Teledyne SeaBat T Series Operator's Manual page 4

Temperature Conversion
All temperatures in this manual are referenced
in degrees Celsius.
This is the formula for converting Celsius (C)
to Fahrenheit (F).
Glossary of Terms
Entry
7k
AUV
BITE
CE
CFE
CW
Cylindrical loss
DFD
DWG
EA
ED
FM
FRDH
LED
N/A
OM
PN
RMA
ROV
Rx
SB
SNR
Spherical loss
SSP
SV
SVP
TBD
TPU
TVG
Tx
UI
SeaBat T-Series Subsea Operator's Manual
Version 7
Definition
SeaBat 7000 series of multibeam sonars
Autonomous Underwater Vehicle
Built-In Test Environment
Conformité Européenne
customer-furnished equipment
Continuous wave
The loss of sound by spreading in the form of a cylinder
Data Format Definition
Drawing
Equiangular
Equidistant
Frequency modulation
Full Rate Dual Head
light-emitting diode
not available or not applicable
Operator's Manual
Part Number
Return Material Authorization
Remotely Operated Vehicle
receiver
SeaBat
signal-to-noise ratio
The loss of sound by spreading in the form of a sphere
Subsea Sonar Processor
sound velocity (or surface vessel)
Sound Velocity Probe
To Be Defined
Total Propagated Uncertainty
Time-Varied Gain is a control intended to vary the gain of an amplifier over
a predetermined time period (usually from a low to a high gain state)
transmitter
user interface
Page iv
Formula: F = 1.8 x C + 32
Example:
If Temperature = 30C, then:
F = 1.8 x 30 + 32
F = 86
January 31, 2019