Video transmitter for FPV Matek Systems VTX-1G3SE-9 1.2/1.3GHz

Description The reliable and efficient Matek Systems VTX-1G3SE-9 1.2/1.3GHz FPV video transmitter is designed to transmit video and audio signals from the quadcopter to the control panel. This transmitter has advanced electronics and a ruggedized design that guarantees its reliability and high performance in all conditions. Advantages Can operate at a power of up to 630mV, which ensures stable signal transmission at a distance of up to 1.5 km. Supports 9 channels, which allows it to be used with different drones. Supports ELRS and Crossfire data transfer protocols, which allows it to be used with different receivers. Easy to set up and use. The transmitter has a built-in anti-interference system that ensures stable communication between the drone and the control panel. The transmitter has a built-in PIT-mode system that allows you to quickly and conveniently switch the transmitter power. The transmitter has a modular design that simplifies its repair and maintenance. Specifications Frequency: 1080-1360MHz Antenna: SMA dipole antenna (center frequency 1240 MHz) Output power: 0.1mw(0, pit mode), 25mw(1), 200mw(2), 800mw(3) Input voltage: DC 6-36V (2-8S LiPo) Push-button control and LED indicators Built-in AGC microphone Power consumption: <2.5W Video format: NTSC/PAL Audio: 6.5MHz and 6.0MHz Connector: SMA Dimensions: 36 x 21.5mm Weight: 9 g (without antenna) Contacts + IN-: 6-36V DC with reverse polarity protection VID: video input G: ground 5V: output of the built-in regulator, max. load 1.5A Aud: 6.5MHz audio input TX & RX: UART for firmware update Features CMS management via Tramp protocol for 1.3G. CMS management via IRC Tramp protocol. Push-button control and LED indicators. Built-in AGC microphone. Package Video transmitter Matek VTX-1G3SE-9 1.2/1.3G (9CH_INTL) - 1 pc SMA dipole antenna, center frequency 1240MHz - 1 pc Settings Press A button to select RF power levels, 0 (blue LED) = 0.1 mW, 1 = 25 mW. 2 = 200 mW, 3 = 800 mW Press and hold the B button for 2 seconds to enter the frequency setting. The frequency indicator flashes. Press the B button to select a frequency. When the LED flashes at the new frequency, there is no RF output at that frequency. The new frequency and output will be activated if no button is pressed within 3 seconds.