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The AWSCR-3.68CPLB-C15-T4 is a surface-mount ceramic resonator from the Abracon AWSCR-CPLB series, operating at a nominal frequency of 3.68 MHz. It features an integrated load capacitance of 15 pF and a maximum impedance of 30 Ohms. The component offers a frequency tolerance of ±0.5% and a frequency stability of ±0.4%. Designed for robust performance in demanding environments, it operates within a temperature range of -40°C to +125°C. The device utilizes a 3-SMD non-standard package with dimensions of 6.00mm length, 3.00mm width, and 1.80mm height.
Verify the specific suffix 'CPLB' against project requirements, as it denotes the 125°C temperature rating and 30 Ohm impedance profile, which differs from the standard 'CPLA' variant rated for 85°C. Confirm that the 15 pF internal capacitance aligns with the target oscillator circuit's external loading requirements. Ensure the 3-SMD footprint matches the PCB layout specifications before finalizing procurement orders.
Select this model when an extended high-temperature operating range up to 125°C is required, distinguishing it from the lower-rated CPLA series. The 30 Ohm impedance specification is critical for ensuring proper oscillation startup in the target application circuit. Verify compatibility with the specific microcontroller or logic family driving the resonator pins to guarantee signal integrity and reliable frequency locking.
This component belongs to the Abracon AWSCR-CPLB series of ceramic resonators, designed for surface-mount assembly. It serves as a cost-effective alternative to quartz crystals in applications where moderate frequency accuracy is sufficient. The series is characterized by its compact 3-pin SMD form factor and integrated capacitor technology, facilitating automated placement and reduced board space consumption.
AWSCR-3.68CPLA-C15-T4: Pin-compatible but limited to 85°C operating temperature.
The AWSCR-3.68CPLB-C15-T4 supports an extended operating temperature range up to +125°C.
No, the device includes built-in capacitors of 15 pF, eliminating the need for external loading components.