RF-ATNLP-43MF-5W10

Attenuators Overview

The RF-ATNLP-43MF-5W10 is a fixed coaxial attenuator manufactured by RF Industries. It provides an attenuation value of 10dB within a frequency range of 617 MHz to 2700 MHz. The component is rated for a power handling capacity of 5 Watts. It features 4.3/10 Male and 4.3/10 Female connectors, designed for low passive intermodulation (PIM) performance in RF signal paths.

Attenuators Feature Summary

• Low Passive Intermodulation (PIM) design for high-fidelity signal integrity
• Fixed 10dB attenuation value for precise signal level control
• Compatible 4.3/10 Male-to-Female connector interface

Attenuators Applications

• Wireless telecommunications infrastructure
• Data communications networks
• Industrial RF testing environments

Attenuators Procurement Notes

Verify the specific part number suffix against official manufacturer documentation to confirm connector gender and attenuation values. Ensure compatibility with existing system impedance requirements before procurement. Cross-reference datasheets from authorized distributors to validate current product status and technical specifications.

Attenuators Selection Notes

Select this component when a fixed 10dB reduction is required in the 617 MHz to 2700 MHz band. Consider the 5W power rating relative to maximum expected signal levels. The 4.3/10 connector type dictates mating compatibility with adjacent hardware in the assembly.

Attenuators Part Context

This attenuator belongs to RF Industries' line of low-PIM components designed for modern wireless networks. It supports applications requiring stable signal attenuation without introducing significant distortion. The product is categorized under active RF attenuators with standardized industrial connectors.

Attenuators Replacement Considerations

Substitutes must match the 10dB attenuation, 5W power rating, and 4.3/10 connector configuration. Verify that alternative parts maintain equivalent low-PIM characteristics and frequency range coverage to ensure system performance consistency.