DS1685 Search Results

DS1685QN-3

Contextual Info: DS1685/DS1687 3V/5V Real-Time Clocks www.maxim-ic.com FEATURES Incorporates Industry-Standard DS1287 PC Clock plus Enhanced Features Such as: Y2K Compliant +3V or +5V Operation 64-Bit Silicon Serial Number Power-Control Circuitry Supports System Power-On from Date/Time Alarm or Key

E32K

Contextual Info: DS1685/DS1687 3V/5V Real-Time Clocks FEATURES • •       Incorporates Industry-Standard DS1287 PC Clock plus Enhanced Features Such as Y2K Compliant +3V or +5V Operation 64-Bit Silicon Serial Number Power-Control Circuitry Supports System

DS1287

Abstract: DS1285 DS1685 DS1685E DS1685Q DS1685S DS1687
Contextual Info: DS1685/DS1687 3-Volt/5-Volt Real-Time Clock www.maxim-ic.com FEATURES PIN ASSIGNMENT X2 X1 PWR NC VCC SQW VBAUX Incorporates industry standard DS1287 PC clock plus enhanced features: § Y2K-compliant § +3 or +5V operation § 64-bit silicon serial number § Power control circuitry supports system power-on

ds1607

Contextual Info: DS1685/DS1687 P R E L IM IN A R Y DALLAS DS1685/DS1687 3 Volt/5 Volt Real Time Clock s e m ic o n d u c t o r FEATURES PIN ASSIGNMENT Incorporates Industry standard DS1287 PC clock plus enhanced features: PWR C 1 xi L 2 X2 C 3 ADOC 4 AD1 C 5 AD2 C 6 AD3 C 7

Contextual Info: DS1685/DS1667 PRELIMINARY DALLAS D S 1 6 8 5 /D S 1 6 8 7 3 Volt/5 Volt Real Time Clock s e m ic o n d u c t o r FEATURES PIN ASSIGNMENT Incorporates industry standard DS1287 PC clock plus enhanced features: PWR C 1 24 ^ xi C 2 • +3 or +5 volt operation

Contextual Info: 19-5215; Rev 4/10 DS1685/DS1687 3V/5V Real-Time Clocks www.maxim-ic.com FEATURES Incorporates Industry-Standard DS1287 PC Clock plus Enhanced Features Such as: Y2K Compliant • +3V or +5V Operation • 64-Bit Silicon Serial Number  Power-Control Circuitry Supports System

dallas nvram

Contextual Info: DS1685FP P R O D U C T P R E V IE W DALLAS SFMfffftHPUCTOB DS1685FP ^ Volt/5 Volt Soriâlizëd RôsI Tim Clock FEATURES PIN ASSIGNMENT Incorporates industry standard DS1287 PC clock plus enhanced features: Il s t e s a II Is IS11 s I n n n n n nnnnnnn %:

DS1285

Abstract: DS1287 DS1685 DS1685E DS1685Q DS1685S DS1687
Contextual Info: DS1685/DS1687 3-Volt/5-Volt Real Time Clock www.dalsemi.com FEATURES PIN ASSIGNMENT X2 X1 PWR NC VCC SQW VBAUX Incorporates industry standard DS1287 PC clock plus enhanced features: Y2K-compliant +3 or +5V operation 64-bit silicon serial number Power control circuitry supports system power-on

Contextual Info: DS1685/DS1687 3 Volt/5 Volt Real Time Clock www.dalsemi.com FEATURES PIN ASSIGNMENT X2 X1 PWR NC VCC SQW Incorporates industry standard DS1287 PC clock plus enhanced features: Y2K-compliant +3- or +5-volt operation 64-bit silicon serial number Power control circuitry supports system power-on

DS1685Q-3

Contextual Info: DS1685/DS1687 3-Volt/5-Volt Real Clock www.dalsemi.com FEATURES PIN ASSIGNMENT Incorporates industry standard DS1287 PC clock plus enhanced features: X2 X1 PWR NC VCC SQW Y2K-compliant +3- or +5-volt operation 64-bit silicon serial number Power control circuitry supports system power-on

S1685

Contextual Info: DS1685/D S1687 DALLAS SEMICONDUCTOR 3 -V o lt/5 -V o lt Real Tim e C lock FEATURES PIN ASSIGNMENT DS1685/DS1687 Incorporates industry standard DS1287 PC clock plus enhanced features: PWR C 1 xi C 2 • Y 2K -com pliant • + 3 -v o lt or + 5 -v o lt operation

DS17485

Abstract: DS17885 DS1685
Contextual Info: REAL-TIME CLOCKS May 31, 2001 App Note 77: DS1685/87 and DS17X85/87 Accessing Extended User RAM This application note describes how to use the extended RAM that is available in some multiplexed-bus real-time clocks RTCs . General Overview The DS1685/87 and DS17x85/87 include an additional block of extended user RAM. The

DS1685E

Abstract: DS1685Q DS1685S DS1687 DS1287 DS1685 DS1685-3 DS1685-5 DS1685-5IND
Contextual Info: DS1685/DS1687 3V/5V Real-Time Clock www.maxim-ic.com www.maxim-ic.com FEATURES PIN ASSIGNMENT Top View Incorporates industry-standard DS1287 PC clock plus enhanced features: § Y2K-compliant § +3 or +5V operation § 64-bit silicon serial number § Power-control circuitry supports system

DS1685

Abstract: DS1287 DS1685-3 DS1685-5 DS1685E DS1685Q DS1685S DS1687
Contextual Info: DS1685/DS1687 3V/5V Real-Time Clocks www.maxim-ic.com FEATURES Incorporates Industry-Standard DS1287 PC Clock plus Enhanced Features Such as: Y2K Compliant +3V or +5V Operation 64-Bit Silicon Serial Number Power-Control Circuitry Supports System Power-On from Date/Time Alarm or Key

BIOS 32 Pin PLCC

Abstract: circuit diagram of plcc modem DS1285 DS1287 DS1385 DS1685 DS1685E DS1685Q DS1685S DS1687
Contextual Info: DS1685/DS1687 PRELIMINARY DS1685/DS1687 3 Volt/5 Volt Real Time Clock FEATURES PIN ASSIGNMENT Incorporates industry standard DS1287 PC clock plus enhanced features: PWR 1 24 VCC X1 2 23 SQW X2 3 22 VBAUX AD0 4 21 RCLR • 64–bit silicon serial number AD1

E32K

Abstract: DS1287 DS1685 DS1685-3 DS1685-5 DS1685E DS1685Q DS1685S DS1687 tssop-18
Contextual Info: 19-5215; Rev 4/10 DS1685/DS1687 3V/5V Real-Time Clocks www.maxim-ic.com FEATURES Incorporates Industry-Standard DS1287 PC Clock plus Enhanced Features Such as: Y2K Compliant • +3V or +5V Operation • 64-Bit Silicon Serial Number  Power-Control Circuitry Supports System

U24-1

Abstract: ultrasonic tssop-24 strobe w24
Contextual Info: DS1685/DS1687 3V/5V Real-Time Clocks www.maxim-ic.com FEATURES Incorporates Industry-Standard DS1287 PC Clock plus Enhanced Features Such as: Y2K Compliant +3V or +5V Operation 64-Bit Silicon Serial Number Power-Control Circuitry Supports System Power-On from Date/Time Alarm or Key

Contextual Info: APPLICATION NOTE 77 m a i • mo UALLA9 s e m ic o n d u c to r Application Note 77 DS1585/87, DS1685/87 and DS17X85/87 Acœssing Extended User RAM via Software GENERAL OVERVIEW extended user RAM. The steps involved to read from and write to the extended RAM are listed below:

DS1685

Abstract: DS1687 DS17285 DS17287 DS17485 DS17487 DS17885 DS17887
Contextual Info: Maxim > App Notes > REAL-TIME CLOCKS Keywords: DS1685, DS1687, DS17285, DS17287, DS17485, DS17487, DS17885, DS17887, extended ram, user ram, RAM May 31, 2001 APPLICATION NOTE 77 DS1685/87 and DS17X85/87 Accessing Extended User RAM Abstract: This application note describes how to use the extended RAM that is available in some multiplexedbus real-time clocks RTCs .

DS1285

Abstract: DS1287 DS1385 DS1685 DS1685E DS1685Q DS1685S DS1687
Contextual Info: DS1685/DS1687 DS1685/DS1687 3 Volt/5 Volt Real Time Clock FEATURES PIN ASSIGNMENT Incorporates industry standard DS1287 PC clock plus enhanced features: • Y2K Compliant • +3 or +5 volt operation • 64–bit silicon serial number • Power control circuitry supports system power on

BIOS 32 Pin PLCC

Abstract: DS1285 DS1287 DS1685 DS1685E DS1685Q DS1685S DS1687 E32K
Contextual Info: DS1685/DS1687 3-Volt/5-Volt Real-Time Clock www.maxim-ic.com FEATURES PIN ASSIGNMENT X2 X1 PWR NC VCC SQW VBAUX Incorporates industry standard DS1287 PC clock plus enhanced features: § Y2K-compliant § +3 or +5V operation § 64-bit silicon serial number § Power control circuitry supports system power-on

Countdown

Contextual Info: www.dalsemi.com Application Note 90 Using the Multiplex Bus RTC Extended Features DESCRIPTION This application note discusses the extended features for the following Real Time Clocks RTCs : DS1685/87, DS1688/91, DS1689/93, DS17285/87, DS17485/87 and DS17885/87. Also included is an

DS1287

Abstract: DS1685 DS1685-3 DS1685-5 DS1685E DS1685Q DS1685S DS1687
Contextual Info: DS1685/DS1687 3V/5V Real-Time Clocks www.maxim-ic.com FEATURES Incorporates Industry-Standard DS1287 PC Clock plus Enhanced Features Such as: § Y2K Compliant § +3V or +5V Operation § 64-Bit Silicon Serial Number § Power-Control Circuitry Supports System PowerOn from Date/Time Alarm or Key Closure

DS1285

Abstract: DS1287 DS1385 DS1685 DS1685E DS1685Q DS1685S DS1687
Contextual Info: DS1685/DS1687 DS1685/DS1687 3 Volt/5 Volt Real Time Clock FEATURES PIN ASSIGNMENT Incorporates industry standard DS1287 PC clock plus enhanced features: • Y2K Compliant • +3 or +5 volt operation • 64–bit silicon serial number • Power control circuitry supports system power on