Brief: Let’s dive in — see this solution in action and notice the key moments. This video showcases the 3.7GHz 15CH Analog Video Transmitter, demonstrating its adjustable power settings from 200mW to 10W for various operational needs. You'll learn how the IRC-Tramp protocol ensures stable signal transmission and see the transmitter's performance in long-range FPV racing and tactical scenarios.
Related Product Features:
Operates on a 3.7GHz frequency with 15 selectable channels for flexible and interference-resistant communication.
Features adjustable RF power output from 200mW, 400mW, 1W, 4W up to 8-10W for mission-specific range and stealth requirements.
Supports the IRC-Tramp protocol for reliable and secure digital control of video transmission settings.
Wide power supply range of 7-32V ensures compatibility with military vehicle batteries and field power sources.
Designed for long-range performance, penetrating obstacles and resisting jamming in challenging environments.
Enables frequency hopping across its 3705MHz to 4080MHz range to avoid detection and maintain secure links.
Rugged construction suitable for tactical, military, and FPV racing applications in austere conditions.
Ideal for reconnaissance drones, mobile command units, and battlefield surveillance systems.
FAQs:
What is the power output range of this 3.7GHz video transmitter?
The transmitter offers adjustable power settings from 200mW and 400mW for covert operations, up to 1W, 4W, and 8-10W for long-range reconnaissance, allowing you to balance stealth with coverage based on mission requirements.
How many channels does this transmitter support and why is this important?
It supports 15 channels within the 3705MHz to 4080MHz range. This enables rapid frequency switching to avoid detection and interference, which is critical for maintaining secure communication in tactical environments.
What power supply is required to operate this video transmitter?
The transmitter operates on a wide input voltage range of 7-32V, making it compatible with various power sources such as military vehicle batteries, field generators, and portable power packs, ensuring reliability in remote locations without grid access.
Which control protocol does this transmitter use?
It utilizes the IRC-Tramp protocol, which allows for digital control and configuration of the transmitter's settings, ensuring stable and secure video signal transmission for FPV and tactical applications.