PE19XC7001

Overview

The Pasternack PE19XC7001 is a 1 GHz phase-locked oscillator designed for precision frequency generation. It operates with a 10 MHz external reference input to ensure high stability and low phase noise characteristics, specified at -105 dBc/Hz. The unit utilizes an SMA connector interface for signal output and reference synchronization. This component is engineered for applications requiring reliable microwave frequency synthesis with tight spectral purity requirements.

Feature Summary

• Integrates a phase-locked loop architecture for stable frequency generation
• Supports 10 MHz external reference input for enhanced synchronization
• Delivers low phase noise performance suitable for sensitive RF systems

Applications

• Microwave communication systems requiring precise local oscillators
• Test and measurement equipment needing stable frequency references
• Radar systems utilizing phase-locked frequency synthesis

Procurement Notes

Verify the specific SMA connector orientation and pinout configuration against your system schematic before integration. Confirm that the 10 MHz reference source meets the amplitude and impedance requirements specified in the official datasheet to maintain optimal phase noise performance. Ensure environmental conditions align with the operational temperature range defined by the manufacturer.

Selection Notes

Select this model when a fixed 1 GHz output is required with external reference capability. Compare phase noise specifications against alternative oscillators if spectral purity is critical. Evaluate the SMA interface compatibility with existing cabling infrastructure. Consider the 10-week standard lead time for production planning purposes.

Part Context

This component belongs to the Pasternack specialist oscillators category, focusing on phase-locked loop technology. It serves as a dedicated frequency source within broader RF subsystems. The product line emphasizes reliability and precise frequency control for professional and industrial radio frequency applications.

Replacement Considerations

No public confirmed substitute part numbers are available.