Hameg HMO1522 User Manual

70...200 MHz
Digital Oscilloscope
HMO Series 72x...202x
Manual
English

Hameg HMO1522 Specifications

General

Channels	2
Memory Depth	2 Mpts per channel
Input Voltage Range / Max Input Voltage	400 V (DC + AC peak)
Vertical Resolution	8 bit
Interfaces	USB, LAN
Input Impedance	1 MΩ
Trigger Types	Edge, Pulse, Video
Probe Attenuation	1x, 10x, 100x, 1000x
Power Supply	100-240 V AC
Display	8" TFT color display, 800 x 600 pixels

Summary

1 Installation and safety instructions

1.1 Symbols

Explains various safety and warning symbols used in the manual.

1.2 Setting up the instrument

Instructions for positioning and setting up the oscilloscope.

1.3 Safety

Details safety requirements, grounding, and safe operation guidelines.

1.4 Correct operation

Provides guidelines for proper instrument operation and intended use.

1.7 Maintenance

Instructions for cleaning and maintaining the instrument.

1.9 Mains voltage

Details power supply range, fuse information, and safety class.

2 Familiarize yourself with your new HMO

2.2 Control panel

Explains the layout and function of the control panel areas.

2.6 General concept of instrument operation

Explains basic principles of instrument operation and key functions.

2.9 Updates for the firmware, the help functions and languages

Guide to updating firmware, help files, and languages via USB.

2.11 Self Alignment

Procedure for internal self-alignment to ensure accuracy.

3 A quick introduction

3.1 Setting up and turning the instrument on

Steps for initial setup and powering on the oscilloscope.

3.2 Connection of a probe and signal capture

How to connect probes and perform basic signal capture.

3.4 Cursor measurements

How to use cursors for measuring signal parameters.

3.5 Automatic measurements

Using the automeasure function to display signal parameters.

5 Horizontal System (Time Base)

5.5 ZOOM function

Using the zoom function to analyze complex signals in detail.

6 Trigger System

6.1 Trigger modes Auto, Normal, Single

Selecting between AUTO, NORMAL, and SINGLE trigger modes.

6.3 Slope trigger

Triggering based on the slope of a signal.

6.4 Pulse trigger

Triggering based on pulse width and ranges.

8 Measurements

8.1 Cursor measurements

Using cursors to perform various measurements like voltage, time, and ratio.

8.2 Auto measurements

Utilizing automatic measurements for signal parameters.

9 Analysis

9.1 Mathematical Functions

Performing calculations like ADD, SUB, MUL, DIV on signals.

9.1.2 Formula editor

Creating and editing complex mathematical formulas.

9.2 Frequency Analysis (FFT)

Performing Fourier Transform to analyze signal frequency spectrum.

9.4 PASS/FAIL Test Based on Masks

Testing signals against defined masks for pass/fail criteria.

10 Documentation, storing and recalling

10.1 Instrument settings

Saving, loading, and exporting instrument settings.

11 Component test

12 Mixed Signal Operation (optional)

13 Serial bus analysis

13.1 Serial Bus Configuration

Configuring serial bus types (I2C, SPI, UART, CAN, LIN).

13.3 I2C BUS

Detailed guide to I2C bus analysis, configuration, and triggering.

13.4 SPI/SSPI BUS

Guide to SPI/SSPI bus analysis, configuration, and triggering.

13.5 UART/RS-232 BUS

Detailed information on UART/RS-232 bus analysis and configuration.

13.6 CAN BUS

Guide to CAN bus analysis, configuration, and triggering.

13.7 LIN BUS

Detailed information on LIN bus analysis and configuration.

14 Remote control