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1990 Nissan Maxima Ti (Australia) 1993–1995 Nissan Maxima Executive (Australia) During this year, the Maxima was first introduced to the European market, replacing the Laurel. For European markets, the model range was: 3.0, 3.0 S, and 3.0 SE. The only engine was the single-cam VG30E, producing 170 PS (125 kW; 168 bhp).
Unmanned aerial vehicle in all classes of airspace and when instructed to enable transponder. [6] 7001 France: Used in some countries to identify VFR traffic. UK: Sudden military climb out from low-level operations. [2] 7004 UK: Aerobatic and display code in some countries. [2] 7100, 7200, 7300 US: External ARTCC subsets.
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In Europe, Nissan continued to market the A33 as the Nissan Maxima QX with the 2.0 and 3.0 V6 engines, producing 140 and 200 PS (103 and 147 kW) respectively. In most Southeast Asian countries, the A33 was manufactured until 2008 as the 3.0 Brougham VIP and Excimo 2.0 G under license by Edaran Tan Chong Motor Sdn Bhd in Kuala Lumpur , Malaysia ...
Transponder encryption keys are user programmable, using a simple over-the-air protocol. Once correctly programmed, transponders may be "locked" through a separate command, which prevents further changes to the internal key value. [4] Each transponder is factory provisioned with a 24-bit serial number and 8-bit manufacturer code.
When the transponder receives an interrogation request, it broadcasts the configured transponder code (or "squawk code"). This is referred to as "Mode 3A" or more commonly, Mode A. A separate type of response called "Ident" can be initiated from the airplane by pressing a button on the transponder control panel.
The user of the car may not even be aware that the transponder is there, because there are no buttons to press. When a key is inserted into the ignition lock cylinder and turned, the car's computer sends a signal to the transponder. Unless the transponder replies with a valid code, the computer will not allow the engine to be started.
TLS uses the existing Mode 3/A/C/S transponder equipment to determine the aircraft's position. It then transmits the correct signal on the same frequencies used for the current ILS system. All the pilot is required to do is wait for clearance from ATC for the TLS approach and then tune an ILS receiver to the appropriate frequency.