CPPC1-LT0PP

Programmable Oscillators Overview

The CPPC1-LT0PP is a programmable CMOS clock oscillator from Cardinal Components Inc., housed in a 14-DIP package. It operates at a nominal voltage of 3.3V with a frequency stability of ±50ppm. The device supports standby functionality and is RoHS compliant. Designed for through-hole mounting, it offers precise timing solutions for applications requiring specific frequency configurations.

Programmable Oscillators Feature Summary

• Programmable CMOS output architecture
• Integrated standby mode capability
• ±50ppm frequency stability specification
• RoHS compliant manufacturing process

Programmable Oscillators Applications

• High-precision timing circuits
• Embedded system clock generation
• Consumer electronics requiring specific frequencies
• Industrial control systems

Programmable Oscillators Procurement Notes

Verify the exact frequency requirement during ordering as this is a programmable component. Confirm the 14-DIP package compatibility with your PCB layout. Ensure the 3.3V supply voltage matches your system design. Check RoHS compliance documentation if required for your region. Contact the manufacturer or authorized distributor for programming specifications.

Programmable Oscillators Selection Notes

Select this model when a 3.3V CMOS oscillator with ±50ppm stability is needed. Consider the 14-DIP form factor for through-hole assembly requirements. Evaluate the standby feature if power management is critical. Compare against other CPP series variants for different voltage or package options.

Programmable Oscillators Part Context

This part belongs to the FIPO™ CPP series of dual field-programmable blank oscillators by Cardinal Components Inc. These devices allow on-the-fly programming using specific instruments, providing sealed finished custom oscillators. The series supports various package styles and operating temperatures.

Programmable Oscillators Replacement Considerations

Check for direct substitutes within the CPPC1 series with similar voltage and package constraints. Verify that any replacement maintains the ±50ppm stability and CMOS output type. Ensure the new part supports the required programming method if field reprogramming is necessary.