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Hameg HMO Series User Manual

Hameg HMO Series
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 HMO Series Specifications

General IconGeneral
BrandHameg
ModelHMO Series
CategoryTest Equipment
LanguageEnglish

Summary

Installation and safety instructions

Safety

Details on electrical safety, grounding, mains connection, and safe operating environment.

Correct operation

Guidelines for proper instrument usage, intended applications, and personnel qualifications.

Familiarize yourself with your new HMO

Updates for the firmware, the help functions and languages

Instructions for updating firmware, help files, and language packs.

Manual licence key input

Step-by-step guide for manually entering license keys.

Control panel

Describes the layout and function of the control panel areas and soft keys.

Upgrade with software options

Process for installing and activating software options using license keys.

Self Alignment

Procedure for performing internal self-alignment for optimal accuracy.

A quick introduction

Setting up and turning the instrument on

Steps to set up, power on, and perform initial autoset.

Automatic measurements

Utilizing the automeasure function for quick signal parameter display.

Connection of a probe and signal capture

How to connect a probe and capture a basic signal.

Cursor measurements

Using cursors to perform detailed measurements on signals.

Vertical system

Horizontal System (Time Base)

ZOOM function

Magnifying sections of the waveform for detailed analysis.

Time base adjustments

Adjusting the time base speed and position for signal viewing.

Search Function

Searching for specific signal events like slopes, pulses, or peaks.

Trigger System

Trigger modes Auto, Normal, Single

Selecting trigger modes for signal acquisition and stability.

Slope trigger

Triggering based on the slope of a signal.

Pulse trigger

Triggering based on pulse width or pulse width ranges.

Measurements

Cursor measurements

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

Auto measurements

Automating the measurement of signal parameters like mean, RMS, frequency, and pulse width.

Analysis

Mathematical Functions

Applying mathematical operations (ADD, SUB, MUL, DIV) and using the formula editor.

Frequency Analysis (FFT)

Performing Fast Fourier Transform to analyze signal frequency spectrum.

Documentation, storing and recalling

Instrument settings

Saving, loading, importing, and exporting instrument configurations.

Component test

General

Overview of the component tester, its principles, and safety precautions.

Mixed Signal Operation (optional)

Logic trigger

Triggering based on digital logic channel states and conditions.

Serial bus analysis (optional)

Serial Bus Configuration

Setting up bus parameters, types, and decoding formats.

SPI/SSPI BUS

Configuration and triggering for SPI/SSPI serial communication.

SPI/SSPI BUS Configuration

Detailed setup for SPI/SSPI bus parameters and data handling.

I2C BUS

Detailed configuration and triggering for the I2C serial bus protocol.

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