TXC-V86-515-Q

Overview

The TXC-V86-515-Q is a crystal oscillator manufactured by Floyd Bell Inc. This component operates at a fundamental frequency of 515 kHz. It utilizes a TCXO (Temperature Compensated Crystal Oscillator) architecture to maintain frequency stability across varying environmental temperatures. The device is housed in a standard surface-mount package designed for integration into electronic circuits requiring precise timing references.

Feature Summary

• Integrated temperature compensation circuitry for enhanced frequency stability
• Surface-mount design suitable for automated assembly processes
• Fundamental mode operation providing stable oscillation at the specified frequency

Applications

• Precision timing systems
• Telecommunications equipment
• Industrial control modules

Procurement Notes

Verify the specific datasheet version and pinout configuration before procurement. Confirm that the operating voltage and load capacitance requirements match the target circuit design. Ensure the supplier provides original manufacturer documentation to validate authenticity and performance specifications against the official Floyd Bell Inc standards.

Selection Notes

Select this component when a stable 515 kHz reference is required with temperature compensation. Evaluate the available supply current and output waveform compatibility with the receiving logic. Consider the physical footprint constraints of the PCB layout relative to the oscillator's package dimensions.

Part Context

Floyd Bell Inc specializes in precision timing components, including crystals and oscillators. The TXC series represents their line of temperature-compensated oscillators designed for applications demanding high stability. This model fits within their portfolio of surface-mount devices intended for reliable performance in commercial and industrial environments.

Replacement Considerations

Consult official substitution guides or contact Floyd Bell Inc directly for verified equivalent part numbers. Cross-reference electrical parameters such as frequency tolerance, phase noise, and supply voltage with potential alternatives to ensure functional compatibility.