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The SG-9101CA-C02PGCCC is a programmable spread spectrum crystal oscillator manufactured by Seiko Epson. It features a CMOS output type and operates within a supply voltage range of 1.62V to 3.63V. The device supports a frequency range from 670 kHz to 20 MHz and includes an enable/disable function for power management. It is housed in a 4-SMD, no-lead package with dimensions of 2.50mm x 2.00mm x 0.80mm. The component functions as a standard XO and is designed for surface mount installation.
This component is classified as a make-to-order item rather than a standard stock product. Verification of the specific frequency configuration required for the application is essential prior to ordering, as the device is programmed according to customer specifications. Ensure that the requested frequency falls within the supported 670 kHz to 20 MHz range during the procurement process to avoid compatibility issues.
Select this model when a compact, programmable clock source with spread spectrum functionality is required. The choice is appropriate for designs operating between 1.62V and 3.63V that need flexible frequency customization. Consider the 4-SMD package size for PCB layout constraints. Verify that the target system can accommodate the enable/disable control signal if power optimization is a design priority.
The SG-9101CA-C02PGCCC belongs to the SG-9101 series of programmable spread spectrum crystal oscillators. This series is characterized by its ability to provide customizable clock frequencies while offering reduced electromagnetic noise through spread spectrum techniques. The CA variant typically denotes specific packaging or pinout configurations within the broader family, tailored for surface-mount applications in modern electronics.
Direct replacements must match the 4-SMD footprint and 1.62V-3.63V supply range. Verify that any substitute supports the same 670 kHz to 20 MHz programmable range and CMOS output characteristics. Ensure the alternative component also offers spread spectrum modulation if EMI reduction is critical to the system design.