Overview

GME1014 10KW VHF- III/VHF I TV transmitter is made up by eight main parts: exciter, GPS reference clock source, PA, central control unit, power control unit ( contain power distributor), switching mode regulator, passive parts (splitter, combiner, filter, directional coupler, etc.), and cooling system.

Features

1）The transmitter adopts combined amplification of audio and video signals with single transmission link.

2） Redundant backup design minimizes the accident off-air time.
3）Dual exciters configuration – main/standby exciter backups each other. The standby exciter will be switched on automatically with no intermission in case of the main one breaking down accidentally.
4）Redundant PA configuration –consists of 16 700W PA modules in high uniformity which makes them able to be replaced with each other freely.
5）Redundant Switching mode regulator configuration – 12 2.5KW switching mode regulators are connected in parallel with current distribution balanced, the status of which is monitored by PC. The operation status of the overall transmitter can be regulated automatically according to the status of the switching mode regulators.
6）The transmitter is designed of intelligence and network interface which help to realize monitoring and control and management by means of PC.
7） The transmitter is equipped with comprehensive technical parameter measurement, monitoring and control systems, as well as perfect PC software.
8）The transmitter is equipped with self-diagnosis function.
9）All the technical parameters can be accessed on the LCD on the front panel of the transmitter.
10）With PC interface the main parameters of the transmitter can be set via a PC.
11）Multiple protections minimize the probability of damage of transmitter operating in unfavorable conditions.
12） The transmission system is equipped with protections against video-off, high VSWR, over-temperature, overdrive, phase loss and lightning strikes.
13） The switching mode regulators system is also protected against over-voltage, over-current, under-voltage, over-temperature, short circuit and lightning strikes.

14） The exciter adopts AGC, surface acoustic wave filter, frequency sythesization, and large scale IC and surface mount technology.
15） Unique architecture design makes testing, maintenance and transportation easy.