextual Info: 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;.

AN220

Abstract: vhdl code hamming ecc CS61880 CS61884
Contextual Info: 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

Contextual Info: 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

S8JX-N60024

Abstract: s8jx S8JX-N15024 S8JX-N30024 S8JX-N10024 S8JX-N01524 H5CX-A S8JX-N03024 S8JX-N05024 S8TDCBU-02
Contextual Info: 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

l38 transistor

Abstract: TAN-53 XRT83SL38 XRT83L38
Contextual Info: 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

Contextual Info: / 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

MM1290

Abstract: backup protect signal
Contextual Info: 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

Backup output protect

Abstract: mitsumi Switching Power Supply
Contextual Info: 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

6V backup battery power supply regulator

Contextual Info: 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

MM1134

Contextual Info: 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

Contextual Info: 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,

Contextual Info: 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

68HC11

Abstract: SP703 SP703CN SP704
Contextual Info: 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

DIP-8B

Abstract: MM1026 MM1134
Contextual Info: 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

Vin 5000

Contextual Info: 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 C E pin

mitsumi Switching Power Supply fax

Abstract: mitsumi Switching Power Supply
Contextual Info: 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

8pin sip 10k

Abstract: M62021L M62021P M62021 M62021FP PRDP0008AA-A PRSP0008DA-A
Contextual Info: 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

Contextual Info: 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.

psop-8

Contextual Info: 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

M62021

Abstract: PRSP0008DE-C PRSS0008AA-A M62021FP M62021L M62021P PRDP0008AA-A PRSP0008DA-A
Contextual Info: 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

M41T50

Contextual Info: 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

Contextual Info: 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

M62023

Abstract: M62023FP M62023L M62023P PRDP0008AA-A PRSP0008DA-A PRSP0008DE-C PRSS0008AA-A 0200 fp
Contextual Info: 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