VideoLibrary

BLE power savings part 1

Get an overview of wearable architectures, the power savings model for a BLE device, and how a new generation of ultra-small, high-accuracy µPower MEMS oscillators can extend the battery life of wearables.

3/13/2018 8:04:20 PM

Part List

ImageManufacturer Part NumberDescriptionAvailable QuantityPriceView Details
MEMS OSC TCXO 32.7680KHZ LVCMOSSIT1552AC-JE-DCC-32.768DMEMS OSC TCXO 32.7680KHZ LVCMOS22103 - Immediate$16.05View Details
MEMS OSC TCXO 32.7680KHZ LVCMOSSIT1552AI-JF-DCC-32.768DMEMS OSC TCXO 32.7680KHZ LVCMOS20396 - Immediate$15.96View Details
MEMS OSC TCXO 32.7680KHZ LVCMOSSIT1552AI-JE-DCC-32.768EMEMS OSC TCXO 32.7680KHZ LVCMOS25802 - Immediate$17.62View Details
MEMS OSC TCXO 32.7680KHZ LVCMOSSIT1552AC-JE-DCC-32.768EMEMS OSC TCXO 32.7680KHZ LVCMOS34323 - Immediate$20.58View Details
MEMS OSC TCXO 32.7680KHZ LVCMOSSIT1552AI-JF-DCC-32.768EMEMS OSC TCXO 32.7680KHZ LVCMOS47 - Immediate$21.22View Details
MEMS OSC TCXO 32.7680KHZ LVCMOSSIT1566AI-JE-18E-32.768EMEMS OSC TCXO 32.7680KHZ LVCMOS10556 - Immediate$30.26View Details
MEMS OSC TCXO 32.7680KHZ LVCMOSSIT1568AI-JE-DCC-32.768EMEMS OSC TCXO 32.7680KHZ LVCMOS1830 - Immediate$39.58View Details
MEMS OSC TCXO 32.7680KHZ LVCMOSSIT1552AC-JE-DCC-32.768GMEMS OSC TCXO 32.7680KHZ LVCMOS0 - Immediate$14.11View Details
MEMS OSC TCXO 32.7680KHZ LVCMOSSIT1552AI-J1-DCC-32.768DMEMS OSC TCXO 32.7680KHZ LVCMOS0 - Immediate$7.62View Details
MEMS OSC TCXO 32.7680KHZ LVCMOSSIT1552AI-J1-DCC-32.768EMEMS OSC TCXO 32.7680KHZ LVCMOS0 - Immediate$13.10View Details
MEMS OSC TCXO 32.7680KHZ NANODRVSIT1552AI-JE-D14-32.768EMEMS OSC TCXO 32.7680KHZ NANODRV0 - Immediate$15.46View Details
MEMS OSC TCXO 32.7680KHZ LVCMOSSIT1552AI-JE-DCC-32.768DMEMS OSC TCXO 32.7680KHZ LVCMOS0 - Immediate$9.32View Details
MEMS OSC TCXO 32.7680KHZ LVCMOSSIT1552AI-JE-DCC-32.768GMEMS OSC TCXO 32.7680KHZ LVCMOS0 - Immediate$15.46View Details
MEMS OSC TCXO 32.7680KHZ LVCMOSSIT1552AI-JE-DCC-32.768SMEMS OSC TCXO 32.7680KHZ LVCMOS0 - Immediate$9.26View Details
MEMS OSC TCXO 32.7680KHZ LVCMOSSIT1566AI-JE-DCC-32.768MEMS OSC TCXO 32.7680KHZ LVCMOS0 - Immediate$48.72View Details
EVAL BOARD FOR SIT1552SIT6098EBB_1552AI-JE-DCC-32.768EVAL BOARD FOR SIT15522 - Immediate$1,154.29View Details

Related Videos

SiTime Programmable Oscillators
SiTime Programmable Oscillators

Publish Date: 2020-07-23

Top Reasons to Replace Crystals with MEMS Oscillators
Top Reasons to Replace Crystals with MEMS Oscillators

Publish Date: 2019-06-04

Footprint and BOM reduction
Footprint and BOM reduction

Publish Date: 2018-03-13

Related Product Highlight

MEMS kHz Oscillators SiTime's kHz oscillators utilize silicon MEMS technology to achieve an ultra-small footprint ideal for mobile and other battery-operated applications.
SiT1568 Super-TCXO with Auto-Calibration SiTime presents unique MEM’s TCXOs with full in-circuit post-assembly auto calibration for wearable, IoT, mobile and consumer applications.
SiT1566 Super-TCXOs SiTime presents the SiT1566 super-TCXOs are ultra-small, micropower 32.768 kHz TCXOs optimized for battery-powered applications for wearable, IoT, mobile and consumer applications.

Related Articles and Blogs

Custom Programming SiTime MEMS Oscillators at DigiKey MEMS oscillators are inherently superior to traditional quartz crystal resonators and now DigiKey has the ability to custom program SiTime devices.
Enhance Battery Life in Wearables Through Efficient Timekeeping During Idle States Extend battery life in wearables and other mobile devices using a real-time clock (RTC) designed for minimal current and accurate timekeeping.
Three Indications that May Cause You to Consider a New Timing Supplier MEMS timing devices may be better than quartz solutions. This blog outlines how SiTime’s MEMS oscillators can solve your timing problems.

Related Product Training Modules

8 Reasons to Replace Crystals with MEMS Oscillators This presentation will teach designers how to leverage the benefits of MEMS oscillators and overcome the limitations of crystals.
NanoDrive Wearable and other applications requiring low power can benefit tremendously from reducing the voltage swing between VOH and VOL.
MEMS Ruggedness over Quartz This tutorial will compare the performance, stability, and robustness of MEMS oscillators versus quartz oscillators.