Tallysman TW5340 Manuale utente
TW5340
Integrated GPS/ GLONASS
Receiver/Antenna
User Manual
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www.tallysman.com
Document # 61-0009-0
TW5340 User Manual
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©2014 -2015 Tallysman Wireless, Inc. Confidential
Document Amendment Record
Revision
Date
Comments
Rev 1_0
7 Nov 2014
Initial release
Rev 1_1
11 Nov 2014
Minor edits
Rev 1_2
10 Dec 2014
Edit of wake up pin
Rev 1_3
4 Mar 2015
TW5340 Rev 3 Standby Mode support
Rev 1.4
6 May 2015
Correction to configurator and clarification regarding
10 Hz operation
Copyright
Copyright 2014 2015 Tallysman Wireless Inc. All Rights Reserved.
This document and the subject matter herein are proprietary items to which
Tallysman Wireless Inc. retains an exclusive right to reproduction, manufacture and
sale. This document is submitted in confidence, for the use of the recipient alone, or
in conjunction with Tallysman Wireless Inc. and its licensees, and for no other
purpose whatsoever unless permission for further disclosure is expressly granted in
writing. Information in this document is subject to change without notice.
Tallysman Wireless Inc.
106 Schneider Road, Unit 3
Ottawa ON K2K 1Y2 Canada
Tel: 613 591 3131
Fax: 613 591 3121
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©2014 -2015 Tallysman Wireless, Inc. Confidential
Table of Contents
1Introduction ................................................................................................................ 5
2Variants ....................................................................................................................... 7
2.1 Ordering Information ........................................................................................... 7
3GNSS Systems.............................................................................................................. 7
3.1 GPS ....................................................................................................................... 7
3.2 GLONASS .............................................................................................................. 7
4NMEA Packet Format.................................................................................................. 8
5Software Utilities ........................................................................................................ 8
5.1 Open Source GPS Software Utilities..................................................................... 8
6Hardware Interface..................................................................................................... 9
6.1 TW5340 Installation ........................................................................................... 10
6.2 Testing ................................................................................................................ 10
Test Adaptor Pin outs ............................................................................................... 11
NMEA Output test..................................................................................................... 11
Satellite Output Test ................................................................................................. 12
6.3 Power ................................................................................................................. 12
6.4 1PPS.................................................................................................................... 12
Cable Delays:............................................................................................................. 14
Fix Quality (1PPS Qualification)/Standby.................................................................. 14
6.5 Wake Up Input ................................................................................................... 15
7Operating Modes ...................................................................................................... 15
7.1 Navigation Mode................................................................................................ 15
7.2 Standby Mode .................................................................................................... 16
Initialize GPS time ..................................................................................................... 16
7.3 Low Power Mode ............................................................................................... 17
8Satellite Based Augmentation System (SBAS) .......................................................... 18
9TW5340 Configuration.............................................................................................. 19
9.1 GENERAL............................................................................................................. 19
Setting new default parameters ............................................................................... 19
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Loading new Firmware.............................................................................................. 20
9.2 INTERFACE TAB................................................................................................... 21
9.3 GENERAL TAB ..................................................................................................... 21
9.4 MESSAGES TAB................................................................................................... 23
9.5 CONSTELLATIONS ............................................................................................... 27
9.6 TRACKING ........................................................................................................... 28
9.7 1 PPS TAB............................................................................................................ 29
9.8 STANDBY TAB ..................................................................................................... 31
10 NMEA Message Reference........................................................................................ 32
RMC........................................................................................................................... 32
GGA ........................................................................................................................... 33
GSA............................................................................................................................ 34
GSV............................................................................................................................ 35
VTG............................................................................................................................ 36
GLL............................................................................................................................. 36
GNGNS ...................................................................................................................... 37
ZDA............................................................................................................................ 38
Usage......................................................................................................................... 38
WAAS ........................................................................................................................ 39
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©2014 -2015 Tallysman Wireless, Inc. Confidential
1Introduction
The TW5340 GNSS receiver/antenna incorporates the ST STA8088 state of the art
receiver which provides 32 high sensitivity tracking channels which can be assigned
to acquire and track GPS and GLONASS signals simultaneously. The TW5340 is
designed for use in professional grade applications such as precision timing, network
synchronization, low current battery and vehicle tracking applications.
The TW5340 family of GNSS receiver/antennas employs Tallysman’s Accutenna™ dual
feed antenna patch technology which greatly improves rejection of multi-path signals
across the whole GNSS band, resulting in much higher precision than single feed
antennas which are typically tuned to a single GNSS frequency.
The TW5340 supports ST Microelectronics Autonomous A-GPS which accelerates GPS
positioning by predicting satellite ephemeris data based on previous observations, this
results in extremely fast Time-To-First- Fix.
The TW5340 supports 3 modes of operation; Navigation, Standby and Low Current
(expert mode parameters only). A hardware interface is provided for external
application to control the Standby mode, this is especially useful in applications that
require low current drain.
The TW5340 outputs standard NMEA 0183 output with navigation updates rates up to
10Hz are supported. Three (3) messages lists can be output each with different output
rates.
The TW5340 is available with RS232, and CMOS interfaces and input voltage options of
3,3V, 5.0V and 12V.
A standard one pulse-per-second 1PPS output is available as a single ended output or as
a differential output at RS422 levels. The 1PPS can be configured to be synchronized to
UTC, GPS or GLONASS reference time.
Tallysman Windows™based TW5340 Configurator application provides for simple
configuration of TW5340 parameters such as tracking, Standby mode operation, 1 PPS
timing, constellations, SBAS etc.
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©2014 -2015 Tallysman Wireless, Inc. Confidential
Figure 1 TW5340
The TW5340 is housed in an industrial grade weatherproof IP67 enclosure for
19mm diameter (¾”) thru-hole mount or mast mount installations. It is available
with low profile radome for use in tracking applications and with a conical radome
for timing applications.
Figure 2 TW5340
Features
Standalone Integrated GPS/GLONASS Receiver/Antenna
32 channel simultaneous operation
High performance tracking (-162dBm)
Fast time to first fix (35mS)
Accutenna –Dual feed antenna ( high multipath rejection)
SBAS Capable
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©2014 -2015 Tallysman Wireless, Inc. Confidential
Low noise LNA and SAW band-pass filter
NMEA 0183 output; up to 3 lists
Differential 1PPS output
1PPS Qualification
Configuration information saved across power cycles
Waterproof enclosure (IP67)
Standby low current mode
RoHS compliant
2Variants
The TW534X is offered in the following variants:
PRODUCT
PWR
GND
SIGNALS
TW5340 (RS232)
3.3V,5V,12V
☑
TX (RS232)
RX (RS232)
1PPS _ A
(RS422)
1PPS_B
RS422
Fix Qual
/Standby
Wake Up
TW5340 (CMOS)
3.3V, 5V
☑
TX (CMOS)
RX (CMOS)
1PPS _ A
(RS422)
1PPS_B
RS422
Fix Qual
/Standby
Wake up
Table 1
2.1 Ordering Information
Part Numbering:
33-5340-X-YY GPS/GLONASS Smart Antenna
33-5341-X-YY Non-magnetic, GPS/GLONASS Smart Antenna
27-0045-1 TW5340 Test Adaptor
Where X= interface/voltage (0= RS232 12V; 1 = RS232 5V; 2 = CMOS 5V, 3 = CMOS, 3.3V,
4 = N/A, 5 = RS232 3.3V), YY= Radome (00= grey conical, 10=grey low profile, 01=white
conical, 11=white low profile).
3GNSS Systems
Tallysman TW5340 family of GNSS Receiver/Antennas are multi-GNSS receivers that
receive and track GPS, and GLONASS, signals simultaneously.
3.1 GPS
The US Global Position System (GPS) uses L1C/A signals at 1575.42 MHz to determine
position.
3.2 GLONASS
The Russian GLONASS satellite system is an alternative system to the US-based Global
Positioning System (GPS).
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©2014 -2015 Tallysman Wireless, Inc. Confidential
4NMEA Packet Format
The TW5340 serial interface is based on the NMEA-0183 protocol standard.
The NMEA -0183 protocol starts with a “$” character followed by a NMEA Talker ID.
“GP” indicates Talker ID for the GPS constellation
“GL” indicates Talker ID the GLONASS constellation
“GN” indicates Talker ID for all constellations
5Software Utilities
5.1 Open Source GPS Software Utilities
The following open source GPS utility can be used to display the GPS and GLONASS GGA
and GSV messages with Talker ID’s GP and GL.
http://www.visualgps.net/VisualGPSView/
Note: “GN”Talker ID’s are not currently supported by this application.
This VisualGPS application can log data which can subsequently be imported into the
following data conversion application for easy display tracking data on Goggle maps:
http://www.gpsbabel.org/
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©2014 -2015 Tallysman Wireless, Inc. Confidential
6Hardware Interface
The TW5340 is provided with a 5 m cable terminated in a RJ45 connector.
Figure 3
Wire Color
Signal
Comments
Pin #
Brown
Power
12V, 5V or 3.3V depending on model
8
Brown/White
Gnd
0V
7
Blue/White
RX into the TW5340
RS232 level (+/-6V)
CMOS 3.3V
5
Orange
TX out of the TW5340
RS232 level (+/-6.6V)
CMOS 3.3V
6
Green/White
Differential 1PPS output
1PPS_B
(0 to 2.0V levels).
1
Green
Differential 1PPS output
1PPS_A
(0 to 2.0V levels).
2
Orange/White
Wake up Input
Wake Up -input Low
‘”not supported on Rev 1_0 release”
3
Blue
Fix Quality (1PPS Qualification)
/Standby status
Continuous mode (0 to 3.3V)
4
Table 2
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Note 1 :
TW5340 Hardware has been changed on Rev 3 to provide better noise immunity of the
1PPS outputs. The following pin changes were made:
1PPS B was pin 3 & is now pin 1
1PPS A was pin 4 & is now pin 2
Wake up input was pin 1 & is now 3
Fix Quality/Standby status was pin 2 & is now pin 4
Note 2:
There is no change in the Test Adaptor cable 27-0045-0
6.1 TW5340 Installation
For best results the TW5340 GPS Receiver/Antenna should installed with a clear view of
the sky. The GPS Receiver/Antenna will obtain a 3D fix GPS fix with a minimum of 4
satellites.
6.2 Testing
Tallysman TW5340 DB9 Test adaptor (part # 27-0045-1) connects to the RJ45 connector
on the TW5430 and provides a DB 9 COM port connection to a PC for testing purposes.
Figure 4 shows the test system set-up, connect the adaptor RED wire to the positive
supply and the Black wire to Gnd.
If the TW5340 outputs at RS232 levels the Test Adaptor can be plugged directly into the
PC Com Port, if the TW5340 outputs at CMOS levels a CMOS to RS232 converter will be
required between the Test Adaptor and the PC COM port.
Baud Rate
The default output from the TW5340 is 5 digit resolution GGA, GSV and Usage messages
at 115,200 baud. See section 10 for message format information.
Indice
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