PE-W22AT5002

Overview

The PE-W22AT5002 is a WR-22 waveguide direct read attenuator manufactured by Pasternack. It provides an attenuation range of 0 to 60 dB within a frequency spectrum of 33 GHz to 50 GHz. The device features a module package and supports a power handling capacity of 500 mW. This component is designed for high-frequency applications requiring precise signal reduction in waveguide systems.

Feature Summary

• Direct read attenuation capability for precise adjustment
• Operates within the WR-22 waveguide standard
• Supports frequencies from 33 GHz to 50 GHz

Applications

• High-frequency microwave testing equipment
• Radio frequency signal generation systems
• Satellite communication ground stations

Procurement Notes

Verify the specific connector interface type, such as UG-series waveguide flanges, against system requirements. Confirm that the 500 mW power rating aligns with operational thermal limits. Ensure the WR-22 form factor matches existing infrastructure. Check for any specific calibration certificates or test reports required for integration into sensitive RF environments.

Selection Notes

Select this model when a fixed waveguide attenuator is needed for the Ka-band range. Consider the 0 to 60 dB range for versatile signal management. Evaluate the module packaging for ease of installation in standard waveguide runs. Compare against adjustable alternatives if variable attenuation is strictly required rather than fixed step adjustments.

Part Context

This component belongs to Pasternack's line of waveguide attenuators. It complements other RF passive components like cables and adapters. The product serves as a critical element for signal level control in high-performance microwave networks. It fits within the broader category of precision RF measurement and distribution hardware.

Replacement Considerations

Check for compatible WR-22 waveguide attenuators from other manufacturers. Verify dimensional compatibility with existing flange interfaces. Ensure equivalent frequency and power specifications are met by potential substitutes.