SMA Male Connector for L-400 Coaxial Cable

The SMA Male Connector for L-400 Coaxial Cable is an indispensable component for establishing robust connections in low-frequency wireless communication systems. Its design caters to the demands of modern WiFi and 5G technologies, making it a preferred choice for professionals seeking reliable and efficient connectivity solutions. The connector's compatibility with LMR-400 and similar series braided coaxial cables underscores its versatility and applicability across a range of wireless applications.

Key Features:

• Designed for LMR-400: Specifically engineered for a snug fit with LMR-400 and equivalent series coaxial cables, ensuring optimal signal integrity and performance.
• Simplicity in Installation: The connector can be easily attached through a standard crimp and solder process. After cable preparation, the pin is soldered to the centre conductor, and the connector body is secured with a crimp using a 10.89 mm (.429″) hex die.
• High-Frequency Compatibility: This SMA Male connector is capable of operating up to 6 GHz, making it suitable for WiFi and 5G technology applications, where maintaining high-quality signal transmission is critical.
• Compact and Durable Design: Its compact size combined with modest durability offers a practical solution for low-frequency wireless technologies, where space and reliability are key considerations.

Installation Guide:

1. Strip the coaxial cable according to the required dimensions.
2. Solder the provided pin to the cable’s centre conductor.
3. Slide the connector body over the cable until the pin aligns flush with the connector's end.
4. Utilize a 10.89 mm (.429″) hex die to crimp the ferrule, securing the connection.

General Specifications:

The SMA Male Connector for L-400 Coaxial Cable is a crucial element for anyone looking to deploy or maintain high-quality, low-frequency wireless systems. Its straightforward installation process, coupled with the ability to support advanced wireless technologies, makes it an excellent choice for ensuring seamless connectivity.