PE87FL1027

Overview

The Pasternack PE87FL1027 is a six-section bandpass filter designed for RF applications. It features SMA female connectors and operates with a 50-ohm impedance. The device provides a passband from 1.88 GHz to 2.02 GHz, resulting in a 1,000 MHz bandwidth. Electrical performance includes a maximum passband ripple of 0.5 dB and a typical passband ripple of 0.4 dB. This component is engineered for signal filtering within wireless communication systems, test instrumentation, and antenna testing environments.

Feature Summary

• Six-section bandpass filter architecture
• SMA female connector interface
• 50-ohm system impedance

Applications

• Wireless communication systems
• Test instrumentation
• Antenna testing

Procurement Notes

Verify the specific datasheet version when sourcing the PE87FL1027 to ensure compliance with required electrical specifications. Confirm that the SMA female connectors match your system requirements. Cross-reference the frequency range and impedance values against your design parameters before finalizing procurement decisions.

Selection Notes

Select the PE87FL1027 when a narrow bandpass response around 1.9 GHz is required. The six-section design offers steep rejection characteristics outside the passband. Ensure compatibility with SMA interfaces and 50-ohm systems. Consider the ripple specifications for sensitive measurement applications requiring stable signal transmission within the designated frequency window.

Part Context

This component belongs to Pasternack's RF filter product line, which specializes in passive microwave components. The PE87FL1027 represents a standard bandpass filter solution for fixed-frequency applications. Pasternack provides extensive RF and microwave parts, including cables, connectors, and attenuators, supporting diverse engineering needs across various industries.

Replacement Considerations

Consult official documentation for direct substitute part numbers. Verify that any alternative maintains the same 1.88–2.02 GHz passband, 50-ohm impedance, and SMA female connectivity to ensure functional equivalence in existing designs.