NXP Real Time Clock Portfolio

Low Power Real-Time Clocks

NXP Semiconductors

This tutorial will cover Real-Time Clock (RTC)  basics and the low power product offerings from NXP Semiconductors.

Related Parts

ImageRéférence fabricantDescriptionTaille mémoireQuantité disponiblePrix
IC RTC CLK/CALENDAR SPI 14TSSOPPCF2123TS/1,118IC RTC CLK/CALENDAR SPI 14TSSOP-0 - ImmédiatementSee Page for PricingAfficher les détails
IC RTC CLOCK/CALENDAR I2C 8SOPCF8563T/5,518IC RTC CLOCK/CALENDAR I2C 8SO-7167 - Immédiatement$0.86Afficher les détails
IC RTC CLK/CALENDAR I2C 8TSSOPPCF8563TS/5,118IC RTC CLK/CALENDAR I2C 8TSSOP-3982 - Immédiatement$1.17Afficher les détails
IC RTC CLK/CALENDAR I2C 8HVSONPCF8523TK/1,118IC RTC CLK/CALENDAR I2C 8HVSON-2970 - ImmédiatementSee Page for PricingAfficher les détails
IC RTC CLK/CALENDAR I2C 10HVSONPCF8563BS/4,118IC RTC CLK/CALENDAR I2C 10HVSON-1000 - Immédiatement$0.98Afficher les détails
IC RTC CLOCK/CALENDAR I2C 8SOPCF8563T/F4,118IC RTC CLOCK/CALENDAR I2C 8SO-2474 - Immédiatement$1.15Afficher les détails
IC RTC CLK/CALENDAR I2C 8TSSOPPCF8563TS/4,118IC RTC CLK/CALENDAR I2C 8TSSOP-811 - Immédiatement$1.34Afficher les détails
IC RTC CLOCK/CALENDAR I2C 8SOPCF8593T/1,118IC RTC CLOCK/CALENDAR I2C 8SO8B0 - ImmédiatementSee Page for PricingAfficher les détails
IC RTC CLK/CALENDAR SPI 16HVQFNPCF2123BS/1,512IC RTC CLK/CALENDAR SPI 16HVQFN-0 - ImmédiatementSee Page for PricingAfficher les détails
IC RTC CLOCK/CALENDAR I2C 8SOPCF8583T/5,518IC RTC CLOCK/CALENDAR I2C 8SO240octetes0 - Immédiatement$2.88Afficher les détails
IC RTC CLOCK/CALENDAR I2C 20SOPCF2127AT/2YIC RTC CLOCK/CALENDAR I2C 20SO512octets0 - ImmédiatementSee Page for PricingAfficher les détails
IC RTC CLOCK/CALENDAR I2C 8DIPPCF8583P/F5,112IC RTC CLOCK/CALENDAR I2C 8DIP240octetes0 - ImmédiatementSee Page for PricingAfficher les détails
IC RTC CLK/CALENDAR I2C 8TSSOPPCA8565TS/1,118IC RTC CLK/CALENDAR I2C 8TSSOP-1658 - Immédiatement$1.68Afficher les détails
IC RTC CLK/CALENDAR I2C 14TSSOPPCF8523TS/1,118IC RTC CLK/CALENDAR I2C 14TSSOP-276 - Immédiatement$1.27Afficher les détails
IC RTC CLK/CALENDAR I2C 14TSSOPPCF8523TS/1,112IC RTC CLK/CALENDAR I2C 14TSSOP-0 - ImmédiatementSee Page for PricingAfficher les détails
IC RTC CLK/CALENDAR SPI 14TSSOPPCA21125T/Q900/1,1IC RTC CLK/CALENDAR SPI 14TSSOP-33 - Immédiatement$1.82Afficher les détails
IC RTC CLOCK/CALENDAR I2C 8SOPCF8523T/1,118IC RTC CLOCK/CALENDAR I2C 8SO-0 - ImmédiatementSee Page for PricingAfficher les détails
PTM Published on: 2011-11-01

Related Product Highlight

Carte auxiliaire MIKROE-947 RTC Click La carte MIKROE-947 RTC click de MikroElektronika est une carte auxiliaire en facteur de forme mikroBus™.
Horloges temps réel Commandez les horloges temps réel ultrafaible consommation de NXP en ligne sur le site de DigiKey. Spécialement conçues pour les applications soumises à des contraintes énergétiques.

Related Articles and Blogs

Low-Power MCUs for Energy-Harvesting Applications Overview of design requirements and considerations for energy-harvesting applications as well as component solutions from Silicon Labs, Microchip, and Cymbet.
Low-Power Devices Ensure Accuracy in Ambient Energy Applications A look at the implementation of accurate RTC functionality with little burden to tight power budgets including products from Cymbet, EPSON, NXP, and STMicro.
Enabling Timekeeping Function and Prolonging Battery Life in Low Power Systems The ability to electronically keep track of time has made it possible for electronic equipment to implement functions such as maintaining calendar time, waking up a system periodically to initiate certain actions, and time-stamping measured data.

Related Product Training Modules

Accurate Real Time Clock Series NXP accurate RTCs eliminate potential sourcing, layout, and manufacturing issues while improving time-keeping accuracy and reducing total number of components
Real Time Clocks NXP’s low power real time clocks (RTC) provide the low power consumption that enables long battery life with regard to real time clock functionality.
I²C Bus Fundamentals Using the I²C Bus are versatile and have require fewer pins on PCB layout and have a wide adoption and multi-master capabilities.