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Hameg HMO1024 User Manual

Hameg HMO1024
64 pages
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70...200 MHz
Digital Oscilloscope
HMO Series 72x...202x
Manual
English

Table of Contents

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Hameg HMO1024 Specifications

General IconGeneral
BrandHameg
ModelHMO1024
CategoryTest Equipment
LanguageEnglish

Summary

Oscilloscope Specifications

Vertical System Setup

Covers analog channel settings like coupling, sensitivity, and bandwidth.

Triggering System Overview

Explains trigger modes, sources, slopes, and levels.

Horizontal System (Time Base)

Covers time base, zoom, and capture modes.

Operation, Measuring, and Interfaces

Details operation modes, save/recall, and interface options.

Installation and Safety Instructions

Safety Precautions

Outlines critical safety measures for operating the oscilloscope.

Familiarize Yourself with Your HMO Oscilloscope

Control Panel Functions

Explains the different areas and soft keys of the control panel.

Instrument Operation Concepts

Explains the general principles of instrument operation and menu navigation.

Self-Alignment Procedure

Details the internal self-alignment process for accuracy.

Quick Introduction to Oscilloscope Usage

Performing Cursor Measurements

Guide to using cursors for precise signal measurement.

Automatic Signal Measurements

Utilizing the instrument's auto-measurement functions for quick analysis.

Using Mathematical Functions

Applying mathematical operations to signal data.

Vertical System Controls

Sensitivity, Y-Positioning, and Offset

Adjusting vertical gain, position, and DC offset for signal display.

Horizontal System and Time Base

Signal Capture Modes

Exploring different modes for capturing and displaying signals.

ZOOM Functionality

Using the zoom feature to analyze signal details.

Search Function for Events

Locating specific events or patterns within captured signals.

Trigger System Overview

Slope Trigger Configuration

Setting up triggers based on signal slope characteristics.

Pulse Triggering Options

Configuring triggers for specific pulse widths and ranges.

Logic Trigger Settings

Setting up triggers for digital logic signals.

Signal Measurements

Cursor Measurements

Using cursors to measure signal parameters like voltage, time, and ratios.

Automatic Measurements

Utilizing built-in functions for automatic signal parameter measurements.

Signal Analysis Tools

Mathematical Functions

Performing calculations and analysis on signal data.

Frequency Analysis (FFT)

Analyzing signal frequency spectrum using Fast Fourier Transform.

PASS/FAIL Test Based on Masks

Testing signals against predefined masks for compliance.

Serial Bus Analysis

I2C BUS Protocol Analysis

Detailed analysis of the I2C serial bus protocol.

Parallel BUS Protocol Analysis

Analyzing parallel bus communication.

SPI/SSPI BUS Protocol Analysis

Analyzing SPI and SSPI serial bus protocols.

UART/RS-232 BUS Protocol Analysis

Analyzing UART and RS-232 serial bus protocols.

CAN BUS Protocol Analysis

Analyzing CAN serial bus protocols.

LIN BUS Protocol Analysis

Analyzing LIN serial bus protocols.

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