HP 1660 Series Guía de configuración

Training Guide

Publication Number E2433-97034

First Edition, November 1997

For Safety information, Warranties, and Regulatory

information, see the pages behind the Index.

Copyright Hewlett-Packard Company 1992–1997

Training Kit for

HP 1660/70 Series Logic

Analyzers

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Ready, Set, Run:

Easy Steps to Logic Analysis

with the HP 1660/70 Series

Start Here

READY With the power off, connect Pod 1 of the analyzer to J1 on the

Training Board. For the HP 1660s, Pod 1 is the top cable in the

left-most position when you are facing the rear of the logic analyzer.

For the HP 1670s, Pod 1 is the top cable in the right-most position

when you are facing the rear of the logic analyzer.

SET Turn on the analyzer by pressing the power switch near the bottom

of the front panel.

The analyzer will take about 15 seconds to boot up.

1660 Series 1670 Series

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RUN Press the Run key, near the upper right corner of the front panel. You

will see the output of an 8-bit ripple counter like this:

Output of the 8-bit Ripple Counter

Next Please read the short introduction and chapter 1 before doing the exercises.

Introduction

iii

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Logic Analysis made easy:

a self-paced training guide

This training kit will quickly teach you how to use the HP 1660 and

HP 1670 Series Logic Analyzers to get your work done. The exercises

in this book will teach you how to perform basic timing and state

analysis measurements and how to make more complex

measurements, such as comparing two state listings, setting up

complex state triggers, and making state and timing measurements

simultaneously. You will also learn oscilloscope measurements if you

are using a logic analyzer that has a built-in oscilloscope. You will see

how easy it is to use the HP 1660 and HP 1670 Series Logic Analyzers,

and at the same time, learn basic digital measurement concepts.

The exercises in this training guide are designed to work with any of

the HP 1660 or HP 1670 Series analyzers with some exceptions: the

exercise in chapter 5, "Mixed Mode - Correlation of State and Timing

Data," will not work with an HP 1663 or HP 1664. Also, you need an

analyzer with an internal oscilloscope for chapters 7 and 8. If your

analyzer has an oscilloscope, you will see a "CS" after the model

number. To do the exercises in chapter 9, you will need an analyzer

with an internal pattern generator. If your analzyer has a pattern

generator, you will see a "CP" after the model number.

Materials needed

You need the following materials to complete the exercises in this

training kit:

•One HP 1660 or HP 1670 Series Logic Analyzer

•This training kit (part number HP E2433-60012)

•Probe assembly (part number HP 01650-61608) or termination

adapter (part number HP 01650-63203)

•One HP 10461A TTL Data Pod

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Using a Mouse

You can perform all of the exercises in this training kit using a mouse.

When an instruction tells you to highlight an item and press the Select

key, you can simply point to that item with the mouse pointer and

press the left mouse button. When you want to scroll up or down a

list, you can press and hold down the right mouse button and move

the mouse forward and backward. Remember, to scroll a field, the

field must be highlighted and have the knob icon at the top of the field.

With a mouse, some of the pop-up menus will have different

appearances from the figures in this guide. For example, when you

select a label and choose modify label from the pop-up menu, a

keypad pop-up appears. This allows you to enter text and numbers

using the mouse rather than the keypad on the front panel of the

analyzer.

Configuration Disk

This kit includes a disk containing configuration files for the analyzer.

The files for each chapter of the training guide set up the analyzer so

you can perform an exercise. This allows you to perform the

exercises in any order. You do not need to use the configuration files

to do the exercises if you are working straight through this training

guide, chapter by chapter.

Getting Unexpected Results

If you get lost or the results of an exercise seem to be different than

this guide indicates, the system may have a previously set

configuration that prevents the exercise steps from working properly.

To remedy this, you can cycle the power on the analyzer and restart

the exercise, or load the configuration files for the exercises you want

to do.

Introduction

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In This Book

This book will teach you how to set up and make measurements with the

HP 1660 Series and HP 1670 Series Logic Analyzers.

You can use this book in two ways: you can start at the beginning and

progress chapter by chapter in a building block approach, or you can

randomly access the exercises you want to do with minimum setup.

Chapter 1 contains an overview of how to use the analyzer and how to make a

measurement.

Chapters 2 through 9 contain measurement exercises designed to be

completed quickly and to teach you the skills you need to start making

successful measurements in your work environment.

Chapter 10 contains an introduction to inverse assembly.

Chapter 11 contains information about setting the jumpers on the training

board and loading the configuration files.

Chapter 12 is a reference chapter describing the training board. It includes a

schematic diagram of the training board circuitry.

If you need additional details on the operation of your logic analyzer, refer to

the User’s Guide supplied with your system.

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Contents

1 Using the Analyzer and Understanding the Measurement

Process

Using the Analyzer 1–3

Understanding the Measurement Process 1–4

2 Introduction to Timing Analysis

Before You Begin 2–3

Put the Analyzer into Timing Mode 2–4

Change a Label Name 2–5

Modify Channel Assignments 2–6

Define a Term for the Timing Trigger 2–7

Set Up the Trigger Specification 2–8

Trigger on the Term and Examine the Waveform 2–9

3 Introduction to State Analysis

Before You Begin 3–3

Put the Analyzer into State Mode 3–4

Set Up the State Clock 3–5

Change a Label Name 3–6

Modify Channel Assignments 3–7

Define a Term for the State Trigger 3–8

Set Up Level 1 of the State Trigger Specification 3–9

Set Up Level 2 of the State Trigger Specification 3–10

Run the State Analyzer and View and Change the State Listing 3–11

Create Symbols to Display State Data 3–12

Create Additional Symbols 3–13

Select and View Symbols in the State Listing 3–14

4 Comparing State Traces

Before You Begin 4–3

Check the Configuration 4–4

Set Up the State Trigger Specification 4–5

Run the Analyzer and View the State Listing 4–6

Copy the State Listing to the Compare Reference Listing 4–7

vii

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Change the Jumper to Acquire a Different State Listing 4–8

Run the Analyzer and Find the Errors 4–9

5 Mixed Mode - Correlation of State and Timing Data

Before You Begin 5–3

Connect the Timing Analyzer 5–4

Put the Analyzer into State and Timing Modes 5–5

Change a Label Name and Modify Channel Assignments 5–6

Turn on the TCOUNT Label in the Waveform Menu 5–6

Clear the Timing Analyzer Trigger 5–7

Set Up the State Trigger Specification 5–7

Enable Time Correlation between the Timing and State Analyzers 5–8

Arm the Timing Analyzer with the State Analyzer 5–9

View the Mixed-Mode Display with Time-Correlated Markers 5–10

6 Advanced State Triggering

Before You Begin 6–3

Put the Analyzer into State Mode 6–4

Define State Trigger Terms "a" through "d" 6–5

Define State Trigger Term "e" and Range1 6–6

Add State Trigger Sequence Levels 6–7

Set Up Level 1 of the State Trigger Specification 6–8

Set Up Level 2 of the State Trigger Specification 6–9

Set Up Level 3 of the State Trigger Specification 6–10

Set Up Level 4 of the State Trigger Specification and Define a Combination

Trigger Term 6–11

Check the Trigger Specification 6–13

Run the State Analyzer and View the Data 6–14

7 Using the Oscilloscope

Before You Begin 7–3

Connect the Channel 1 Oscilloscope Probe 7–4

Get the Waveform on the Display 7–5

Delete Channel 2 from the Display 7–6

Zoom and Scroll Through the Clock Waveform 7–7

Contents

viii

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Measure the Clock Period Manually 7–8

Measure the Clock Period with Auto Measure 7–9

Read Voltage with the Markers 7–10

8 Triggering the Oscilloscope with the Timing Analyzer

Before You Begin 8–3

Set the Jumpers 8–4

Connect the Oscilloscope Probe 8–5

Get the Waveform on the Display 8–6

Change the Oscilloscope Trigger 8–7

Turn On the Timing Analyzer 8–8

Set Up the Timing Format Menu 8–9

Define the Timing Trigger Term "Edge 1" 8–10

Set Up the Timing Trigger Specification 8–11

Arm the Oscilloscope with the Timing Analyzer 8–12

Add Oscilloscope Waveform to the Timing Waveforms 8–13

Capture the Glitch with the Timing Analyzer and Oscilloscope 8–14

Align the Glitch Displayed by the Oscilloscope and Analyzer 8–15

9 Using the Pattern Generator

Before You Begin 9–3

Connect the Pattern Generator 9–4

Turn On the Timing Analyzer 9–5

Change a Label Name 9–6

Modify Channel Assignments 9–7

Set Up the Timing Analyzer Trigger Term 9–8

Add a Pattern Generator Label to the Timing Waveform Display 9–9

Set Up the Pattern Generator Format Menu 9–10

Program the Pattern Generator Output 9–12

Add Program Lines 9–13

Start the Pattern Generator and View the Walking Ones Pattern 9–14

Stop the Pattern Generator 9–15

Contents

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10 Introduction to Inverse Assembly

Load the Inverse Assembler and Sample Listing 10–3

View the Address, Data, and Status Labels 10–4

View the Assembly Listing 10–5

Filter the Captured Data 10–6

11 Setting the Jumpers and Loading the Configurations

To Set the Jumpers 11–3

To Load a Configuration File 11–5

12 All About the Logic Analyzer Training Board

Power Source 12–2

Circuit Description 12–2

Jumpers 12–3

Schematic 12–4

Contents

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