Tektronix TDS3034C User Manual

Appendix A: Specifications
This appendix contains specifi
cations for the TDS3000C Series
oscilloscopes. All specificatio ns are g uaranteed unless noted as
"typical." Typical specificatio ns are provid e d for your convenience
but are not guaranteed. Speci
fications that are marked with the
symbol are checked in the TDS3000C Specifications and
Performance Verification Technical Reference available on the
www.tektronix.com/manu a
ls Web site.
All specifications apply to all TDS3000C Series models unless noted
otherwise. To meet spec
ifications, two conditions must first be met:
The oscilloscope must have been operating continuously for twenty
minutes within the ope
rating tem perature range specified.
You must perform the Signal Path Compensation operation.
(See page 4, Signal P
ath Compensation (SPC).) If the operating
temperature changes by mo re than 1 0 °C (18 °F), y ou m ust perform
the Signal Path Compensatio n opera tion again.
Acquisition
Acquisition
modes
Sample (Normal), Pe ak detect, Enve lope, and Average
Acquisition mode
Acquisition stops after
Sample, Peak De tect One acquisition, all
channels simultaneously
Single
Sequence
Average, Envelope N acquisitions, all channels
simultaneously, N is
settable from 2 to 256
(or ∞ for Envelope)
TDS3000C Series O scilloscope User Manual 149

Tektronix TDS3034C Specifications

General

Bandwidth	300 MHz
Channels	4
Sample Rate	2.5 GS/s
Display Type	Color LCD
Vertical Resolution	8 bits
FFT	Yes
Interfaces	USB, GPIB, Ethernet
Input Coupling	AC, DC, GND
Timebase Accuracy	± 50 ppm
Trigger Modes	Edge, Pulse, Video, Logic
Maximum Input Voltage	300 V (DC + peak AC)
Power Requirements	100 to 240 VAC, 50/60 Hz
Memory Depth	10, 000 points
Input Impedance	1 MΩ ± 2%

Summary

Important Safety Information

General Safety Summary

Product Grounding and Power Safety

Instructions on proper grounding, power cord usage, and disconnect procedures for safety.

Operational Safety Precautions

Probes and Test Leads Safety

Guidance on safe connection, usage, and inspection of probes and test leads.

Getting Started

Initial Setup Procedures

Steps for verifying oscilloscope function, compensating probes, and setting date/time.

Connecting Power and Battery

Front-Panel Controls and Menus

Application Examples

Taking Simple Measurements

Capturing Single-Shot Signals

Saving Data to USB Flash Drive

Reference

Acquisition Controls and Modes

Explanation of Run/Stop, Single Sequence, Autoset, and various acquisition modes.

Cursor Measurement Guide

How to use on-screen markers (cursors) for waveform measurements and their types.

Display Settings and Features

Horizontal Controls Explained

Detailed explanation of controls for time base, position, delay, and zoom functions.

Math and FFT Functions

How to use math operations and Fast Fourier Transform (FFT) for signal analysis.

Measure Menu Options

Overview of automatic measurements, gating, and setup options available in the Measure menu.

Save/Recall Menu Functions

Instructions for saving and recalling oscilloscope setups and waveforms.

Trigger Controls Overview

Detailed explanation of trigger types, sources, levels, and modes for signal capture.

Vertical Controls Explained

How to adjust vertical position, scale, and input parameters for selected waveforms.

Appendix A: Specifications

Appendix B: Factory Setup

Appendix D: Probe Basics

Probe Compensation Procedure

Appendix F: Ethernet Setup

Connecting to the Network via Ethernet

Entering Ethernet Network Settings

Procedures for configuring network parameters like IP address, DHCP/BOOTP.

Testing Ethernet Connection and Printing

Steps to verify network connectivity for printing and remote access.

Troubleshooting Ethernet Issues

Guidance for resolving common network problems with the oscilloscope.