SHOUT ts User Guide Version B
Document Number: 451-92854-001B
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button for ~7 seconds or until the reset calibration screen opens. DO NOT connect the
SHOUT ts’ USB port to any device.
8.4
C
ONTRAST
Use the
Contrast
option to change the LCD brightness. Slide the contrast bar to the
desired setting and press back to accept.
8.5
F
AVORITES
Use the
Favorites
option to select any icon to appear at the bottom of the home
screen. This allows quick and easy access to the most frequently used options. A
maximum of four active favorite icons is allowed. The icons appear in the order selected.
8.6
GPS
The
GPS
menu provides access to the
Position Format
and
Position Model
options.
Use Position Format to select one of four different GPS position formats to be
displayed on the LCD screen. Do not confuse this option with the
Format
option under
Tracking, which defines the format of position report to be transmitted to a NOC.
Use Position Model to formulate the static and dynamic characteristics of the GPS receiver.
By default,
Portable
model is used; this is suitable for most applications. However, for those
requiring functionality at high altitudes, speeds, or accelerations, select an alternate model.
Portable (default setting):
Suitable for most situations; for applications with low
accelerations; maximum altitude of 12 km; maximum velocity of 310 m/sec;
maximum vertical velocity of 50 m/sec; sanity check type: altitude and velocity;
maximum position deviation: medium.
Stationary:
Used in timing applications (antenna must be stationary) or other
stationary applications; velocity is constrained to 0 m/s; zero dynamics assumed;
maximum altitude of 9 km; maximum velocity of 10 m/sec; maximum vertical
velocity of 6 m/sec; sanity check type: altitude and velocity; maximum position
deviation: small.
Pedestrian:
Applications with low acceleration and low speed, as a pedestrian
would move; assuming low accelerations; maximum altitude of 9 km; maximum
velocity of 30 m/sec; maximum vertical velocity of 20 m/sec; sanity check type:
altitude and velocity; maximum position deviation: small.
Automotive:
Used for applications that can be compared with the dynamics of a
passenger car; assuming low vertical acceleration; maximum altitude of 6 km;