Pulse / Larsen Antenna 0-3000 MHz, Magnet Mount, RG58A/U, N - NMOMMRDSN
- Brand: Pulse Larsen
- P\N: NMOMMRDSN
- UPC: 646444669351
Description
Description
Pulse / Larsen Antenna 0-3000 MHz, Magnet Mount, RG58A/U, N - NMOMMRDSN
Key Features and Benefits
- Wide frequency range: This Pulse Larsen Antenna operates within a 0-3000 MHz frequency range, ensuring optimal performance and compatibility with a variety of devices.
- Magnet mount: The magnet mount feature allows for secure and stable placement, providing consistent signal strength.
- RG58A/U dual shield cable: The included 12' RG58A/U dual shield cable ensures minimal signal loss and maximum transmission efficiency.
- Installed N connector: The antenna comes with an installed N connector, ensuring a seamless connection with your devices.
Technical Specifications
- Frequency range: 0-3000 MHz
- Mount type: Magnet
- Cable type: RG58A/U dual shield
- Cable length: 12'
- Connector type: Installed N connector
Experience the Pulse Larsen Difference
When it comes to reliable and efficient signal transmission, the Pulse Larsen Antenna stands out. With its wide frequency range, magnet mount, and RG58A/U dual shield cable, this antenna ensures optimal performance and compatibility with a variety of devices. The installed N connector provides a seamless connection, making this antenna a versatile and valuable addition to your setup.
Whether you're a professional in need of a reliable antenna for your work setup, or a tech enthusiast looking for a high-performing antenna for your home, the Pulse Larsen Antenna is a perfect choice. Its technical specifications and features are designed to provide you with a seamless and efficient signal transmission experience.
Experience the difference that a high-quality antenna can make. Choose the Pulse Larsen Antenna for reliable, efficient, and consistent signal transmission. Don't settle for less when it comes to your signal transmission needs. Choose Pulse Larsen.
Order the Pulse Larsen Antenna today and experience the difference in signal transmission efficiency and reliability.