Non-Magnetic Radio Frequency Specialty Connectors for Brain MRI Array
This opportunity is closed
The response deadline has passed. Review the details for future reference or to track similar opportunities.
The Department of Health and Human Services is procuring non-magnetic RF specialty connectors for the National Institutes of Health to support the implementation of a parallel receive array for brain MRI applications. These connectors are critical for ensuring low-loss, impedance-matched signal paths and must meet specific performance criteria, including low insertion loss and high-frequency compatibility, to achieve optimal imaging performance.
Scope & Requirements
The work involves procuring high-performance RF specialty connectors essential for the design and assembly of a parallel receive array dedicated to brain imaging applications.
Contract Details
- Estimated Value
- est. $13K – $58KSimilar contracts award $13K – $60K (median $25K, 20,373 awards)Within typical range
- NAICS Codes
- Place of Performance
- Bethesda, MD, USA
Agency & Contact
Contracting Organization
- Agency
- HEALTH AND HUMAN SERVICES, DEPARTMENT OF
Point of Contact
Key Dates
Description
This purchase is required to procure high-performance RF specialty connectors for use in the design and assembly of a parallel receive array dedicated to brain imaging applications. These connectors are essential for establishing low-loss, impedancematched signal paths between individual coil elements, preamplifiers, and receiver hardware. The parallel receive array architecture requires multiple independent RF channels operating with high sensitivity and minimal signal degradation. The selected RF connectors must ensure: • Low insertion loss and minimal signal reflection • High-frequency performance compatible with the system’s operating frequency • Reliable mechanical integrity under repeated connection cycles • Compact form factor suitable for dense array layouts Without these specialty connectors, the array cannot achieve the required signal integrity, channel isolation, and overall imaging performance necessary for highresolution brain imaging. Natalia Gudino Alternative
Point of Contact Robin Hairston Contracting ., SUITE 503L (No Street Address
2) BETHESDA, MD 20892 USA to this opportunity.
Get matched to contracts like this daily
Free AI-powered contract matching for your business.