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OPTIMIZED ARCHITECTURE OF A SECONDARY SOIL STATION GENERATING A SECONDARY SBAS SIGNAL IN AN SBAS SYSTEM AND A METHOD OF GENERATING A SECONDARY SBAS SIGNAL
OPTIMIZED ARCHITECTURE OF A SECONDARY SOIL STATION GENERATING A SECONDARY SBAS SIGNAL IN AN SBAS SYSTEM AND A METHOD OF GENERATING A SECONDARY SBAS SIGNAL
Optimized architecture of a secondary ground station for generating a secondary SBAS signal in an SBAS system and method of generating a secondary SBAS signal A secondary NLES station comprises a generator (122) of a secondary SBAS signal in a secondary band including no equipment liable to impact on the generation of existing SoL level SBAS signals by an NLES-G2 first station. 10 The secondary NLES station comprises a receiver subsystem (106; 120, 122, 124), configured to receive on a downlink in the secondary SBAS band the secondary SBAS signal from the transmitter subsystem (106) retransmitted by an associated SBAS satellite (10). The receiver subsystem (106) is configured to verify the 15 synchronization and the consistency of the code relative to the carrier of the secondary SBAS signal received via a loop for correction of the phase of the carrier and of the phase of the code of the secondary SBAS signal of the signal transmitted by the transmitter subsystem (104). 20 Figure 2 C'j C C'j co coo C-I (.0 000w (.0 wC:) o U- 00 0 c'o c'J Ir +
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机译：用于在SBAS系统中生成辅助SBAS信号的辅助地面站的优化体系结构和生成辅助SBAS信号的方法辅助NLES站包括辅助频带中的辅助SBAS信号的生成器（122），其中不包括易于影响的设备NLES-G2第一站生成现有SoL级别SBAS信号的过程。 10辅NLES站包括接收机子系统（106; 120、122、124），其被配置为在辅SBAS频带中的下行链路上接收来自发射机子系统（106）的辅SBAS信号，该辅SBAS信号由相关的SBAS卫星（10）重发。 。接收器子系统（106）被配置为验证经由同步回路的15次同步和代码相对于辅SBAS信号的载波的一致性，该环路用于校正载波的相位和辅代码的相位。由发射机子系统（104）发射的信号的SBAS信号。 20图2 C'j C C'j coco C -I（.0 000w（.0 wC :) o U- 00 0 c'o c'J Ir +
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