336212-12-0150

Amphenol RF

General info

Manufacturer

Amphenol RF

Description:

CBL ASSY UMCC-RPTNC 5.906"

PDF:

336212-12-0150 PDF

$26.49

Available to order

Reference Price (USD)

25+

$22.86400

Exquisite packaging

Discount

TT / Paypal / Credit Card / Western Union / Money Gram

DHL / Fedex / UPS	2-5 days
TNT	2-6 days
EMS	3-7 days

Amphenol RF 336212-12-0150 is available at inksontech.com. We only sale New&Original Part and offer 1 year warranty time. If you would like to know more about the products or apply more better price, please send a quote to us or contact us by email.

Experience hassle-free transactions with our flexible payment options and credit facilities. Learn more about the various payment methods accepted, installment plans, and any exclusive credit offers available to make your shopping experience seamless.

336212-12-0150

$26.49

Product details

The 336212-12-0150 by Amphenol RF is a premium coaxial cable assembly designed for superior RF signal transmission. This cable offers outstanding performance with minimal attenuation, ensuring clear and reliable communication. Its advanced shielding technology protects against electromagnetic interference, making it suitable for high-frequency applications. The 336212-12-0150 is built to last, with a rugged design that withstands harsh conditions. This coaxial cable features a flexible yet durable construction, allowing for easy routing and installation. The high-quality connectors ensure secure and stable connections, while the optimized impedance matching enhances signal clarity. Whether you need a solution for short-range or long-range applications, this cable delivers consistent results. Ideal for use in broadcast and entertainment systems, industrial automation, and wireless infrastructure, the 336212-12-0150 provides the reliability and performance you need. Its adaptability makes it a preferred choice for engineers and technicians. Upgrade your RF systems with the 336212-12-0150. Submit your inquiry now to learn more about pricing and availability, and take the first step toward improved signal transmission.