Untitled
Abstract: No abstract text available
Text: SG320240B 320 DOTS X 240 DOTS ¦ TIMING CHARACTERISTICS ITEM Frequency Of Maximum Clock CL1 , CL2 , Pulse Width Rise , Fall Time Data Setup Time Data Hold Time CL1 Setup Time CL1 CL2 Time FLM Setup Time FLM Hold Time M Delay Time ¦ BLOCK DIAGRAM SYMBOL
|
Original
|
SG320240B
|
PDF
|
KDS 32kHZ crystal
Abstract: KDS Crystals 32.768 KDS 32.768 KHz crystal for RTC XTAL 32.768KHZ DT-26 6PF KDS DMX-26S 32KHz crystal WX26 wire crystal 32kHZ KDS Crystals 32.768khz crystal fox thru hole
Text: Maxim > App Notes > 1-Wire DEVICES REAL-TIME CLOCKS TIME AND TEMPERATURE RECORDERS Keywords: RTC, crystal, 32kHz, real time clock, oscillator, timekeeping, time keeping, 32768, 32.768, elapsed time counter, ETC, time error, incorrect time, accuracy, timekeeping ppm
|
Original
|
32kHz,
768Hz
DS1677:
DS1678:
DS1685:
DS1688:
DS1689:
DS17285:
DS17485:
KDS 32kHZ crystal
KDS Crystals 32.768
KDS 32.768 KHz crystal for RTC
XTAL 32.768KHZ DT-26 6PF
KDS DMX-26S
32KHz crystal
WX26 wire
crystal 32kHZ
KDS Crystals
32.768khz crystal fox thru hole
|
PDF
|
Interfacing RTC using I2C protocol
Abstract: pin diagram of real time clock ic ds12887 8051 spi ds1390 DS1307 IC Super Capacitor Charger DS1307 IC with 8051 DS3231M DS32C35 rtc ds1307 rtc ic
Text: Maxim > App Notes > Real- time clocks Time and temperature recorders Feb 15, 2002 Keywords: battery backed, RTCs, real time clocks, crystal, 32kHz, real time clocks, oscillator, timekeeping, time keeping, 32768Hz, 32.768kHz, elapsed time counter, ETC APPLICATION NOTE 504
|
Original
|
32kHz,
32768Hz,
768kHz,
DS32B35
DS32C35
com/an504
AN504,
APP504,
Appnote504,
Interfacing RTC using I2C protocol
pin diagram of real time clock ic ds12887
8051 spi ds1390
DS1307 IC
Super Capacitor Charger
DS1307 IC with 8051
DS3231M
DS32C35
rtc ds1307
rtc ic
|
PDF
|
Interfacing RTC using I2C protocol
Abstract: pin diagram of real time clock ic ds12887 DS1307 IC RTC DS1302 8051 spi ds1390 ds1216 app abstract rtc ic BR1225 DS12885
Text: Maxim > App Notes > REAL-TIME CLOCKS TIME AND TEMPERATURE RECORDERS Keywords: battery backed, RTCs, real time clocks, crystal, 32kHz, real time clocks, oscillator, timekeeping, time keeping, 32768Hz, 32.768kHz, elapsed time counter, ETC Feb 15, 2002 APPLICATION NOTE 504
|
Original
|
32kHz,
32768Hz,
768kHz,
DS1743:
DS1744:
DS1746:
DS1747:
DS17485:
DS17487:
DS3231:
Interfacing RTC using I2C protocol
pin diagram of real time clock ic ds12887
DS1307 IC
RTC DS1302
8051 spi ds1390
ds1216
app abstract
rtc ic
BR1225
DS12885
|
PDF
|
abstract for wireless communication system
Abstract: nanoNET NanoNET PHY and MAC nanotron Nanotron Technologies Microcontroller AT89s52 counter time NanoNET PHY and MAC System Specifications NA1TR8 nanoNET system specifications nanoNET Register
Text: Time Synchronization of nanoNET Wireless Nodes Application Note Version 1.00 NA-05-0131-0344-1.00 Keywords nanoNET TRX transceiver, Real Time Clock, time beacon frame, time master, time synchronization Document Information Time Synchronization of nanoNET Wireless Nodes
|
Original
|
NA-05-0131-0344-1
abstract for wireless communication system
nanoNET
NanoNET PHY and MAC
nanotron
Nanotron Technologies
Microcontroller AT89s52 counter time
NanoNET PHY and MAC System Specifications
NA1TR8
nanoNET system specifications
nanoNET Register
|
PDF
|
MS-026D
Abstract: as5sp128k32dq
Text: COTSPEM PEM COTS AS5SP128K36DQ AS5SP128K36DQ SSRAM SSRAM SSRAM AustinSemiconductor, Semiconductor,Inc. Inc. Austin Parameter Symbol Cycle Time tCYC Cycle Time tCYC Cycle Time tCYC Clock Access Time tCD Clock Access Time tCD Clock Access Time tCD Output Enable
|
Original
|
AS5SP128K36
MS-026D
as5sp128k32dq
|
PDF
|
an618
Abstract: MAX6900 MAX6901 MAX6902
Text: Maxim > App Notes > REAL-TIME CLOCKS Jun 21, 2001 Keywords: RTC, real time clock, RTCs, time keeping, clock register, BCD, rtc registers APPLICATION NOTE 618 Interpreting Real-Time-Clock Registers Abstract: This application note describes the format used for Maxim Real-Time Clock RTC time and date
|
Original
|
com/an618
MAX6900:
MAX6901:
MAX6902:
MAX6909:
MAX6910:
AN618,
APP618,
Appnote618,
an618
MAX6900
MAX6901
MAX6902
|
PDF
|
real time clock
Abstract: HT47 HT47C20L HT47R20A-1 32768HZ 32768-Hz
Text: Using the Time Base Function in the HT47R20A-1 Using the Time Base Function in the HT47R20A-1 ：HA0029E D/N Introduction The HT47 series MCU time base can provide a periodical time-out time signal to produce a regular internal interrupt. The time base clock source can be chosen by configuration
|
Original
|
HT47R20A-1
A0029E
ht47r20a-1
real time clock
HT47
HT47C20L
32768HZ
32768-Hz
|
PDF
|
IBM PC RTC
Abstract: DS1287 RTC DS12C887
Text: Maxim > App Notes > REAL-TIME CLOCKS Keywords: DST, Daylight Saving Time, Daylight Savings Time Mar 23, 2006 APPLICATION NOTE 3778 Problems and Solutions for Adjusting to Changes in Daylight Saving Time Abstract: Recent U.S. legislation increased the daylight saving time DST period by four weeks. This change
|
Original
|
DS1688:
DS1689:
DS1691:
DS1693:
DS17285:
DS17485:
DS17487:
DS17885:
DS17887:
AN3778,
IBM PC RTC
DS1287
RTC DS12C887
|
PDF
|
32KHz crystal
Abstract: crystal oscillator 32.768 AN617 APP617 MAX6900 MAX6901 MAX6902 MAX6909 MAX6910 6pf 32khz crystal oscillator
Text: Maxim > App Notes > REAL-TIME CLOCKS Keywords: RTCs, crystal, 32kHz, real time clocks, oscillator, timekeeping, time keeping, 32768Hz, 32.768kHz Jun 01, 2001 APPLICATION NOTE 617 Real-Time-Clock Selection and Optimization Abstract: This application note describes real-time clock RTC and crystal selection criteria and proper layout
|
Original
|
32kHz,
32768Hz,
768kHz
32kHz
com/an617
MAX6900:
MAX6901:
MAX6902:
MAX6909:
32KHz crystal
crystal oscillator 32.768
AN617
APP617
MAX6900
MAX6901
MAX6902
MAX6909
MAX6910
6pf 32khz crystal oscillator
|
PDF
|
AN1148
Abstract: AN121 rtc backup battery circuit circuit of dual alarms clock
Text: Real Time Clock X12xx Features & Application Application Note April 27, 2005 AN1148.0 Author: Applications Group What is a Real Time Clock? A real time clock is a clock that keeps track of the time even when the system is turned off. Real time clocks run on a
|
Original
|
X12xx
AN1148
768KHz
33MHz
50MHz.
AN121
rtc backup battery circuit
circuit of dual alarms clock
|
PDF
|
Untitled
Abstract: No abstract text available
Text: CPU Supervisors, System Management, RTC and Timing Solution Products X1209 Real Time Clock/Calendar with Event/Time Stamp Detection & Alarms Product Highlights Description Real Time Clock with Time Stamp, Event Tamper Detection Low Power, Battery backup
|
Original
|
X1209
10-lead
768kHz
|
PDF
|
"Real Time Clocks"
Abstract: real clock timer switch Real Time Clocks transistor crossover
Text: NOT ALL REAL TIME CLOCKS ARE CREATED EQUAL. REAL TIME CLOCK REAL TIME CLOCK FULLY LOADED Xicor Digital LowVoltage Sense Power-On Reset Clock and Calendar Watchdog Timer Programmable Alarms THEM Battery Crossover Switch US There are Real Time Clocks—then there are Xicor Real Time Clocks. With a powerful
|
Original
|
|
PDF
|
free computer hardware notes
Abstract: tektronix CMC251 MAX6901 MAX6901EVKIT MAX6901EVSYS X1000 CMC251
Text: Maxim > App Notes > REAL-TIME CLOCKS Keywords: RTCs, crystal, oscillator, 32kHz, real time clock, timekeeping, time keeping, 32768Hz, 32.768kHz Aug 01, 2001 APPLICATION NOTE 632 Evaluating the Accuracy of Maxim Real-Time Clocks RTCs Abstract: This appnote describes methods for measuring the accuracy of the Maxim Real-Time Clocks (RTCs)
|
Original
|
32kHz,
32768Hz,
768kHz
com/an632
MAX6900:
MAX6901:
MAX6902:
MAX6909:
MAX6910:
AN632,
free computer hardware notes
tektronix CMC251
MAX6901
MAX6901EVKIT
MAX6901EVSYS
X1000
CMC251
|
PDF
|
|
|
82439TX
Abstract: SYSTEM CONTROLLER clock pulse
Text: 82439TX System Controller MTXC 40.0 MTXC Timing Diagrams Figure 100. Clock Timing Period High Time VIHmin HCLKIN PCLKIN VIHmin Fall Time Rise Time VILmax VILmax Low Time clocktm.drw Figure 101. Propagation Delay VT Input Propagation Delay VT Output prop_del.drw
|
Original
|
82439TX
SYSTEM CONTROLLER
clock pulse
|
PDF
|
Daiwa DT-26S
Abstract: No abstract text available
Text: DS1678 Real-Time Event Recorder www.maxim-ic.com GENERAL DESCRIPTION FEATURES The DS1678 real-time clock RTC event recorder records the time and date of a nonperiodic, asynchronous event each time the INT pin is activated. The device records the seconds, minutes,
|
Original
|
DS1678
DS1678
16-bit
Daiwa DT-26S
|
PDF
|
RTC Real Time Clocks
Abstract: APP517 registers APP2740 DS1318 SS10 SS11 244us 0x55555556
Text: Maxim > App Notes > REAL-TIME CLOCKS Keywords: DS1318, clock, register, elapsed time, counter, RTC, real time clocks, RTCs, DS1318, elapsed time counter, clock registers Sep 25, 2003 APPLICATION NOTE 2740 Accessing the DS1318 Clock Registers Abstract: This application note describes how to properly access the clock registers in the DS1318 Elapsed Time
|
Original
|
DS1318,
DS1318
44-bit
com/an2740
DS1318:
AN2740,
APP2740,
RTC Real Time Clocks
APP517
registers
APP2740
SS10
SS11
244us
0x55555556
|
PDF
|
mip 836
Abstract: mip 0245 DS1678S equivalent DS1678 DS1678S Record STA 12 S1678
Text: DS1678 Real-Time Event Recorder www.maxim-ic.com GENERAL DESCRIPTION FEATURES The DS1678 real-time clock RTC event recorder records the time and date of a nonperiodic, asynchronous event each time the INT pin is activated. The device records the seconds, minutes,
|
Original
|
DS1678
DS1678
16bit
mip 836
mip 0245
DS1678S equivalent
DS1678S
Record STA 12
S1678
|
PDF
|
001B
Abstract: 010B ML6191 PEDL6191-02 JJY60 Time Code Receiver
Text: OKI Semiconductor ML6191 PEDL6191-02 Issue Date: Jul. 30, 2004 Preliminary Real Time Clock with Automatic Time Correction Function GENERAL DESCRIPTION The ML6191 is a real time clock with the automatic time correction function that has a built-in JJY Japan's
|
Original
|
ML6191
PEDL6191-02
ML6191
001B
010B
PEDL6191-02
JJY60
Time Code Receiver
|
PDF
|
2TC66
Abstract: 80C186EA13
Text: intei 80C186EA/80C188EA, 80L186EA/80L188EA AC SPECIFICATIONS AC Characteristics— 80C186EA25/80C186EA20/80C186EA13 Parameter Symbol INPUT CLOCK CLKIN Frequency Tf CLKIN Period Tc CLKIN High Time T ch CLKIN Low Time To . CLKIN Rise Time T cr CLKIN Fall Time
|
OCR Scan
|
80C186EA/80C188EA,
80L186EA/80L188EA
80C186EA25/80C186EA20/80C186EA13
2TC66
80C186EA13
|
PDF
|
mip 836
Abstract: No abstract text available
Text: DS1678 Real-Time Event Recorder www.maxim-ic.com GENERAL DESCRIPTION FEATURES The DS1678 real-time clock RTC event recorder records the time and date of a nonperiodic, asynchronous event each time the INT pin is activated. The device records the seconds, minutes,
|
Original
|
DS1678
DS1678
16bit
mip 836
|
PDF
|
mip 836
Abstract: DS1678 DS1678S S1678 mip 0245 MIP 2f
Text: DS1678 Real-Time Event Recorder www.maxim-ic.com GENERAL DESCRIPTION FEATURES The DS1678 real-time clock RTC event recorder records the time and date of a nonperiodic, asynchronous event each time the INT pin is activated. The device records the seconds, minutes,
|
Original
|
DS1678
DS1678
16bit
mip 836
DS1678S
S1678
mip 0245
MIP 2f
|
PDF
|
Time Code Receiver
Abstract: ML6191
Text: OKI Semiconductor ML6191 FEDL6191-02 Issue Date: Jan. 14, 2004 Real Time Clock with Automatic Time Correction Function GENERAL DESCRIPTION The ML6191 is a real time clock with the automatic time correction function that has a built-in JJY Japan's Long-wave Standard Time Code receiver. The ML6191 is connected to the host microcontroller with a
|
Original
|
ML6191
FEDL6191-02
ML6191
Time Code Receiver
|
PDF
|
microcontroller schematic of ds12887
Abstract: RTC in 8051 8051 DS12887 microcontroller 8051 schematic of ds12887 DS12887 DS12C887 DS12885 DS12887A DS12C887A DS12CR887
Text: Maxim > App Notes > Real-Time Clocks Keywords: real time clock, RTC, timekeeping, time keeping, multiplexed bus, interface Jul 17, 2002 APPLICATION NOTE 1145 Interface a Multiplexed-Bus Real-Time Clock to a µP With Separate Address and Data Buses Abstract: This application note provides general information about how to interface a real-time clock RTC
|
Original
|
DS12887)
DS17885:
DS17887:
DS2250:
com/an1145
AN1145,
APP1145,
Appnote1145,
microcontroller schematic of ds12887
RTC in 8051
8051 DS12887
microcontroller 8051 schematic of ds12887
DS12887
DS12C887
DS12885
DS12887A
DS12C887A
DS12CR887
|
PDF
|
