Season’s Greetings — 2026
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Season’s Greetings — 2026
Wishing you a joyful Christmas and a prosperous New Year.
Thank you for being a valued partner.
STREAMLIED DESIGN DEVELOPMENT

Precision TNC Jack (Female) to BMA Swept Jack (Female) Cable Assembly for Rosnol MT574A, DC-18GHz VSWR 1.40

Order No:PCT2K50-MT574A-BA2K5SW-330B/18G
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Key Specifications

Impedance (Ohm):
50
Frequency, Max (GHz):
18
VSWR, Max:
1.40
Cable Type:
R-Test MT574A
Left Side Series:
Precision TNC
Left Side Gender:
Jack (Female)
Left Side Configuration:
Straight
Left Side Panel Mounting:
None
Right Side Series:
BMA
Right Side Gender:
Jack (Female)
Right Side Configuration:
Swept
Right Side Panel Mounting:
None
Cable Length:
Build-to-Order

Description

Precision TNC Female to BMA Swept Female | MT574A Cable | 330 mm (12.99 inches)

Discover the high-performance PCT2K50-MT574A-BA2K5SW-330B/18G RF cable assembly, featuring a Precision TNC female jack on one end and a BMA swept female jack on the other for flexible and reliable connections in compact setups. This assembly utilizes the advanced MT574A low-loss cable, engineered for superior signal transmission in microwave and RF applications requiring minimal attenuation. It operates up to 18 GHz with a maximum VSWR of 1.4, ensuring excellent impedance matching and low insertion loss. The standard length is 330 mm (12.99 inches), but if this does not meet your specific requirements, our team can customize the design and production to match your exact needs for length, configuration, or performance.

At ROSNOL, all products are manufactured in ISO 9001-certified facilities and fully comply with international RoHS and REACH environmental standards, making them a dependable alternative to leading European and American brands in RF and microwave solutions. We also offer comprehensive customization services to tailor cable assemblies, connectors, and accessories to your unique project demands, ensuring precision, quality, and compatibility for telecommunications, aerospace, and test equipment applications.