Techical Data Sheet
TEGAM 2411B 2MS/s Arbitrary Waveform Generator
VII
Output Waveforms
Up to 100 High-Definition User-defined Waveforms,
Standard Waveforms: Sine, Square, Triangle, ±Sawtooth,
DC, ±Pulse, ±Exponential, AM, SCM, FM, Lin/Log
Sweep, Sin x/x (Sine), Gaussian, Haversine, Circle,
Noise.
4 programmable sync pulses per waveform.
Sequence Generator
(Optional)
Waveform
: Transient-free Loop and Link
Repetitions
: Loop:1,048,575 times Link:100 waveforms
Program
: 1000 Steps total
File
: 100 Sequences
Waveform
Storage
: 100 waveforms
Resolution
:
Horizontal Points: 65,504 max., 16 min.
Vertical Points: 16 bits, 65,536 (-32768 to +32767)
Sample Rate
:
Range: 0.1 Hz to 2MHz (10s to 500ns)
Resolution: 4 digits
Accuracy:±50ppm
Transition Time
: <150ns
(Tested with square wave, filter off, 10Vp-p, 50
Ω
termination.)
THD + Noise
: -86dB typical (2kHz sinewave)
(Tested with 80kHz measurement bandwidth, 2 MHz
clock, sinewave, 1000 points, filter on. full amplitude, 50
Ω
termination.)
Amplitude and Offset
Range
Resolution
Accuracy
±1.00 to 10V 10mV 1 % of s 20mV
±100mV to 999mV 1mV 3% of s 5mV
±10mV to 99.9mV 100mV 5% of s 1mV
(Tested with 1kHz sinewave plus DC offset, 50
Ω
source
impedance, open circuit.)
Selectable Analog Filter
Cutoff: 700kHz, 7th order; 40kHz, 3rd order
Operational Modes
Continuous
: Output runs continuously between selected
memory address locations
.
Triggered
: Output at start point until triggered, then runs
once.
Gated
: As triggered except output is continuous until gate
signal ends.
Burst
: Each trigger outputs a preprogrammed number of
waveforms from 1 to 1,048,575.
Toggled
: Alternate triggers gate the output waveform.
Master-Slave
: For multi-unit operation.
Cont-Sync
: multiple units run continuously in sync with
the master unit
Trig-Sync
: multiple units run in sync with the master unit
for one cycle when the master unit is triggered.
Trig-Sequence
: a tail-chasing mode between the master
and the slave unit initiated by triggering the master unit.
Outputs
Output
: Front-panel main waveform output, 50
Ω
impedance.
Sync Outputs
: Front-panel TTL sync output, 50
Ω
impedance plus 3 rear-panel TTL outputs.
Programmable.
Clock Out
: Rear-panel AWG waveform sample clock
output (TTL). x2 sample clock.
Reference Out
: Rear-panel internal 10MHz reference
output (TTL).
Sync Trigger Out
: Triggers additional units
Inputs
Trigger Input
: Rear-panel TTL trigger input for trig-
gered,gated, burst, toggled and master-slave modes.
External TTL Sample Clock Input
:< 4MHz
Reference In
: Rear-panel 10MHz reference input will
phase lock the internal crystal-controlled oscillator.
Trigger Sources
External Trigger Input
Manual Trigger
Waveform Creation Tools (Option)
Software
:
WaveWorks Pro+ for Windows
Operating System
: Windows 2000, 98 or 95.
PC Requirements
: 486DX or better with 4MB RAM
space
Interface
: COM port or National Instrument AT-GPIB
card (or equivalent)
Standard Function
: 30
Math Operation
:
Operators: 13
Transfer Functions: 20
Sequence Creation
(optional hardware required)
Waveform Analysis
:
Frequency Domain: FFT and IFFT: up to 500th
harmonic, graphic display and
tabulation
Time Domain: Waveform and Digital Pattern
Edit
: Point, Vertex and Harmonics (FFT, IFFT).
Computer Interface
RS-232C
: 19.2kBaud. max.
GPIB (optional)
: IEEE Std. 488.2-1987
General
Stored Settings
:
31
Temperature Range
: +23 °C ± 3°C for specified oper-
ation. Operates 0°C to +50°C. Storage -20°C to +60°C.
Dimensions
: 11.5cm (4.53 in.) H; 25.8cm (10.14 in.)
W; 30cm (11.81 in.)D.
Weight
: 5.0kg (11 Ibs)
Power
: 55VA; 45W (max) 100/120/220/240 VAC. +5%,
-10%; 48 to 63 Hz.
Weight and dimensions are approximate. Errors and omissions except-
ed. Prices and specifications subject to change without notice. TEGAM
is the registered trademark of TEGAM, Inc.
© Copyright 2000 TEGAM Inc. All rights reserved.
Summary of Contents for 2411B
Page 10: ...1 Quick Start...
Page 22: ......
Page 23: ...2 About Arbitrary Waveforms...
Page 30: ......
Page 31: ...Chapter 2 About Arbitrary Waveforms 2411B Block Diagram 2 8 Block Diagram...
Page 32: ...3 Front Panel Menu Operation...
Page 41: ...4 Waveform Creation System...
Page 43: ...Chapter 4 Waveform Creation System User Interface for the Waveform Creation System 4 3...
Page 61: ...5 Multi Instrument Operation...
Page 68: ...6 Performance Verification...
Page 71: ...Chapter 6 Performance Verification Verification Test Sheet 6 4...
Page 72: ...7 Remote Interface Operation...
Page 78: ...Chapter 7 Remote Interface Operation Command Set Command Set 7 7...
Page 79: ...Chapter 7 Remote Interface Operation Command Set continued Command Set continued 7 8...
Page 80: ...Chapter 7 Remote Interface Operation Command Set continued Command Set continued 7 9...
Page 81: ...Chapter 7 Remote Interface Operation Command Set continued Command Set continued 7 10...
Page 82: ...Chapter 7 Remote Interface Operation Command Set continued Command Set continued 7 11...
Page 83: ...Chapter 7 Remote Interface Operation Command Set continued Command Set continued 7 12...
Page 84: ...Chapter 7 Remote Interface Operation Command Set continued Command Set continued 7 13...
Page 91: ...8 Advanced Remote Operation...
Page 125: ...Appendix...
Page 133: ...AMPLITUDE OFFSET RANGES...
Page 134: ...INDEX...
Page 140: ......