Pni TCM Manuel d'utilisateur

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User Manual
TCM
High-Performance Tilt-Compensated Compass Module
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Résumé du contenu

Page 1 - User Manual

User Manual TCM High-Performance Tilt-Compensated Compass Module

Page 2 - Table of Contents

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 5 Table 3-4: I/O Characteristics Parameter Value Communication Interface T

Page 3

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 6 3.2 Mechanical Drawings The default orientation is for the silk-screen

Page 4

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 7 The default orientation is for the silk-screened arrow to point in the “

Page 5 - List of Figures

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 8 4 Set-Up This section describes how to configure the TCM in your host sy

Page 6

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 9 4.2 Installation Location The TCM’s wide dynamic range and sophisticated

Page 7 - 2 Introduction

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 10 Determine if the magnetic field is within the dynamic range of the compa

Page 8 - 3 Specifications

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 11 4.3.2 Mounting Orientation The TCM can be mounted in various orientati

Page 9

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 12 5 User Calibration The magnetic sensors in the TCM are calibrated

Page 10

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 13 5.1 Magnetic Calibration Two fundamental types of magnetic distort

Page 11 - 3.2 Mechanical Drawings

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 14 Other Considerations The TCM measures the total magnetic field wi

Page 12

PNI Sensor Corporation DOC#1014688 r07 TCM User Manual – July 2013 Page i Table of Contents 1 COPYRIGHT & WARRANTY INFORMATION ...

Page 13 - 4 Set-Up

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 15 Before proceeding with a calibration, ensure the TCM is properl

Page 14 - 4.2 Installation Location

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 16 Table 5-2: 12 Point Full-Range Calibration Pattern Sample # Yaw1 Pitch

Page 15 - 4.3 Mechanical Mounting

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 17 Table 5-3: 12 Point 2D Calibration Pattern Sample # Yaw Pitch1 Roll1 1

Page 16 - 4.3.2 Mounting Orientation

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 18 Note that a similar and acceptable alternative pattern would b

Page 17 - 5 User Calibration

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 19 vector, which in turn will result in an inaccurate heading reading. For

Page 18 - 5.1 Magnetic Calibration

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 20 Note: While the TCM is shown removed from the host system, the Acceler

Page 19

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 21 6 Operation with TCM Studio TCM Studio puts an easy-to-use, graphi

Page 20

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 22 6.2 Connection Tab 6.2.1 Initial Connection If using the PNI dual-con

Page 21 - 5.1.2 2D Calibration

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 23 6.2.3 Changing Modules Once a connection has been made, TCM Studio will

Page 22 - Footnote:

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 24 Table 6-1: Mounting Orientations TCM Studio Description Figure 4-2 Desc

Page 23

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page ii 6.3.10 Default ...

Page 24

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 25 6.3.4 Output The TCM module can output heading, pitch, and roll in eit

Page 25

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 26 Acquire Delay The Acquire Delay sets the time between samples taken by t

Page 26 - 6 Operation with TCM Studio

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 27 the <Take Sample> button will indicate to the module to

Page 27 - 6.2 Connection Tab

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 28 6.4 Calibration Tab Note: The default settings are recommended for th

Page 28 - 6.3 Configuration Tab

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 29 6.4.2 Calibration Results Once a calibration is complete, the “Calibrat

Page 29 - 6.3.3 Endianess

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 30 6.4.3 Current Configuration These indicators mimic the pertinent select

Page 30 - 6.3.7 Acquisition Settings

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 31 6.5 Test Tab 6.5.1 Current Reading Once the <Go> button is sele

Page 31 - 6.3.9 Calibration Settings

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 32 6.5.4 Sync Mode Sync Mode enables the module to stay in Sleep Mode

Page 32 - 6.3.11 Retrieve

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 33 6.6 Log Data Tab TCM Studio can capture measurement data and then expo

Page 33 - 6.4 Calibration Tab

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 34 6.7 Graph Tab The graph provides a 2-axis (X,Y) plot of the measured f

Page 34 - 6.4.2 Calibration Results

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page iii 7.3.24 kSetAcqParams (frame ID 24d) ...

Page 35 - 6.4.5 Clear

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 35 6.8 System Log Tab The System Log tab shows all communication between

Page 36 - 6.5 Test Tab

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 36 7 Operation with PNI Binary Protocol The TCM utilizes a binary com

Page 37 - 6.5.4 Sync Mode

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 37 7.2 Parameter Formats Note: Floating-point based parameters conform to

Page 38 - 6.6 Log Data Tab

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 38 Signed 16-Bit Integer (SInt16) SInt16-based parameters are signed 16

Page 39 - 6.7 Graph Tab

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 39 Unsigned 8-Bit Integer (UInt8) UInt8-based parameters are unsigned 8-bit

Page 40 - 6.8 System Log Tab

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 40 17 kUserCalSampleCount Sent from the TCM after taking a calibration samp

Page 41 - 7.1 Datagram Structure

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 41 32 30 38 C7 87” can be decoded to read “TCM5 1208”. Also, the TCM XB is

Page 42 - 7.2 Parameter Formats

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 42 Component types are listed below. All are read-only values. kHeading,

Page 43 - Little Endian

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 43 Example: If heading and pitch are set to be output per the k

Page 44

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 44 Table 7-4: Configuration Identifiers Settings Config. IDd Format Values

Page 45 - Revision

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page iv List of Tables Table 3-1: Performance Characteristics1 3 Table 3-2:

Page 46

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 45 kDeclination (Config. ID 1d) This sets the declination angle to determin

Page 47 - 7.3.4 kGetData (frame ID 4

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 46 last sample point. If the user wants to have maximum control

Page 48 - 7.3.6 kSetConfig (frame ID 6

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 47 After this second calibration, the coefficients values from the second c

Page 49

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 48 7.3.9 kSave (frame ID 9d) This frame commands the TCM to save in

Page 50

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 49 The CalOption values are given below, along with basic descriptions of t

Page 51

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 50 Initiate a calibration using the kStartCal command. Note that this co

Page 52 - 7.3.7 kGetConfig (frame ID 7

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 51 would be in the filter. Once the taps are cleared, it is necessary to f

Page 53 - Cal Option

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 52 20 05.8693165018301e-2 21 05.2436112653103e-2 22 04.54026825098

Page 54

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 53 7.3.16 kSaveDone (frame ID 16d) This frame is the response to kSave fra

Page 55 - 7.3.11 kStopCal (frame ID 11

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 54 DistError: For a magnetic calibration, this score indicates if the distr

Page 56

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 1 1 Copyright & Warranty Information © Copyright PNI Sensor Corporat

Page 57

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 55 7.3.23 kPowerUpDone (frame ID 23d) This frame confirms the TCM received

Page 58

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 56 advantage of running with an AcquireDelay of 0 is the FIR fil

Page 59

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 57 7.3.31 kTakeUserCalSample (frame ID 31d) This frame commands the TCM to

Page 60 - SampleDelay

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 58 Example: With a baud rate of 38400, the minimum delay after sending FFh

Page 61

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 59 7.4 Code Examples The following example files, CommProtocol.h, Co

Page 62

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 60 kSet AcqPar ams, / / 24 kGet AcqPar ams, / / 25 kAcqPa

Page 63

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 61 kMount edXUpPl us180 / / 9 kMount edXUpPl us270 / / 10 kMoun

Page 64 - 7.4 Code Examples

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 62 7.4.2 CommProtocol.h File #pr agma once #i ncl ude " Syst emSe

Page 65

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 63 CommPr ot ocol ( CommHandl er * handl er = NULL, Ser Por t

Page 66

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 64 7.4.3 CommProtocol.cpp File #i ncl ude " CommPr ot ocol . h"

Page 67 - 7.4.2 CommProtocol.h File

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 2 2 Introduction Thank you for purchasing PNI Sensor Corporation’s T

Page 68

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 65 mOut Dat a[ i ndex++] = count >> 8; mOut Dat a[ i ndex+

Page 69 - 7.4.3 CommProtocol.cpp File

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 66 swi t ch( mSt ep) { case 1: { / / wai t f or l e

Page 70

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 67 / / go back t o l ooki ng f or t he l engt h byt es.

Page 71

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 68 7.4.4 TCM.h File #pr agma once #i ncl ude " Pr ocesses. h"

Page 72

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 69 7.4.5 TCM.cpp File #i ncl ude " TCM. h" #i ncl ude "

Page 73 - 7.4.4 TCM.h File

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 70 } / / l oop t hr ough and col l ect t he el emen

Page 74 - 7.4.5 TCM.cpp File

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 71 def aul t : / / Message i s a f unct i on t hat di

Page 75

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 72 pkt [ 2] = CommPr ot ocol : : kPi t ch; pkt [ 3] = Co

Page 76

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 3 3 Specifications 3.1 Characteristics & Requirements Table 3-1: Per

Page 77

PNI Sensor Corporation DOC#1014688 r06 TCM User Manual – July 2013 Page 4 Table 3-2: Absolute Maximum Ratings Parameter Minimum Maximum Units Supp

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