PE8735

Overview

The Pasternack PE8735 is a three-section tunable band reject filter designed for radio frequency applications. It features N female connectors and operates within a frequency range of 200 MHz to 400 MHz. The device provides a center frequency of 300 MHz with a bandwidth of 200 MHz, achieving a percentage bandwidth of 1%. This adjustable notch filter allows for precise signal rejection in RF systems requiring specific frequency isolation.

Feature Summary

• Three-section tunable architecture for customizable frequency rejection
• Adjustable band stop functionality for precise notch filtering
• N female connector interface for standard RF integration

Applications

• RF signal processing systems requiring tunable interference suppression
• Communication equipment needing specific frequency band isolation
• Test and measurement setups involving adjustable notch filtering

Procurement Notes

Verify the exact connector type and frequency specifications against your system requirements before ordering. Confirm that the N female interface matches your existing cabling infrastructure. Ensure the tunable range covers your specific application needs. Check for any mounting or environmental constraints specified in the official datasheet.

Selection Notes

Select this component when a tunable band reject filter is required within the 200-400 MHz range. Consider the three-section design for sharper rejection characteristics compared to single-section alternatives. Ensure compatibility with N female connectors is critical for your installation. Evaluate if the 1% bandwidth specification meets your isolation requirements.

Part Context

This part belongs to Pasternack's line of tunable RF filters, which are passive components used to selectively attenuate specific frequencies. These filters are essential in RF engineering for managing signal integrity by removing unwanted noise or interference from desired bands without affecting other frequencies.

Replacement Considerations

Consult Pasternack documentation for direct substitutes. Verify that any alternative maintains the same N female connector type and tunable frequency range. Ensure the replacement offers comparable section count and bandwidth performance.