Cooper LP800 manuales

Cooper LP800 Guía de usuario (567 paginas)

Marca: Cooper | Categoria: Probadores De La Red De Cable | Tamaño: 3.45 MB |

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Tabla de contenidos

User’s Guide

1

Simulation ExamplesChapter 2

4

Part Two Desi

5

ModelsChapter 4

6

Symbols for ModelsChapter 5

7

Chapter 6

8

Chapter 7

9

Contents

10

AC AnalysesChapter 10

11

Transient AnalysisChapter 11

11

Contents xiii

13

Part Four Viewin

15

Results

15

Before You Be

25

MicroSim PSpice A/D

26

Overview

26

How to Use this Guide

27

Related Documentation

28

Online Help

29

If You Don’t Have the

30

Standard PSpice A/D

30

If You Have the Evaluation

33

What’s New

34

BSIM3 version 3 MOSFET model

35

Part One

36

What is PSpice A/D?

38

Basic Anal

39

AC sweep and noise

40

Transient and Fourier

41

Advanced Multi-Run Anal

42

Monte Carlo and sensitivit

43

/worst-case

43

Schematics to Prepare for

45

Simulation

45

What is the Stimulus Editor?

45

What is the Parts Utilit

46

What is Probe?

46

Files Needed for

47

Other Files That You Can

48

Model librar

49

Files That PSpice A/D

51

Generates

51

PSpice output file

52

Simulation Examples

53

Example Circuit

54

Creation

54

Connection Points

56

Example Circuit Creation 2

57

Bias Point Anal

58

the Bias Information

59

the Simulation Output File

61

DC Sweep Anal

62

DC Sweep Dialo

63

12 Simulation Examples

64

To delete all of the traces

67

Amplitude = 10

69

Transient Analysis

70

AC Sweep and

73

Noise Analysis Dialo

73

Parametric Dialog Box

78

all 21 traces in Probe

79

Probe Performance

82

To plot

83

Part Two

85

Preparin

86

a Schematic for

86

Checklist for Simulation

87

Using Schematic Markers to

88

Add Traces on page 17-13

88

Limiting Probe Data File

88

Size on page 17-15

88

For more information on

89

Parts That You

92

Can Simulate

92

Vendor-Supplied Parts

93

To find parts usin

95

the online Librar

95

Passive Parts

96

Breakout Parts

97

Behavioral Parts

98

Global

99

Parameters and

99

Expressions for Values

99

VSUPPLY

100

{VSUPPLY}

100

Expressions

101

Table 3-1

102

Operators in Expressions

102

Table 3-2

103

Power Supplies

106

Stimuli

108

VPWL_F_N_TIMES**

109

Devices

110

VSRC or ISRC s

111

Stimuli 3

112

Unmodeled Parts

113

Library List or read the

114

Unmodeled Pins

116

Check for this

117

DC Path to Ground

118

and Editin

119

What Are Models?

121

How Are Models

122

Local models

123

Global models

123

Nested Model Libraries

124

MicroSim-Provided Models

124

Tools to Create and Edit

125

Parts-Supported Device T

130

How to Fit Models

132

To fit the model

133

To view performance curves

133

the Parts Utilit

134

Parts utility supports. See

136

for details

136

What is an instance model?

138

What happens if

140

The Parts Utilit

141

Tutorial

141

Diode Model

142

Values for the Dbreak-X

142

the Model Editor

147

Model Properties

148

the Model Editor from

151

Example: Editin

153

a Q2N2222

153

Instance Model

153

the edits and updatin

154

the schematic

154

the Create

155

Subcircuit Command

155

Instance

157

How PSpice A/D Uses Model

161

Libraries

161

search path

165

Chapter Overview

166

What’s Different About

168

Simulation?

168

➥ Automatically create

169

➥ Produce a compact

169

➥ Automatically create one

169

To set up a model librar

170

How to Start the S

171

How the S

172

How to Create AKO S

174

To confi

176

14 Creatin

179

Symbols for Models

179

How Schematics Places

180

✔ Does the value of the

183

✔ Does the TEMPLATE

183

✔ Are the pins/nodes in the

183

✔ Do the pin/node names in

183

SIMULATION ONLY

184

TEMPLATE

185

Attribute names in templates

186

The ^ character in templates

187

IN+ OUT+ IN- OUT

190

IO_LEVEL

192

MNTYMXDLY

193

IPIN attributes

194

Behavioral Modelin

195

Overview of Analo

196

Behavioral Modelin

196

ABM Expressions

198

the Use of a Global

199

Definition

199

ABM Part Templates

200

Control S

201

Basic Components

203

Limiters

204

HIPASS Filter Part

206

BANDPASS Filter

206

Part Example

206

BANDREJ Filter

207

Table Look-Up Parts

208

FTABLE Part

210

+ (6kHz,-60,-6912)

211

+ DELAY=3.2ms

211

Laplace Transform Part

212

LAPLACE Part

213

Example 1

213

Example 2

213

Math Functions

215

ABM Expression Parts

215

ABM Expression

216

Part Example 1

216

Part Example 2

217

Part Example 3

218

Part Example 4

218

An Instantaneous Device

219

Example: Modelin

219

a Triode

219

Control System Parts 6

221

PSpice A/D-Equivalent

222

Implementation of PSpice A/D

223

Equivalent Parts

223

Mathematical or

224

Instantaneous Relationships

224

EVALUE Part

225

GVALUE Part

225

EMULT Part

226

Lookup Tables (ETABLE and

227

34 Analo

228

Frequenc

229

-Domain Device

229

Laplace Transforms (LAPLACE)

229

Response Tables

231

(EFREQ and GFREQ)

231

EFREQ Part

232

PSpice A/D-Equivalent Parts 6

233

Instantaneous Device Modelin

234

-Domain Parts

235

Laplace Transforms

235

-0.001·s

236

Off Computer

239

Resources For Accurac

239

Basic Controlled

240

Introduction

242

Functional

243

Behavior

243

Table 7-1

244

Functional Behavior 7

247

+ IO_STD

249

Characteristics

251

DIGMNTYSCALE

253

DIGTYMXSCALE

253

constraints

253

Calculation

254

Inertial and Transport Dela

255

Transport dela

256

Input/Output

257

Characteristics

257

and TSWHL

259

Table 7-2

260

Output Stren

261

Controllin

263

overdrive

263

Pin-to-Pin Dela

273

(PINDLY

273

Primitive)

273

Constraint Checker

276

(CONSTRAINT Primitive)

276

Setup_Hold

276

The 74160 Example

277

Part Three

281

Parametric

284

PSpice A/D Basics+

284

Up Anal

285

Execution Order for Standard

286

Output Variables

287

Modifiers

288

Up Analyses 8

289

Table 8-4

290

The IGBT device

291

Simulation

293

Method 1

295

Method 2

295

The Simulation Status Window

296

Simulation pro

297

DC Sweep

299

DC Sweep Setup

299

Overview of DC Sweep

300

4 DC Analyses

301

Up a DC Stimulus

302

Nested DC Sweeps

303

Curve Family

304

Example Schematic

304

8 DC Analyses

305

Bias Point Detail

306

Small-Si

308

Transfer

308

Overview of Small-Si

309

DC Sensitivit

310

Overview of DC Sensitivit

311

AC Sweep Anal

313

Up an AC Stimulus

314

Magnitude_value [phase_value]

315

Up an AC Anal

316

AC Sweep Setup in

317

“example.sch”

317

How PSpice A/D Treats

318

Nonlinear Devices

318

8 AC Analyses

319

This is exactly how a double

319

Noise Anal

320

What is Noise Anal

321

Up a Noise Anal

322

Noise in Probe

323

14 AC Analyses

325

To find out more about Probe

325

Transient Anal

326

Overview of Transient

327

a Time-Based

328

Stimulus

328

The Stimulus Editor

330

6 Transient Analysis

331

the Stimulus Editor

332

Example: sine wave sweep

334

New Stimulus S

335

a Stimulus

337

To manuall

338

14 Transient Analysis

339

Transient (Time)

340

Response

340

Transient

340

Internal Time Steps in

342

Electronic

343

Hysteresis Curves 11

344

Fourier Components

345

Fourier Components 11

346

Parametric and Temperature

347

Parametric Anal

348

Overview of Parametric Anal

349

Example: RLC Filter

349

the simulation

350

Parametric Analysis 12

353

up the circuit

354

CvF(-I(Vin)/V(1,0))

355

CvF(-I(Vin)/V(1))

355

Temperature Anal

357

Statistical Anal

360

Waveform Reports

362

Collatin

362

Functions

362

Table 13-1

363

Monte Carlo Anal

365

Monte Carlo

365

Tutorial: Monte Carlo Anal

368

up the parameters

370

R=1 DEV=5%

374

Monte Carlo Histo

377

Analysis Setup Example

378

To displa

381

the center frequenc

381

Center Frequency Histogram

382

Worst-Case Anal

383

Procedure

384

Worst-Case Analysis 13

385

YatX Goal

387

Schematic

390

Demonstratin

390

Use of VARY

390

Manual optimization

392

Monte Carlo anal

392

MicroSim

395

Schematics User’s Guide

395

Concepts You Need to

396

Understand

396

Top-Level Interface Ports

399

To add a transition

403

To move a transition

403

To edit a transition

403

To set the default bus radix

406

To add a loop

407

To define a clock si

409

DIGCLOCK

409

the FILESTIM Device

411

Adjustin

414

Simulation Parameters 14

414

the Simulation

415

IN1 IN2 Q1 Q2

417

To add a di

418

Buses to a Probe Plot

419

To add a bus expression

420

Persistent hazards

421

Analyzin

422

Results 14

422

Simulation condition messa

423

Table 14-4

424

Output control options

426

Interface Subcircuit

429

Selection b

429

PSpice A/D

429

Level 1 Interface

430

Level 2 Interface

431

the Default A/D Interface

432

To create a custom di

435

Interface Generation

438

PSpice A/D representation

439

+ T_BUF IO_STD

444

Critical Hazard

447

Cumulative Ambi

449

Reconver

450

Glitch Suppression Due

452

Methodolo

453

Part Four

456

Overview of Probe

458

Elements of a Probe Plot

459

Elements of a Plot Window

460

Multiple Plot Windows

461

Probe Colors

462

Reference Manual

465

Other Wa

468

Schematic Markers to Add

469

Probe Data File Size

471

16 Analyzin

472

Waveforms in Probe

472

Simulation Data from

474

Multiple Files

474

Appendin

475

data files

475

To append a data file

475

Trace Le

476

Simulation Results in

477

ASCII Format

477

Example

478

Example.dat)

479

24 Analyzin

480

About Di

481

About the Oscillator Circuit

482

Up the Schematic

482

Mixed Analo

485

User Interface Features

486

To zoom in the analo

487

area usin

487

the mouse

487

Scrollin

488

To set the di

489

To move labels

492

User Interface Features 17

495

Probe Trace

500

Basic Output Variable Form

501

Terminals

502

Table 17-4

503

Probe Output Variable Formats

503

Table 17-5

505

Table 17-6

505

Output Variable AC Suffixes

505

Table 17-7

506

Table 17-8

507

Device Type

507

Table 17-9

508

Noise Types by Device Type

508

/Hz. This means

509

/Hz, NTOT(ONOISE)

509

Trace Expressions

510

Probe Trace Expressions 17

511

The Bias Information Toolbar

518

Bias Point Volta

520

Currents

521

Label Associations

523

colors for bias information

524

If You Have Hierarchical

525

Bias Point Values

526

Run the simulation

527

Other Output Options

528

Additional

530

Results to the

530

PSpice Output File

530

4 Other Output Options

531

PSpice A/D defaults to MAG

531

Test Vector

533

Initial State

534

Save and Load Bias

535

Load Bias Point

536

Setpoints

537

Setpoints A

538

Initial

539

Conditions

539

Too Small Errors”

540

V/(N*k*T)

542

V/(N*.025)

543

Is the Initial Approximation

544

Close Enou

544

STEPGMIN

545

Bias Point and DC

546

Switches

547

Transient Analysis B

550

.TRAN/OP

551

Parasitic Capacitances

552

Inductors and Transformers

552

Junction

553

ERROR

554

16 Conver

555

Index-10

565

Index-11

566

Index-12

567

Cooper LP800 Manual de usuario (14 paginas)

Marca: Cooper | Categoria: Probadores De La Red De Cable | Tamaño: 0.44 MB |

Inglés

Tabla de contenidos

LP800 Loop Tester

1

CONTENTS

2

2 HARDWARE CONNECTIONS

3

3 SOFTWARE

3

PUBLIC ACCESS LEVEL 1

4

4 LOOP DEVICES

4

5 DEVICE STATUSES

5

SILENCE ALARMS

6

6 REPORTS

9

7 LOOP DATA BASES

10

8 SUPPORTED DEVICES

12

LP800 Loop Testet

14

PR209-165-501-02M

14

PINSTLP800

14

Cooper dispositivos