[PDF] Automotive Oscilloscope Diagnostic Kit

Principes fondamentaux des oscilloscopes

Oscilloscope – Terme le plus couramment utilisé DSO – Digital Storage Oscilloscope (Oscilloscope à mémoire numérique) Oscilloscope nu—mérique Oscilloscope de numérisation Oscilloscope analogique – Technologie plus ancienne, mais toujours en usage de nos jours CRO – Cathode Ray Oscilloscope (Oscilloscope cathodique) Bien que la

EDU 09 EDUCATIONAL PC OSCILLOSCOPE KIT DISCOVER THE FR KIT D

Oscilloscope terminology DC coupling: The oscilloscope displays both the AC and the DC component of a signal Digital: Digital scopes perform an analog to digital conversion on the incoming signal and handle all the calculations and displaying in the digital domain Digital signals feature only two fixed levels, usually 0V and +5V

Oscilloscope Exercises for Analog & Digital scopes

oscilloscope to CH2 Then change the trigger to CH2 and observe the characteristics of the pulses as you vary amplitude, pulse duration (width), and pulse repetition rate 3 Observe both generators at the same time on the screen by using the ALT and chopped modes of the vertical amplifier

Automotive Oscilloscope Diagnostic Kit

Pico Technology Oscilloscope Diagnostics Kit Quick Start Guide DO155-3 1 1 Introduction The Pico Technology Oscilloscope Diagnostics Kits are based on our PicoScope 4000 Series Automotive PC Oscilloscopes and include our own automotive-specific software The PC Oscilloscope turns a laptop or desktop PC into a powerful automotive

L’oscilloscope : Principe & Mesure

Montage : oscilloscope en fonctionnement bicourbe R1 = 10 kΩ, R2 = 22 kΩ Relever les oscillogrammes Mesurer la tension crête Ce branchement permet de

TP N° 2 UTILISATION DE L’OSCILLOSCOPE

l’oscilloscope, on élimine la base de temps en appuyant sur la touche XY On obtient ainsi une ellipse : 3 1 Déterminer sin M 3 2 Déduire la valeur de Remplissez le tableau suivant en comparant chaque fois le déphasage mesuré (directement par l’oscilloscope M oscillo ou par Lissajous (M Lissajous) avec sa valeur théorique

Premier exercice : ( 7 pts) Oscillations mécaniques

réalise le montage schématisé par la figure1 Le branchement d'un oscilloscope est indiqué sur cette figure La f é m du générateur est : E = 10 V A -

PicoScope série 2000 - PC Oscilloscope, Data Logger & RF

supérieures à celles offertes par un oscilloscope sur banc typique Décodage série Le PicoScope série 2000 inclut le décodage série en standard Les protocoles actuellement inclus sont I²C, SPI, RS232/UART et le bus CAN Cette liste s'allonge au fur et à mesure du lancement de mises à niveau de logiciels gratuits

PN2907A General Purpose Transistor

TO OSCILLOSCOPE RISE TIME ≤ 5 0 ns +15 V -6 0 V 1 0 k 37 50 1N916 1 0 k 200 ns-30 V TO OSCILLOSCOPE RISE TIME ≤ 5 0 ns INPUT Zo = 50 PRF = 150 PPS RISE TIME ≤ 2 0 ns P W < 200 ns INPUT Zo = 50 PRF = 150 PPS RISE TIME ≤ 2 0 ns P W < 200 ns Figure 1 Delay and Rise Time Test Circuit Figure 2 Storage and Fall Time Test Circuit

ARDUINO : Sorties PWM

oscilloscope est un instrument de mesure destiné à visualiser un signal électrique (le plus souvent variable au cours du temps) La représentation du branchement d'un oscilloscope est la suivante (exemple pour une résistance) : couleurs) le branchement de l’appareil sur CH est l'abréviation de channel On trouve aussi Voie1 ou VoieA

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[PDF] voltmetre serie ou derivation

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Automotive Oscilloscope Diagnostic Kit

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DO155-3

Automotive Oscilloscope

Diagnostics Kit

Quick Start Guide

Guide de démarrage

Kurzanleitung

Breve guida introduttiva

Guía rápida de inicio

Beknopte handleiding

Pico Technology

James House

Colmworth Business Park

St Neots

Cambridgeshire

PE19 8YP

United Kingdom

Tel: +44 (0) 1480 396 395

Fax: +44 (0) 1480 396 296

Email: support@picoauto.com

Web: www.picoauto.com

© Copyright 2009-11 Pico Technology Ltd. All rights reserved.

Revision history:

1) 11.2.09 New

2) 15.6.10 Revised safety warnings. Removed

parts lists. Added 4223 specifications.

Added Windows 7.

3) 12.12.11 Plain cover.

Pico Technology Oscilloscope Diagnostics Kit Quick Start Guide

DO155-3 iii

CONTENTS (ENGLISH)

1 Introduction ...................................................................... 1

2 Installation Guide ............................................................... 2

2.1 Installing the software ................................................ 2

2.2 Connecting the PC Oscilloscope to your PC .................... 2

2.3 Starting the application software .................................. 2

2.4 Finding your way around PicoScope .............................. 3

2.5 Making your first measurement ................................... 4

3 Safety Warnings ................................................................ 5

4 Technical Support .............................................................. 6

5 Key Specifications of the PicoScope 4000 Series Automotive

PC Oscilloscopes ........................................................ 7

TABLE DES MATIÈRES (FRANÇAIS)

1 Introduction ...................................................................... 8

2.1 Installation du logiciel ................................................ 9

2.3 Démarrage du logiciel de l'application ........................... 9

2.4 Comment s'y retrouver dans PicoScope ....................... 10

2.5 Comment effectuer votre première mesure .................. 11

3 Avertissements relatifs à la sécurité ..................................... 12

4 Support technique ............................................................. 13

5 Principales spécifications des oscilloscopes PC PicoScope série

4000 pour automobile ............................................... 14

INHALTSVERZEICHNIS (DEUTSCH)

1 Einführung ....................................................................... 15

2 Installationsanleitung ......................................................... 16

2.1 Installation der Software ........................................... 16

2.2 Anschluss des PC-gestützten Oszilloskops an Ihren PC ... 16

2.3 Starten der Anwendungssoftware ................................ 16

2.4 Navigation in PicoScope ............................................. 17

2.5 Durchführung der ersten Messung ............................... 18

3 Sicherheitshinweise ........................................................... 19

4 Technische Unterstützung .................................................. 20

5 Technische Hauptdaten des PC-gestützten Oszilloskops Serie

PicoScope 4000 Automotive ....................................... 21 Oscilloscope Diagnostics Kit Quick Start Guide Pico Technology iv DO155-3

INDICE (ITALIANO)

1 Introduzione ..................................................................... 22

2 Guida per l'installazione ..................................................... 23

2.1 Installazione del software .......................................... 23

2.2 Connessione dell'oscilloscopio al PC ............................. 23

2.3 Avvio del software applicativo..................................... 23

2.4 Istruzioni sull'uso di PicoScope ................................... 24

2.5 La prima misurazione ................................................ 25

3 Avvisi sulla sicurezza ......................................................... 26

4 Assistenza tecnica ............................................................. 27

5 Caratteristiche tecniche chiave dell'oscilloscopio per PC

PicoScope Automotive serie 4000 ................................ 28

ÍNDICE (ESPAÑOL)

1 Introducción ..................................................................... 29

2 Guía de instalación ............................................................ 30

2.1 Instalación del software ............................................. 30

2.2 Conexión al PC del osciloscopio para PC ....................... 30

2.3 Inicio del software de aplicación .................................. 30

2.4 Manejo de PicoScope ................................................. 31

2.5 Realización de la primera medición .............................. 32

3 Advertencias de seguridad .................................................. 33

4 Asistencia técnica .............................................................. 34

5 Especificaciones principales de los osciloscopios para PC de

automoción PicoScope serie 4000 ............................... 35

INHOUD (NEDERLANDS)

1 Inleiding .......................................................................... 36

2 Installatiegids ................................................................... 37

2.1 Installatie van de software ......................................... 37

2.2 De pc-oscilloscoop aansluiten op uw pc ........................ 37

2.3 Toepassingssoftware starten ...................................... 37

2.4 Kennismaken met PicoScope ...................................... 38

2.5 Eerste meting uitvoeren ............................................ 39

3 Productveiligheidsinformatie ............................................... 40

4 Technische ondersteuning .................................................. 41

5 Belangrijkste kenmerken van de PicoScope 4000 Series

Automobiel pc-oscilloscopen ....................................... 42 Pico Technology Oscilloscope Diagnostics Kit Quick Start Guide

DO155-3 1

1 Introduction

The Pico Technology Oscilloscope

Diagnostics Kits are based on our

PicoScope 4000 Series Automotive PC

Oscilloscopes and include our own

automotive-specific software. The PC

Oscilloscope turns a laptop or desktop

PC into a powerful automotive

diagnostic tool for fault-finding the increasing number of sensors, actuators and electronic circuits found

This manual is a quick start guide

which shows you how to make your first measurements using the Pico

Oscilloscope Diagnostics Kit.

For further information, you can

consult the PicoScope 4000 Series contains detailed information about using the product and its software. It includes all the information you will need to connect and set up your product. The user guide is installed in electronic Windows Help IRUPMP NXP LI \RX RRXOG SUHIHU M SMSHU ŃRS\ \RX ŃMQ SULQP POH 3G) ILOH OLVPHG XQGHU µ8VHU Oscilloscope Diagnostics Kit Quick Start Guide Pico Technology

2 DO155-3

2 Installation Guide

IMPORTANT: Do not connect your PicoScope PC Oscilloscope to the PC before you have installed the PicoScope software.

2.1 Installing the software

The PicoScope Automotive software has been designed to run on computers with

Windows XP SP2, Windows Vista and Windows 7.

1. Insert the Pico CD into your CD-ROM drive. If Autorun is enabled then the CD will

start up automatically, and you can go to step 5.

2. Click the Windows Start button.

3. FOLŃN ³Computer´ RU ³My Computer´.

4. Click the icon for your CD or DVD drive.

5. Click the PicoScope Software button.

6. Click the Install PicoScope 6 button.

7. The program will guide you through the rest of the installation.

2.2 Connecting the PC Oscilloscope to your PC

From this point the software should already have been installed on the PC. If the the software. Connect the USB connector on the PicoScope PC Oscilloscope to the USB port on the computer. To minimise the risk of electromagnetic interference, please use the USB cable provided. The light on the front of the oscilloscope should now be on or flashing, showing that the unit has power.

2.3 Starting the application software

The Oscilloscope

Diagnostics Kit is supplied

with the PicoScope application program. To start PicoScope, simply click the PicoScope icon in the

Pico Technology group in

the Start menu.

PicoScope is our PC

Oscilloscope application

with added features for

Automotive Diagnostics.

Pico Technology Oscilloscope Diagnostics Kit Quick Start Guide

DO155-3 3

2.4 Finding your way around PicoScope

The drop-down menus and toolbars of the PicoScope display will be familiar to all users of Windows software. The Automotive drop-down menu in the menu bar is an important feature of the

Automotive software.

This menu displays a selection of the common measurements that can be taken using the Automotive Kit. When you select one of the measurement options from the menu,

PicoScope will automatically:

Load a sample waveform appropriate to the

chosen measurement Change its settings to the defaults for the chosen measurement

Display a help page with information on the

accessories needed to take the measurement, setting up the equipment, example captured waveforms and any additional technical information that may be useful. The top tool bar gives you all the frequently used controls for the oscilloscope. Both channels are controlled by the timebase menus: The timebase menus control the amount of time that the trace takes to travel horizontally across one square on the grid. The first control selects the amount of time taken to travel through one square when the horizontal zoom factor is set to x1. The second control selects the horizontal zoom factor. The PicoScope 4423 PC Oscilloscope has four channels: A, B, C and D. Each channel is controlled by its own set of controls in the top toolbar: Oscilloscope Diagnostics Kit Quick Start Guide Pico Technology

4 DO155-3

The first control is a button to select other options for the channel. The first drop-down menu selects the range of signal that you are interested in measuring. If any custom ranges are defined, these will also be displayed here. The second drop-down menu selects either AC or DC coupling. Additional information on the rest of the controls in the top toolbar can be found in the help menu installed with the software. (The spacebar has the same effect.) When you stop the oscilloscope, it will hold the last waveform on the display. The bottom toolbar also contains the controls for setting up the triggering conditions for the oscilloscope. Triggering is used to select the moment when PicoScope starts to collect data to display. This is usually at some fixed time before or after a trigger event. There is only one set of trigger settings, which applies to all views. A trigger event occurs when a specified channel crosses a voltage threshold (while rising or falling). PicoScope can start collecting data immediately after the trigger event or at a fixed time interval before or after the trigger event. After PicoScope has collected a block of data and displayed it, it can either start looking for the next trigger event (Auto and Repeat modes), or stop collecting (Single mode), leaving the data after the trigger on the display.

2.5 Making your first measurement

We suggest that you first use the Oscilloscope Diagnostics Kit to capture the current and voltage waveforms from the alternator. You will find this option in the Automotive menu under Charging and Starting > Charging Circuits > Current / Volts. The help page that appears automatically will show you how to connect the different parts of the Oscilloscope Diagnostics Kit and give you a basic understanding of the kit. Pico Technology Oscilloscope Diagnostics Kit Quick Start Guide

DO155-3 5

3 Safety Warnings

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