ContractSources Sought

Cavity Bandpass Filter

DEPT OF DEFENSE• F2UT506104A002
Response Deadline
May 18, 2026
10 days left
Days Remaining
10
Until deadline
Set-Aside
Full & Open
Notice Type
Sources Sought

Contract Opportunity Analysis

The Department of Defense, through the U.S. Air Force’s 56 CONS CC at Luke AFB, is seeking information on industry capability to provide 9100 MHz cavity bandpass filters. The requirement is for filters that match the attached salient characteristics and would support the government’s need for this specific electronic component. The stated specifications include a 9100 MHz center frequency, 7500-10700 MHz passband, 1.5 dB maximum insertion loss, 15 dB minimum return loss, 50-ohm impedance, 35 W CW maximum power, SMA male input and SMA female output connectors, and defined size, environmental, shock, and vibration limits, with performance tied to Leuppx, Arizona. Questions are due by close of business on 14 May 2026, answers will be attached by close of business on 15 May 2026, and responses to the RFI must be emailed to Carter Woodward at carter.woodward@us.af.mil, with Thomas Jobe as the backup point of contact.

Classification Codes

NAICS Code
334511
Search, Detection, Navigation, Guidance, Aeronautical, and Nautical System and Instrument Manufacturing
PSC Code
5915
FILTERS AND NETWORKS

Solicitation Documents

1 Files
9100MHz_Cavity_Bandpass_Filter_Salient_Characteristics.pdf
PDF•102 KB•May 8, 2026
AI Summary
The document details the salient characteristics of a 9100 MHz Cavity Bandpass Filter, outlining its electrical, mechanical, and environmental specifications. Electrically, it features a center frequency of 9100MHz, a passband from 7500MHz to 10700MHz, an insertion loss of 1.5dB max, and a return loss of 15dB min. It also specifies various rejection levels across different frequency ranges and has a 50-ohm impedance with 35W CW max power handling. Mechanically, it uses SMA male (in) and SMA female (out) connectors, with dimensions of 7.00L x 1.00W x 1.00D inch max (178L x 25W x 25D mm max). Environmentally, it operates from -40C to +70C, stores from -55C to +85C, and can withstand shock up to 20 G (11mS) and vibration up to 20G (5 to 200Hz). This document would be relevant for government RFPs or procurement related to electronic components for communication or radar systems.

Related Contract Opportunities

Project Timeline

postedOriginal Solicitation PostedMay 8, 2026
deadlineResponse DeadlineMay 18, 2026
expiryArchive DateJun 2, 2026

Agency Information

Department
DEPT OF DEFENSE
Sub-Tier
DEPT OF THE AIR FORCE
Office
FA4887 56 CONS CC

Point of Contact

Name
Carter Woodward

Place of Performance

Leuppx, Arizona, UNITED STATES

Official Sources

View on SAM.gov