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The Si510DAB-CBAG is a programmable clock oscillator manufactured by Skyworks Solutions Inc., designed for high-frequency timing applications. It operates within a frequency range of 170 MHz to 250 MHz, providing precise signal generation for complex digital systems. The device utilizes HCSL output format and supports a supply voltage of 3.3 V with a frequency stability of 50 PPM. Packaged in a compact 6-SMD, no-lead form factor, it integrates programmability features to allow customization of output frequencies, making it suitable for demanding electronic designs requiring reliable clock signals.
Verify the specific frequency configuration and pinout compatibility before integration, as programmable oscillators require proper initialization. Confirm that the 3.3 V supply voltage aligns with your system design. Ensure the HCSL output level matches the receiving component's input specifications. Check for any required external components or programming tools specified in the official datasheet to ensure correct operation.
Select this model when a fixed-frequency crystal oscillator cannot meet variable timing needs within the 170-250 MHz band. The HCSL output is preferred for noise-sensitive high-speed links. Consider the 50 PPM stability sufficient for standard synchronous protocols. Evaluate the 6-SMD package size against board space constraints compared to larger industrial-grade alternatives.
This component belongs to the Si510 series of programmable oscillators from Skyworks Solutions. The series is engineered to replace multiple fixed-frequency crystals and oscillators with a single flexible solution. The Si510 family offers various output formats and stability options, allowing designers to optimize performance and reduce bill-of-materials complexity in modern electronic devices.
Direct substitutes may include other Skyworks Si510 variants with different frequency ranges or output formats. Cross-reference part numbers such as those ending in different suffixes for package or stability changes. Verify electrical compatibility carefully, as programmable devices often have specific initialization sequences that differ between models.