SiTime Corporation Ultra-Low Jitter, 4-Output, AEC-Q100 MEMS Clock Generator SiT91283

Description
The Chorus™ Automotive SiT91283 is an ultra-low jitter, automotive grade clock generator engineered for applications where reliability and environmental robustness are critical. It comes with a single clock domain, 4 configurable differential or 8 single-ended low skew outputs, and FailSafe™ technology that includes clock safety monitors and programmable alarms. The SiT91283 integrates SiTime’s MEMS resonator, eliminating the need for an external oscillator or resonator. This integrated MEMS improves system reliability by eliminating traditional clock generators’ dependence on quartz and its associated issues like high failure rates and matching requirements. The device is configurable in output frequency, output driver type (differential and LVCMOS) and individual output enables through the serial interface. Internal monitoring features help improve system Functional Safety metrics by using the general purpose I/O (GPIO) pins and device registers to report fault conditions to a safety manager MCU. The SiT91283 meets the jitter requirements of PCIe Generation 1-6. User-defined, pre-programmed and user-programmable non-volatile memory (NVM) enables a high degree of flexibility. Configurable GPIO pins support state changes such as individual output enable selection.
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Description
The Chorus™ Automotive SiT91283 is an ultra-low jitter, automotive grade clock generator engineered for applications where reliability and environmental robustness are critical. It comes with a single clock domain, 4 configurable differential or 8 single-ended low skew outputs, and FailSafe™ technology that includes clock safety monitors and programmable alarms. The SiT91283 integrates SiTime’s MEMS resonator, eliminating the need for an external oscillator or resonator. This integrated MEMS improves system reliability by eliminating traditional clock generators’ dependence on quartz and its associated issues like high failure rates and matching requirements. The device is configurable in output frequency, output driver type (differential and LVCMOS) and individual output enables through the serial interface. Internal monitoring features help improve system Functional Safety metrics by using the general purpose I/O (GPIO) pins and device registers to report fault conditions to a safety manager MCU. The SiT91283 meets the jitter requirements of PCIe Generation 1-6. User-defined, pre-programmed and user-programmable non-volatile memory (NVM) enables a high degree of flexibility. Configurable GPIO pins support state changes such as individual output enable selection.
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Ultra-Low Jitter, 4-Output, AEC-Q100 MEMS Clock Generator - SiT91283 - SiTime Corporation
Santa Clara, CA, United States
Ultra-Low Jitter, 4-Output, AEC-Q100 MEMS Clock Generator
SiT91283
Ultra-Low Jitter, 4-Output, AEC-Q100 MEMS Clock Generator SiT91283
The Chorus™ Automotive SiT91283 is an ultra-low jitter, automotive grade clock generator engineered for applications where reliability and environmental robustness are critical. It comes with a single clock domain, 4 configurable differential or 8 single-ended low skew outputs, and FailSafe™ technology that includes clock safety monitors and programmable alarms. The SiT91283 integrates SiTime’s MEMS resonator, eliminating the need for an external oscillator or resonator. This integrated MEMS improves system reliability by eliminating traditional clock generators’ dependence on quartz and its associated issues like high failure rates and matching requirements. The device is configurable in output frequency, output driver type (differential and LVCMOS) and individual output enables through the serial interface. Internal monitoring features help improve system Functional Safety metrics by using the general purpose I/O (GPIO) pins and device registers to report fault conditions to a safety manager MCU. The SiT91283 meets the jitter requirements of PCIe Generation 1-6. User-defined, pre-programmed and user-programmable non-volatile memory (NVM) enables a high degree of flexibility. Configurable GPIO pins support state changes such as individual output enable selection.

The Chorus™ Automotive SiT91283 is an ultra-low jitter, automotive grade clock generator engineered for applications where reliability and environmental robustness are critical. It comes with a single clock domain, 4 configurable differential or 8 single-ended low skew outputs, and FailSafe™ technology that includes clock safety monitors and programmable alarms.

The SiT91283 integrates SiTime’s MEMS resonator, eliminating the need for an external oscillator or resonator. This integrated MEMS improves system reliability by eliminating traditional clock generators’ dependence on quartz and its associated issues like high failure rates and matching requirements.

The device is configurable in output frequency, output driver type (differential and LVCMOS) and individual output enables through the serial interface. Internal monitoring features help improve system Functional Safety metrics by using the general purpose I/O (GPIO) pins and device registers to report fault conditions to a safety manager MCU.

The SiT91283 meets the jitter requirements of PCIe Generation 1-6.

User-defined, pre-programmed and user-programmable non-volatile memory (NVM) enables a high degree of flexibility. Configurable GPIO pins support state changes such as individual output enable selection.

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Technical Specifications

  SiTime Corporation
Product Category IC Clocks
Product Number SiT91283
Product Name Ultra-Low Jitter, 4-Output, AEC-Q100 MEMS Clock Generator
Device Type Clock Generator
Bus Interface CMOS; LVPECL; LVDS; LVDS, LPHCSL, LVPECL, HCSL, LVCMOS
Package Type 4x4 mm, 24-pin QFN
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