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Analogic 2030 - User Manual

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FEATURES
High-Speed 50 MS/s Output
Deep Dual 250k-point Memory
High Purity Digitally Synthesized Output
Isolated Output for High Noise Immunity
Exceptional Amplitude Flatness – within
0.3 dB at 20 MHz
Frequency Resolution of 0.1 ppm
Easy-to-Use Interactive Graphic Interface
Menu of a Wide Variety of Outputs
Modulated Outputs
Built-in Waveform Library
Customized Waveform Capability
Multi-unit Precise Synchronization for
Production Test Flexibility
Reliable Low-power Design
Standard GPIB and ARB Software
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APPLICATIONS
Acoustics and Speech Analysis
Electromechanical
Geophysics
Medical Research
Digital Communications
ATE
Sonar Simulation
Dynamic LCD Testing
Model 2030
Multifunction Waveform Synthesizer
The Model 2030 Multifunction Waveform Synthesizer is a high-perfor-
mance, easy-to-use instrument that provides an unprecedented function-
ality and waveform fidelity at a very affordable price. With a large
interactive graphic display, 50 MHz data point output rate, and an end-
less selection and combination of functions, it can address a wide range
of applications in any situation that requires high precision, flexibility,
and speed.
Incorporating GPIB control and a floating analog output, the 2030
meets the most stringent requirements of automated test systems,
including tests where programmability and precisely generated signals,
such as sine waves, pulses, arbitrary functions, random noise, combina-
tions of functions, and modulations, are essential for successful testing.
By using a proprietary combination of digital signal processing and
innovative state-of-the-art, high-speed analog techniques, this synthesiz-
er offers a degree of waveform accuracy, stability, and resolution not
previously achieved in any single synthesizer instrument. For example,
harmonic distortion of the sine wave output is typically –80 dB
( 100 kHz), with an output amplitude flatness better than ± 0.1 dB,
increasing to only 0.3 dB at 20 MHz.
The range of standard functions and features extends to phase, FM, and
multimode AM modulation modes and includes many advanced fea-
tures such as linear and logarithmic sweeping and sinx/x modulations.
All standard functions, including noise and glitch, can be summed to
achieve the desired custom output.
A library of additional waveforms includes Fast Rise Square Wave,
Sin
3
x, Sinx/x, Glitch, RC Low Pass and RC High Pass. For highly spe-
cialized functions, the unit will accept data files through its IEEE-488
interface. The deep dual memory capacity of over 250,000 data points
with high-speed output (20 ns/point) makes this instrument an ideal sig-
nal source for bench, laboratory, and manufacturing test environments.

Table of Contents

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Summary

FEATURES

APPLICATIONS

Safety Precautions

Cabinet Safety

Instructions regarding not opening the instrument's cabinet due to hazardous high voltages inside.

Warranty

Section 1 Introduction

Product Description

Overview of the Model 2030's capabilities, functions, and features.

Section 2 Getting Started

Unpacking and Initial Setup

Instructions for unpacking, connecting, and performing initial checks of the instrument.

Section 3 Local Operation

Waveform Functions Overview

Description of accessing and using standard, modulated, combined, and special waveforms.

Main Signal Output Control

Clock Source and Trigger Control

Standard Wave Menu

Modulated Wave Menu

Combined Waves Menu

Special Waves Menu

Instrument Set-Up Management

Section 4 Remote Operation

Command Entry and Guidelines

Details on how to enter commands and general programming guidelines for remote control.

Mainframe Common Commands

Standard Wave Commands

Modulated Wave Commands

Combined Waves Commands

Special Waves Commands

Programming Examples

Section 5 IEEE-488 Bus and Arbitrary Waves

GPIB Interface and Arbitrary Waves

Details on GPIB interface capabilities and arbitrary waveform generation.

Arbitrary Waves [WAVE=ARB]

Section 6 Applications

Application Test Examples

Typical test applications including AM radio signal and TTL clocking.

Section 7 Specifications

Key Waveform Specifications

Detailed technical specifications for various waveform types and instrument parameters.

Analogic 2030 Specifications

General IconGeneral
Model2030
PolyphonyMonophonic
TypeAnalog
Oscillators2 VCOs
LFO1 LFO
KeyboardNo
ControlsKnobs
MIDINo