PE19XR1005

Overview

The PE19XR1005 is a general-purpose RF oscillator module manufactured by Pasternack. It operates at a fixed frequency of 100 MHz and utilizes Phase Locked Loop (PLL) technology for signal generation. The component features SMA connectors for interface connectivity and is designed as a reference oscillator suitable for various electronic applications requiring stable clock signals.

Feature Summary

• Generates a stable 100 MHz reference signal using PLL architecture
• Equipped with SMA connectors for direct integration into test setups
• Designed as a general-purpose RF oscillator module

Applications

• General-purpose RF testing and measurement instrumentation
• Clock signal generation for electronic circuits
• Reference source for communication equipment development

Procurement Notes

Verify the specific SMA connector gender and pinout configuration against your system requirements before integration. Confirm that the 100 MHz output frequency aligns with your design specifications. Ensure compatibility with the required power supply voltage and current draw as defined in the official datasheet to prevent operational issues.

Selection Notes

Select this model when a fixed 100 MHz reference is required without the need for frequency tuning. It is appropriate for applications prioritizing simplicity and direct SMA connectivity over programmable frequency options. Consider form factor constraints as it is supplied as a module rather than a surface-mount component.

Part Context

This component belongs to Pasternack's line of specialty oscillators and RF modules. It serves as a standalone solution for engineers needing reliable clock sources without designing custom oscillator circuits. The product falls under the category of general-purpose RF integrated circuits and modules, distinct from tunable or digital synthesizers.

Replacement Considerations

No public confirmed substitute part numbers are available in the provided documentation. Users must evaluate alternative 100 MHz oscillators based on matching electrical parameters and mechanical interface specifications.