PE7205-20

Overview

The Pasternack PE7205-20 is a fixed RF attenuator module designed for high-power applications. It provides an attenuation value of 20 dB across a frequency range of 0 Hz to 6 GHz. The component features a 50 Ohm impedance and is rated for a power handling capacity of 100 Watts. This specification allows the device to maintain performance stability in demanding signal processing environments requiring significant power dissipation.

Feature Summary

• High power handling capability suitable for robust signal environments
• Broadband operational frequency range extending from DC to 6 GHz
• Fixed attenuation value ensuring consistent signal reduction

Applications

• RF signal testing and measurement systems
• High-power microwave circuit design
• Signal conditioning in broadcast infrastructure

Procurement Notes

Verify the specific connector gender and interface type required for your system integration, as datasheets may list variations. Confirm that the 100W power rating aligns with your peak signal levels to prevent thermal damage. Ensure the 6 GHz bandwidth covers your entire operational spectrum without degradation.

Selection Notes

Select this model when high power dissipation is critical alongside broadband performance. Compare against lower wattage variants if power requirements are modest. Consider the physical module form factor for integration into existing test setups or permanent installations requiring durable RF components.

Part Context

This component belongs to Pasternack's line of RF attenuators, which includes various fixed and variable options. The PE7205 series specifically targets high-power modules, distinguishing itself from standard low-power attenuators by its ability to handle substantial energy loads while maintaining precise attenuation characteristics.

Replacement Considerations

Check for exact matches in attenuation (20 dB), power rating (100W), and frequency range (0-6 GHz). Verify connector compatibility before substituting. Ensure any alternative part meets or exceeds the thermal management requirements of the original design.