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8011 参数 Datasheet PDF下载

8011图片预览
型号: 8011
PDF下载: 下载PDF文件 查看货源
内容描述: RovNav 5 LBL收发器 [RovNav 5 LBL Transceiver]
分类和应用:
文件页数/大小: 2 页 / 116 K
品牌: SONARDYNE [ SONARDYNE SOUND IN DEPTH ]
 浏览型号8011的Datasheet PDF文件第2页  
Sonardyne UK (Head Office)
T. +44 (0) 1252 872288
F. +44 (0) 1252 876100
E. sales@sonardyne.com
www.sonardyne.com
Datasheet
RovNav 5 LBL Transceiver
Description
RovNav 5 is a highly configurable,
tri-band acoustic transceiver
designed to support a family of
remote transducers operating in the
LF, MF and EHF frequency bands.
Its primary use is for operation with
Remotely Operated Vehicles (ROVs)
or other towed bodies. Used within
an array of calibrated seabed
transponders, its function is to
position the ROV in Long Baseline
(LBL) mode accurately and rapidly.
Alternatively, the RovNav can remain
on the vessel, fitted with a dunking
transducer and used to assist with the
calibration of arrays, to position the
vessel or simply to command
transponders in the water.
Part of the new Fusion family of
transceivers from Sonardyne,
RovNav 5 has been designed to be
easily and regularly upgraded with
new firmware that can be
downloaded from a PC without
opening the pressure housing. It can
support future system architectures as
well as the transmission, reception
and processing of advanced
broadband signals.
Key Features
MF, EHF and LF frequencies
supported in one bottle
Auto-sensing of Remote
Transducers. Transceiver
determines their identity and
automatically sets its band of
operation and sensitivity
Supports both RS232 and RS485
serial interfaces
Fully agile receivers allow for
simultaneous acoustic receiving on
multiple Remote Transducers,
suitable for SBL applications
"PAN Emulation" mode provides
backwards compatibility
Remote Firmware upgrade via
serial interface
RovNav 5 is also fully compatible
with Sonardyne’s existing range of
acoustic products and can emulate
Sonardyne PAN commands.
However, its full potential is not
realised until it is used as part of a
Fusion system. These systems provide
dramatic improvements in the speed
and operating efficiency of
underwater navigation and enable
users to remain up-to-date for many
years to come.