Under the rapid progress of modern science and technology, satellite navigation technology is also constantly improving to adapt to the increasingly fierce development. Today, satellite navigation technology is not only applied to national defense construction, security information, weapons and equipment, but also widely used in civilian areas, such as vehicle navigation, mobile location, timing equipment, etc., under the large-scale use of satellite navigation technology, people have begun to study satellite navigation technology more deeply, in which GPS signal simulator is the use of satellite navigation. Aviation technology comes to work.

The SYN5203GPS signal simulator can simulate the motion trajectory of the satellite and simulate the signal of the satellite navigation system. The GPS signal simulator simulates the trajectory of satellite signals, enabling the surrounding equipment to receive its signal, and it can move at any time and any position of the navigation terminal. It can also test the navigation terminal in static, low dynamic and high dynamic environments. The GPS signal simulator can simulate the navigation signals of the GPS satellite navigation system, so as to determine the location points such as date, time, longitude, latitude, altitude information and speed. SYN5203GPS signal simulator is accurate positioning and wide coverage. To a certain extent, it helps people solve many problems in work, and greatly saves the cost of manpower and material resources.

The main functions of SYN5203GPS signal simulator are real-time track recording, static track recording, dynamic track recording, and track signal transmission. Real time track recording is to record the GPS signal simulator along the required route, which is more true to simulate the real road. Static track recording is GPS signal simulator located in a city or more detailed address. Dynamic track recording is the location locus needed for GPS signal simulator to draw. The track signal transmission means that the GPS signal simulator sends static or dynamic trajectories, and the receiving equipment only needs the signal. The GPS signal simulator also has the setting time and speed. Time can be set arbitrarily, or the current real-time time can be set up, or other time can be set. Speed can be set arbitrarily, and acceleration, acceleration and height information can also be set.

The SYN5203GPS signal simulator has the functions of solving problems encountered in mine safety, industrial production, aerospace, satellite development, testing experiments, scientific research institutions and so on, and enables them to operate more simply and quickly. For example, a production vehicle customer in Shenzhen needs the GPS satellite signal in the test link, but the product can not be seen outside, so it can only rely on the GPS simulator. For example, a production navigator customer in Beijing needs the GPS signal simulator in the experimental stage that needs pre production. For example, manufacturers of satellite navigation receivers need to use the GPS signal simulator for product inspection and testing.

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