PE7015-20

Attenuators Overview

The Pasternack PE7015-20 is a fixed RF attenuator designed for in-line applications. It provides a nominal attenuation of 20 dB with N-type male to female connectors. The device operates from DC to 18 GHz and handles up to 10 Watts of power at the specified attenuation level. Constructed with a black anodized aluminum heatsink body, it ensures thermal stability. The unit features nickel passivated plating and maintains a VSWR of 1.25:1.

Attenuators Feature Summary

• Fixed 20 dB attenuation value
• N-type male to female interface
• High power handling capability
• Broadband frequency operation

Attenuators Applications

• Microwave signal conditioning
• RF test and measurement setups
• Communication system power reduction
• Signal path isolation

Attenuators Procurement Notes

Verify the specific connector gender configuration matches the application requirements before purchase. Confirm that the operating frequency range up to 18 GHz aligns with the system design. Ensure the power rating of 10 Watts is sufficient for the intended signal levels. Check for RoHS compliance status if required by project specifications.

Attenuators Selection Notes

Select this component when a precise 20 dB reduction is needed within the microwave spectrum. Consider the N-type interface compatibility with existing cabling infrastructure. Evaluate the thermal management needs given the 10 Watt power rating. Compare against variable attenuators if adjustable attenuation is preferred over a fixed value.

Attenuators Part Context

This model belongs to Pasternack's line of fixed coaxial attenuators. It serves as a passive component for managing signal strength in RF circuits. The series typically includes various attenuation values and connector types. It complements other Pasternack adapters and cable assemblies in complete RF solutions.

Attenuators Replacement Considerations

PE7015-30 offers 30 dB attenuation. PE7015-40 provides 40 dB attenuation. These models share similar physical characteristics and frequency ranges but differ in attenuation magnitude.