Sitime Corporation · NASDAQ:SITM
Sitime — Technical Presentation (January 2013)
22 slides from Sitime's technical presentation, Jan 25, 2013
Slide 1: MEMS Oscillators in Hi-Rel and Industrial Applications
SiTime University Turbo Seminar Series MEMS Oscillators in Hi-Rel and Industrial Applications January 28-29, 2013
Slide 2: Agenda
Agenda • Why Silicon MEMS for High Temp, High Reliability Applications? • Overview of High Temp MEMS Oscillators • Silicon MEMS Advantages and Benefits • Served Markets 2
Slide 3: MEMS Timing Technology is Inherently More Robust and Reliable than Quartz
MEMS Timing Technology is Inherently More Robust and Reliable than Quartz MEMS Resonator Analog CMOS Die • Extremely shock & vibration resistant • Best temp sensor expertise due to small mass • Best temp compensation • Hermetically sealed, no contamination • Best mix-signal design practice • No Fati
Slide 4: MEMS Oscillators are Ideal for High Temp, High-Rel Applications
MEMS Oscillators are Ideal for High Temp, High-Rel Applications 2x better in Widest temp stability than range options quartz 35x more 30x better in Reliable than robustness than quartz quartz Download Silicon MEMS Reliablity and Resilience Turbo Webinar at http://www.sitime.com/support/sitime-u/turb
Slide 5: High-Temp Devices Expand Industry's Broadest MEMS Timing Portfolio
High-Temp Devices Expand Industry’ s Broadest MEMS Timing Portfolio 5
Slide 6: High Temp (125 °C) MEMS Oscillators
High Temp (125 °C) MEMS Oscillators Highest Frequency SiT8918 SiT8921 115 to 137 MHz 115 To 137 MHz -40 to 125 °C -55 to 125 °C SiT8918 SiT8920 1 to 110 MHz 1 –110 MHz -40 to 125 °C -55 to 125 °C SiT1618 Std Frequency Contact SiTime -40 to 125 °C Programmable Std Freq -40 to +125 °C -55 to +125 °C T
Slide 7: Unique Features and Value Propositions
Unique Features and Value Propositions • Extensive and flexible features: high frequency, low voltage and ultra small packages • Excellent stability as low as ±25 PPM from -55 to 125 °C • Rise/fall time control for EMI reduction or driving multiple loads • Industry-best low G-sensitivity of 0.1 PPB/
Slide 8: Highly Flexible Feature Set Enables Best System Solutions
Highly Flexible Feature Set Enables Best System Solutions Frequency 1MHz 6 Decimals of Accuracy 110 MHz Stability ±25 PPM ±50 PPM Temperature Military Automotive Extended Industrial SoftEdgeTM 1 ns 2 ns 4 ns 6ns Rise/Fall Time Voltage 1.8V 2.5V 2.8V 3.0V 3.3V Package 2.0 x 1.6 2.5 x 2.0 3.2 x 2.5 5.
Slide 9: Industry Best Stability - ±5 PPM at Automotive Temp Demonstrated
Industry Best Stability- ±5 PPM at Automotive Temp Demonstrated 105C 125C 9
Slide 10: SoftEdge Rise/Fall Time Control to Reduce EMI
SoftEdgeTM Rise/Fall Time Control to Reduce EMI Up to 24 dBmEMI Reduction Standard Rise/fall time w SoftEdgeTM SoftEdge Rise/fall time • Multiple rise/fall time options are available on any given device • Appnote: http://www.sitime.com/support2/documents/AN10022-rise-and- fall-time-rev1.1.pdf 10
Slide 11: Silicon MEMS Delivers Most Robust and Reliable High-Temp Oscillators
Silicon MEMS Delivers Most Robust and Reliable High-Temp Oscillators SiTime Quartz XO MEMS XO Core technology All-Silicon MEMS Pullable Crystals Any combination of voltage, Limited options for 1.8V, small Product coverage frequency, package package, stability ±25 PPM ±40 PPM Frequency stability over
Slide 12: SiTime Delivers 0.1ppb/g Performance in a Plastic Package
SiTime Delivers 0.1ppb/g Performance in a Plastic Package • Putting 0.1ppb/g sensitivity in perspective • Quartz requires very specialized packaging to achieve low G-sensitivity performance. • All SiTime parts are highly resistant to shock and vibration in a standard plastic package— no special pack
Slide 13: SiTime is Up to 35X Better Reliability Than Quartz
SiTime is Up to 35X Better Reliability Than Quartz Mean Time Between Failure (Million Hours) SiTime 500 IDT SiTime 38 (Fox) Up to 35X Better Epson 28 TXC 16 Pericom 14 0 200 400 600 13
Slide 14: SiTime Bolsters 2x Better Stability that Improve System Margin
SiTime Bolsters 2x Better Stability that Improve System Margin Frequency Stability Over-temperature Top 3 High-Temp XO Supplier vs. SiTime -55 to 125 °C Quartz A Quartz B -40 to 125 °C SiTime Quartz C Temp Quartz Company B -40 to 110 °C Quartz Company B -40 to 105 °C Quartz Company C ±25 PPM ±50 PPM
Slide 15: SiTime Offers Superior Frequency Coverage to Meet any Application Needs
SiTime Offers Superior Frequency Coverage to Meet any Application Needs Frequency Coverage Top 3 High-Temp XO Supplier vs. SiTime Quartz A -55 to 125 °C Temp SiTime Quartz A -40 to 125 °C Quartz B -40 to 105 °C Quartz C 1 MHz 100 MHz 137 MHz Frequency SiT8920 Feature Highlights Any frequency from 1
Slide 16: SiTime Features Ultra Small Package for Miniaturization of High Temp Systems
SiTime Features Ultra Small Package for Miniaturization of High Temp Systems Package vs. Operating Temperature Top 3 High-Temp XO Supplier vs. SiTime 7050 Quartz Company A 5032 SiTime Packages 3225 Quartz Company B Quartz Company B 2520 Quartz Company C 2016 Quartz Company B -40 to 105 °C -40 to 110
Slide 17: SiTime Enables More Flexible and Robust Options for the High-Rel Applications
SiTime Enables More Flexible and Robust Options for the High-Rel Applications Set-top Boxes Motor Servo Control Base-stations Industrial Control Collision Avoidance 17
Slide 18: Summary of Unique Features and Benefits
Summary of Unique Features and Benefits Features Benefits Best-in-class Stability •Improve system stability in harsh and/or ±25 PPM from -55 to 125 °C outdoor environments Industry-best low G-sensitivity •Vibration resistance systems 0.1 PPB/G in 2.0x1.6 mm package •Carrier drop-test compliance 35x
Slide 19: SiT1618 Standard Frequency, Automotive Temp MEMS XO
SiT1618 Standard Frequency, Automotive Temp MEMS XO Frequency Frequency Supply Packages Temp. Range Active Startup Output Signaling Range Stability Voltage Current Time Load Type (typical) 7.3728 - 75MHz ± 25PPM 1.8 V 2016 --40 to +125 °C 3.6 mA 5 ms 15pF LVCMOS ± 50PPM 2.5 –3.3V 2520 -40 to +105 °C
Slide 20: SiT8918 Programmable, Automotive Temp MEMS XO
SiT8918 Programmable, Automotive Temp MEMS XO Frequency Frequency Supply Packages Temp. Range Active Startup Output Signaling Range Stability Voltage Current Time Load Type (typical) 1 - 110 MHz ± 20 PPM 1.8 V 2016 -40 to +125 °C 3.6 mA 5 ms 15pF LVCMOS ± 25 PPM 2.5 –3.3V 2520 -40 to +105 °C (no loa
Slide 21: SiT8918 Military Temp MEMS XO
SiT8918 Military Temp MEMS XO Frequency Frequency Supply Packages Temp. Range Active Startup Output Signaling Range Stability Voltage Current Time Load Type (typical) 1 - 110 MHz ± 20 PPM 1.8 V 2016 -55 to +125 °C 3.6 mA 5 ms 15pF LVCMOS ± 25 PPM 2.5 –3.3V 2520 (no load) ± 50 PPM 3225 5032 7050 • An
Slide 22: Contact Information
Contact Information • For Questions, contact SiTime Technical Support Technicalsupport@sitime.com • For Turbo Webinar pdf Downloads on SiTime’s Web Site www.sitime.com/support/sitime-u/turbo-webinars •All new webinars will be posted within 1-week •For a list of part numbers used for each test, conta