LMR400: High - Performance RF Coaxial Cable

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LMR400: Low - Loss RF Coaxial Cable

LMR400: Low - Loss RF Coaxial Cable

LMR400 is a type of RF coaxial cable. It features low loss, high power capacity, and good shielding performance. It’s commonly used for RF signal transmission in wireless communication systems and broadcast television systems, suitable for medium - power and high - frequency applications.
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Advantages of the product

Low Loss for Efficient Transmission

Features low loss, enabling efficient RF signal transmission and reducing power consumption.

Good Shielding Performance

Provides good shielding performance, minimizing signal interference and ensuring signal integrity.

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Lower loss characteristics covering a broad distance is a characteristic feature of these cables. Cost efficient and lower performance makes it widely adopted in the telecommunication industry, increasingly so for interconnecting antennas to radio equipment. These cables belong to the LMR series, meaning within the range, they cover the utmost lowest price and loss ratio.

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What are the features of LMR400?

LMR400 is a type of RF coaxial cable. It has low loss, high power capacity, and good shielding performance, making it suitable for medium - power and high - frequency applications in wireless and broadcast systems.
It’s commonly used in wireless communication systems and broadcast television systems for RF signal transmission, especially in applications with medium - power requirements and high - frequency ranges.
It’s typically used in high - frequency applications, usually in the range where wireless communication and broadcast television systems operate, up to several gigahertz.

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User evaluation of the product

duke

Easy to handle, this LMR400 cable performs well in high - frequency signal transmission.

Benjamin

Its features make LMR400 an ideal cable for radio - frequency signal transmission in various projects.

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Proven Cable Model

Proven Cable Model

A well - established cable model with a wide range of applications in the communication industry.