Yes, modern programmable oscillators use mature silicon or MEMS technology that meets or exceeds the reliability of traditional quartz crystals.
Programmable Oscillators Component Intelligence
Flexible timing solutions for rapid prototyping and custom frequency requirements.
What are Programmable Oscillators components?
Programmable oscillators allow designers to configure output frequencies, supply voltages, and output formats via internal OTP or flash memory. They are ideal for reducing lead times in prototyping and simplifying BOMs by replacing multiple fixed-frequency oscillators.
How to Choose Programmable Oscillators Components
Select based on your system's specific timing budget and environmental constraints.
Frequency Stability
Evaluate stability over temperature (ppm) to ensure it meets your protocol's clock tolerance requirements.
Output Format
Match the output type (LVCMOS, LVPECL, LVDS, HCSL) to your downstream IC's input requirements.
Jitter Performance
For high-speed serial links, prioritize low phase jitter and phase noise specifications.
Supply Voltage
Confirm the device supports your rail voltage (e.g., 1.8V, 2.5V, 3.3V) to avoid level shifting.
Programming Interface
Determine if you need field-programmable devices or factory-preprogrammed parts for production.
Popular Programmable Oscillators Components
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