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CPPT7-HT0PT is listed in the Programmable Oscillators range at ChipApex. The manufacturer field lists Cardinal Components Inc.. Its product description is OSC PROG TTL 5V 50PPM EN/DS. Review the specifications below when checking this part for your BOM.
The CPPT7-HT0PT is a field-programmable crystal oscillator manufactured by Cardinal Components Inc. It operates at 5V with a frequency range of 1 MHz to 133 MHz. The device features TTL output and supports tri-state functionality for enable/disable control. It utilizes a 4-SMD, no-lead ceramic package measuring 5mm x 7mm. Frequency stability is rated at ±50 ppm across the operating temperature range of 0°C to +70°C. The component is RoHS compliant and designed for surface mount applications.
Verify the specific frequency requirement against the manufacturer's programming capabilities before ordering. Confirm that the procurement channel provides access to the necessary PG-3000 or PG-3100 programming tools if field programming is required. Ensure the supply source guarantees genuine Cardinal Components Inc. products to maintain specified electrical characteristics and reliability standards.
Select this model when a fixed-frequency oscillator is insufficient for design flexibility. The CPPT7-HT0PT is suitable for designs requiring TTL outputs and 5V operation. Consider the ±50 ppm stability rating against system timing requirements. Evaluate the 4-SMD package dimensions for PCB layout constraints compared to alternative package styles in the CPP series.
This component belongs to the CPP series of programmable oscillators from Cardinal Components Inc. The series offers various voltage options and package styles including CMOS and TTL outputs. The CPPT7 variant specifically denotes a 5V TTL output in a 5x7 ceramic SMD package. This family allows for post-manufacturing frequency customization.
The CPPT7-HT5PP serves as a related variant within the same series but differs in tri-state availability. Verify pinout compatibility and electrical specifications when substituting. No direct cross-model substitutes are confirmed in public documentation.
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