Gw-instek GDS-2000 training manual User Manual

Browse online or download User Manual for Equipment Gw-instek GDS-2000 training manual. GW Instek GDS-2000 training manual User Manual

  • Download
  • Add to my manuals
  • Print

Summary of Contents

Page 1 - Logic Analyzer

Digital Storage Oscilloscope Logic Analyzer GDS-2000 Series & GLA-1000 Series Training MANUAL GW INSTEK PART NO. 82DB-02000MA1 ISO-9001 CERTI

Page 2

GDS-2000 Series Training Manual 10 Panel overview 4-channel front panel 2-channel front panel Rear panel

Page 3 - Table of Contents

GDS-2000 TUTORIAL 11 1. Power up GDS-2000 Here you will learn how to properly place and power up GDS-2000. 1. Place GDS-2000 on a flat, non-cond

Page 4

GDS-2000 Series Training Manual 12 2. Set up the Environment Here you will learn how to setup measurement environment: select the menu language, r

Page 5 - SAFETY INSTRUCTION

GDS-2000 TUTORIAL 13 3. Connect and View a Waveform Here you will learn how to connect the probe and automatically adjust the display scale. 1.

Page 6 - Safety Guidelines

GDS-2000 Series Training Manual 14 4. Measure the Waveform Here you will learn how to automatically measure the voltage, frequency, and timing of

Page 7 - OVERVIEW

GDS-2000 TUTORIAL 15 5. Adjust Waveform Scale and Position Here you will learn how to manually change the horizontal and vertical scale and move t

Page 8 - GDS-2000 TUTORIAL

GDS-2000 Series Training Manual 16 6. Compensate the Probe Here you will learn how to adjust probe sensitivity by compensating overshoot or unders

Page 9 - GDS-2000 Overview

GDS-2000 TUTORIAL 17 7. Save Data Using Hardcopy Function Here you will learn how to save the waveform data, waveform image, and panel setup into

Page 10 - Panel overview

GDS-2000 Series Training Manual 18 GDS-2000 ADVANCED Using the demo board designed specially for GDS-2000, you can verify and observe various GDS-

Page 11 - 1. Power up GDS-2000

GDS-2000 ADVANCED 19 Demo Board Overview The demo board is a signal generator board capable of producing waveforms which represent various real-li

Page 12 - 2. Set up the Environment

This manual contains proprietary information, which is protected by copyrights. All rights are reserved. No part of this manual may be photocopied,

Page 13 - Auto Set

GDS-2000 Series Training Manual 20 GDS-2000 Demonstration Setup Follow the below steps to properly power up and connect the demo board. Use step 5

Page 14 - 4. Measure the Waveform

GDS-2000 ADVANCED 21 6. Press the CH2 key to activate CH2. CH2CH2 7. Press the Display key → F1 (Vector) to select vector drawing. DisplayTypeVe

Page 15 - POSITION

GDS-2000 Series Training Manual 22 1GSa/s & Single Shot Background By using a very fast sampling rate combined with single shot trigger mode,

Page 16 - 6. Compensate the Probe

GDS-2000 ADVANCED 23 Run/Stop 5. Press the Run/Stop key several times and observe that the pulse signal amplitude and width remains stable, due

Page 17 - Hardcopy

GDS-2000 Series Training Manual 24 Automatic Measurement (Delay) Background Using the automatic measurement function, you can easily measure the

Page 18 - GDS-2000 ADVANCED

GDS-2000 ADVANCED 25 Automatic Measurement (Overshoot) Background Using the automatic measurement function, you can easily measure the waveform,

Page 19 - Demo Board Overview

GDS-2000 Series Training Manual 26 Frequency Modulation (FM) Background Observing an FM signal works best when short memory mode is selected, due

Page 20 - GDS-2000 Demonstration Setup

GDS-2000 ADVANCED 27 Long Memory Background The long memory mode gathers more data for each acquisition. This mode is useful for observing detail

Page 21

GDS-2000 Series Training Manual 28 Peak Detection Background The peak detection mode acquires the max and min amplitude in each signal acquisitio

Page 22 - 1GSa/s & Single Shot

GDS-2000 ADVANCED 29 Peak Detection + Long Memory Background By combining Long memory and Peak detect functionalities, catching and observing det

Page 23 - Run/Stop

TABLE OF CONTENTS 3 Table of Contents SAFETY INSTRUCTION ... 5 OVERVIEW ...

Page 24 - 2:24.0mV

GDS-2000 Series Training Manual 30 Run/StopPOSITIONTIME/DIV 4. Set the horizontal scale back to 5ms/div and press the Run/Stop key again to re-

Page 25 - Previous

GDS-2000 ADVANCED 31 Pulse Width Trigger Background The pulse width trigger allows observing pulse signals in clear manner, even when several pul

Page 26 - Frequency Modulation (FM)

GDS-2000 Series Training Manual 32 Roll / Scan Mode Background For observation of slow signal (<20Hz), scan mode and roll mode are available,

Page 27 - Long Memory

GDS-2000 ADVANCED 33 X-Y Mode Background The X-Y mode views the relationship between the amplitudes of two independent signals. The X-Y mode is u

Page 28 - Peak Detection

GDS-2000 Series Training Manual 34 GLA-1000 ADVANCED Using the demo board, you can verify the advanced bus analysis feature in GLA series. By usin

Page 29 - Peak Detection + Long Memory

GLA-1000 ADVANCED 35 GLA-1000 Overview GLA-1000 series are PC-based portable, generic purpose digital logic analyzer aimed at product design and e

Page 30

GDS-2000 Series Training Manual 36 GLA-1000 Demonstration Setup Follow the below steps to properly power up and connect the demo board. This secti

Page 31 - Pulse Width Trigger

GLA-1000 ADVANCED 37 4. Open the GLA application software. 5. Set the memory size to 128k. 6. Group B0 ~ B7 into a bus by highlighting B0 ~ B

Page 32 - Roll / Scan Mode

GDS-2000 Series Training Manual 38 DAC Simulation This demonstration requires GDS-2000. Background Using GLA-1000 and GDS-2000 together, you can

Page 33 - X-Y Mode

GLA-1000 ADVANCED 39 3. Click the Decimal radio button, enter a number between 0 and 254 in Value corner, and press OK. → → (Decimal 50 se

Page 34 - GLA-1000 ADVANCED

GDS-2000 Series Training Manual DAC Simulation ... 38 I2C Bus Analysis ... 41 SPI

Page 35 - GLA-1000 Overview

GDS-2000 Series Training Manual 40 POSITION 9. Set the scales as follows. Horizontal: 10ms Vertical: CH1 200mV/div, CH2 200mV/div 10. Press the

Page 36 - GLA-1000 Demonstration Setup

GLA-1000 ADVANCED 41 I2C Bus Analysis Background This function analyzes the I2C (Inter-Integrated Circuit) bus protocol by extracting the attribu

Page 37

GDS-2000 Series Training Manual 42 SPI Bus Analysis Background This function analyzes the SPI (Serial Peripheral Interface) bus protocol by extra

Page 38 - DAC Simulation

GLA-1000 ADVANCED 43 UART Analysis Background This function analyzes the UART (Universal Asynchronous Receiver/Transmitter) protocol by extractin

Page 39 - Save/Recall

GDS-2000 Series Training Manual 44 APPENDIX Sine Wave Frequency Adjustment The following shows how to adjust the frequency of the pure sine wave g

Page 40 - F 5Acquire

APPENDIX 45 Demo Board Signal List The following shows the lists of waveforms generated by the demo board. Signals for oscilloscopes Signal name

Page 41 - C Bus Analysis

GDS-2000 Series Training Manual 46 Signals for logic analyzers Signal name Icon Description IIC SDASCLIIC Type: I2C bus I/O: Output UART TxRxUART

Page 42 - SPI Bus Analysis

SAFETY INSTRUCTION 5 SAFETY INSTRUCTION This chapter contains important safety instructions that you must follow when operating or storing the dem

Page 43 - UART Analysis

GDS-2000 Series Training Manual 6 Safety Guidelines General Guideline CAUTION  Do not place any heavy object on the instruments.  Avoid seve

Page 44 - APPENDIX

OVERVIEW 7 OVERVIEW What this document is about This manual describes tutorials of GDS-2000 digital storage oscilloscope and demonstrations of ad

Page 45 - Demo Board Signal List

GDS-2000 Series Training Manual 8 GDS-2000 TUTORIAL The GDS-2000 tutorial is intended for novice users who are unfamiliar with GDS-2000 operation

Page 46 - Signals for logic analyzers

GDS-2000 TUTORIAL 9 GDS-2000 Overview GDS-2000 series are generic purpose digital storage oscilloscope aimed at product design, quality assurance,

Comments to this Manuals

No comments