![background image](http://html1.mh-extra.com/html/rands/smw-k44/smw-k44_user-manual_3077279043.webp)
Receiver Type and Position
Satellite Navigation
43
User Manual 1178.6379.02 ─ 01
"City"
Selects a predefined fixed geographic locations (see
).
The parameters "Latitude", "Longitude" and "Altitude" are set auto-
matically.
Table 7-1: Coordinates of the Simulated Predefined Positions
Continent
City
Latitude
Longitude
Altitude [m]
America
New York
40.7142
-74.0064
1
San Fran-
cisco
37.8194388888
-122.4784944
35
Asia
Beijing
39.905555555555
116.391388888888 60
New Delhi
28.6138889
77.2088889
216
Seoul
37.5515
126.987794444444 265
Singapore
1.3113111111111
103.826852777777 110
Taipei
25.022344444444
121.514758333333 10
Tokyo
35.683861111111
139.745058333333 45
Australia
Sydney
-33.8833
151.2167
3
Europe
London
51.500625
-0.1246222
22
Moscow
55.752222
37.615556
200
Munich
48,150
11,5833
508
Paris
48.8584
2.29462777777777 66
Remote command:
[:SOURce<hw>]:BB:GNSS:RECeiver[:V<st>]:LOCation:CATalog
[:SOURce<hw>]:BB:GNSS:RECeiver[:V<st>]:LOCation[:SELect]
Reference Frame
Select the reference frame used to define the receiver coordinates.
The transformation between the reference frames is performed automatically.
The following applies:
●
X
WGS84
= (1 - 0.008*10
-6
)*X
PZ 90
- 0.2041*10
-7
*Y
PZ 90
+ 0.1716*10
-7
*Z
PZ 90
- 0.013
●
Y
WGS84
= (1 - 0.008*10
-6
)*Y
PZ 90
- 0.2041*10
-7
*X
PZ 90
+ 0.1115*10
-7
*Z
PZ 90
+ 0.106
●
Z
WGS84
= (1 - 0.008*10
-6
)*Z
PZ 90
- 0.1716*10
-7
*X
PZ 90
- 0.1115*10
-7
*Y
PZ 90
+ 0.022
Both reference frames are ECEF frames with a set of associated parameters.
"WGS-84"
The World Geodetic System WGS-84 is the reference frame used by
GPS.
"PZ 90.11 (GLONASS)"
Parametry Zemli PZ (Parameters of the Earth) is the reference frame
used by GLONASS.
Remote command:
[:SOURce<hw>]:BB:GNSS:RECeiver[:V<st>]:LOCation:COORdinates:
RFRame
Static Receiver