Vector CANcaseXL manuály

Uživatelské manuály a uživatelské příručky pro Výkonové šroubováky Vector CANcaseXL.
Poskytujeme 3 manuály pdf Vector CANcaseXL ke stažení zdarma podle typů dokumentů: Uživatelský manuál, Specifikace, Uživatelská příručka


Tabulka s obsahem

Vehicle Network Toolbox™

1

User's Guide

1

How to Contact MathWorks

2

Revision History

3

Contents

5

Using a CAN Database

6

Monitoring Vehicle CAN Bus

7

XCP Communication Workflows

7

Functions — Alphabetical List

10

Block Reference

10

Getting Started

11

1 Getting Started

12

Product Capabilities

13

Product Capabilities

15

Install Required Components

17

Install Required Components

19

Driver Library

19

Receive Workflow

25

Discover Installed Hardware

27

Create a CAN Channel

27

Start the Channel

29

Create a Message

29

Transmit a Message

31

Unpack a Message

33

Multiplex Signals

35

Access the Toolbox

41

Hardware Support Package

43

Installation

43

Vector CAN Device Support

44

Vector CAN Device Support

45

MathWorks account

48

Kvaser CAN Device Support

53

CAN Communication Workflows

59

CAN Transmit Workflow

60

CAN Transmit Workflow

61

3 CAN Communication Workflows

62

CAN Receive Workflow

63

Vector CAN Database Support

68

Load the CAN Database

69

Create a CAN Message

69

4 Using a CAN Database

70

Update Database Information

71

Minimum: 250

73

Minimum

73

Change Signal Information

75

Vehicle CAN Bus Monitor

86

File Menu

87

5 Monitoring Vehicle CAN Bus

88

Vehicle CAN Bus Monitor

89

Attach a Database

93

Change the Message Count

95

Change the Number Format

95

View Unique Messages

95

6 XCP Communication Workflows

100

A2L File

101

A2L File Support

102

Access an A2L File

103

Access Event Information

104

Open an A2L file:

105

7 A2L File

106

Protocol (XCP)

107

XCP Interface

108

XCP Hardware Connection

109

Read a Single Value

113

Write a Single Value

114

CAN Communication in Simulink

119

Message Transmission Workflow

120

Message Reception Workflow

122

Configure the CAN Pack Block

130

Build a Message Receive Model

131

Save and Run the Model

139

Step 14: View the Results

141

Create Custom Blocks

143

Hardware Limitations

145

10 Hardware Limitations

146

XCP Data Acquisition over CAN

151

Description

156

Input Arguments

156

Examples

156

More About

157

Properties

159

See Also

160

Output Arguments

162

CAN.ChannelInfo class

250

CAN.VendorInfo class

252

Characteristics

256

BusSpeed

257

BusStatus

259

Database

261

Device(NI)

264

DeviceChannelIndex

265

DeviceSerialNumber

266

DeviceVendor

267

Extended

269

InitializationAccess

273

MessageReceivedFcn

274

MessageReceivedFcnCount

276

Messages

277

MessagesAvailable

278

MessagesReceived

279

MessagesTransmitted

280

Name (Database)

281

Name (Message)

282

NumOfSamples

283

ReceiveErrorCount

285

SilentMode

288

Timestamp

293

TransceiverName

294

TransceiverState

295

TransmitErrorCount

297

UserData

300

Measurements

302

SlaveName

304

FileName

305

FilePath

306

ProtocolLayerInfo

307

TransportLayerCANInfo

308

A2LFileName

309

SeedKeyDLL

310

TransportLayer

311

TransportLayerDevice

312

CAN Configuration

314

Dialog Box

315

14 Block Reference

316

Code Generation

319

CAN Pack

322

CAN Pack

325

Conversion Formula

331

CAN Receive

332

CAN Receive

335

CAN Replay

337

CAN Transmit

341

CAN Unpack

345

Parameters

347

CAN Unpack

349

XCP Configuration

356

XCP Configuration

357

XCP Data Acquisition

358

XCP Data Acquisition

359

XCP Data Stimulation

362

XCP CAN Transport Layer

365

XCP CAN TL Receive

367

XCP CAN TL Transmit

369





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