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732870327 is listed in the Attenuators range at ChipApex. The manufacturer field lists Molex. Its product description is 2.92 2W M-F 40 GHZ 20DB ATTENUAT. Review the specifications below when checking this part for your BOM.
The Molex 732870327 is a 2.92mm RF attenuator designed for high-frequency applications up to 40 GHz. It features a straight configuration with a male-to-male connection interface and a hex body for secure installation using standard tools. The component provides a fixed attenuation of 20 dB and supports a maximum power handling capacity of 2 Watts. This part belongs to the 73287 series, ensuring compatibility within the broader 2.92mm connector ecosystem.
Verify the specific part number 732870327 against official Molex documentation to confirm the 2.92mm interface and 20 dB attenuation specifications. Ensure that the straight male-to-male configuration matches the system requirements. Cross-reference the 40 GHz frequency range and 2 Watt power rating with the target application's technical constraints before finalizing procurement decisions.
Select this component when a fixed 20 dB attenuation is required in a 2.92mm system architecture. The straight male-to-male design facilitates direct connections without additional adapters. Consider the 40 GHz operational limit and 2 Watt power handling capability to ensure the attenuator meets the performance demands of the specific RF environment and signal levels involved.
This attenuator is part of the Molex 73287 series, which focuses on high-performance RF components. The 2.92mm interface allows for seamless integration into existing infrastructure utilizing this connector type. The design prioritizes signal integrity and precise attenuation values for demanding electronic applications requiring stable high-frequency performance.
Consult official Molex documentation for confirmed substitute part numbers within the 73287 series or compatible 2.92mm product lines. Verify that any alternative maintains the exact 20 dB attenuation value, 40 GHz frequency limit, and male-to-male interface geometry to ensure functional equivalence.
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