MCP79510T-I/MS

Valmistaja:	Microchip
Tuotekategoria:	Real Time Clock
RTC Bus Interface:	Serial, I2C, SPI
Date Format:	YY-MM-DD-dd
Time Format:	HH:MM:SS:hh (12 hr, 24 hr)
RTC Memory Size:	64 B
Battery Backup Switching:	Backup Switching
Syöttöjännite - Min:	1.8 V
Syöttöjännite - Max:	3.6 V
Pienin käyttölämpötila:	- 40 C
Suurin käyttölämpötila:	+ 85 C
Asennustapa:	SMD/SMT
Pakkaus:	Kela
Pakkaus:	Leikkaa nauha
Pakkaus:	MouseReel
Tuotemerkki:	Microchip Technology
Kosteudelle herkkä:	Kyllä
Tuotetyyppi:	Real Time Clocks
Tehdaspakkauksen määrä:	2500
Alaluokka:	Clock & Timer ICs
Yksikön paino:	0.000818 oz

Lisätietoja

Clock and Timing Solutions

Microchip Technology Clock and Timing Solutions are an extensive clock and timing product portfolio for complex timing requirements in designs. Microchip’s oscillator products offer low-jitter and low-power with Quartz- or MEMS-based resonators. The clock generation line offers online configurability, single-chip, and multiple frequency clock tree solutions. The clock and data distribution product line includes buffers, logic translators, and multiplexers.

Infotainment Applications

Microchip Technology Infotainment Applications include everything from re-routing due to traffic delays, to providing intuitive visual, auditory, and tactile interfaces. This includes interfaces to the vehicle’s distributed and networked subsystems like air conditioning, drivetrain, and body controls. Browse and access a host of media and content or catch up on social media through the onboard connectivity options.

MCP795xx / MCP795Wxx RTCCs

Microchip Technology MCP795xx / MCP795Wxx Real-Time Clock Calendar ICs (RTCCs) are 10-pin devices that provide accurate timekeeping over a wide temperature range, power-failure monitoring, and on-chip nonvolatile memory. These small-package devices offer many of the same features as the larger 14-pin MCP795Wxx family.

Real-Time Clocks

Microchip Real-Time Clocks are offered from basic low-cost devices to various mid-range devices. These highly integrated devices have a usable amount of non-volatile memory and a combination of features that are very effective when operating within a single battery-backed clock device. With I2C and SPI RTCCs, various applications can be supported with fewer features and lower performance.

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