The AWG 2020 and AFG 2020 feature direct comr1llmication with the Tektronix.
2400, and lOS series dlQltlZlIlg o:icilloscOpEIS. Waveforms acqulrElo.
®
Advanced Test Equipment Rentals www.atecorp.com 800-404-ATEC (2832)
E stablished 1981
AFG 2020 AWG 2020
these
Arbitrary Generators Signal Sources AWG 2020 ).H{jlll"r\!
Waveform
ARB's 1'.7th our 2400 or
TVS Series
• 256K (262,144 Points) Record Length • Built-in PC-
cOlnpJ'ete test
Additional fle.:ribility with the
A\iliG 2020 built
in controller and
COlllp(ltibJe
PC
• ODS-like VVaveforrn
disk.
File ManaQlement • Formula Parameters Precise
W'\IPrnrnl~
AFG 2020
• 100 MHz Sinewave Generation • 50 MHz Wave 2 MHz and Pulse • AM/FM/PSKIFSK Modulation • Built-in
To order, rnnj"f't ,.mllr local sales office on the inside back cover) or call the National Center at 1-8Clr'r4:'6-2:200. Ext 99.
New AWG/AFG 2000 Series The Tektronix AVVG 2020 and AFG 2020 Generators combine the function of generator with a controller and a graphi(;a user interface. A built-in nlnll-r~',nl" monitor facilitates waveform definition The AVVG 2020 and 2020 share a common user interface and monolitt1ic While the basic is similar, each unit The AWG 2020 is waveforms to 256K It a built-in inch disk to and waveform transfers An ,',AS-DOS fiie m"nor,pn,pn! system allows waveform amJ transfer wittlOut an external controller for most
enter the
USE STANDARD WAVEFORMS OR CREATE YOUR OWN You can any of new waveform. the ,t~:nrhrrl wavesllapes
trarlsfarred to the GPiB - an for transfer,
HIE PERFECT COMPANION FOR YOUR TEKTRONIX SCOPE The AWG 2020 and AFG 2020 feature direct comr1llmication with the Tektronix 2400, and lOS series dlQltlZlIlg o:icilloscOpEIS. Waveforms acqulrElo transferred to AFG 2020 or edited for desired features. ami as sequences All of this can be done without the for an external controller.
FUllY PROGRAMMABLE VIA GPIB AWG 2020 and AFG ideal to stirnulus and wavetorm qeneration your measurement system.
Arbitrary Generators Signal Sources AWG 2020 Characteristics SYNTHESIZED WAVESHAPES Sine, triangle, ramp, pulse, ARBITRARY WAVEFORMS Waveform Memory - Memory 256K x 12 bits for waveform data; 256K x bit for Marker 1 data; 256K x 1 bit tor Marker 2 data. 1Ah,tt>!nrn'1' 64 to 256K in multiples of 8 data Sequence Memory - 8K. Scan Counter 1 to 64K (16 Burst Counter - 1 to 64 K (16 RATE CLOCK Frequency Range - 10 Hz to 250 MHz. Display - 4 Accuracy - +1 DoC to +40'C 0.01 %. +15 G Cto t30°C: 0005% Resolution - 0.1 ''/0 to 001 % Skew between CH 1 and CH 2 (Opt. 02 only)Within 4 ns, MAIN OUTPUTS Amplitude (excluding ADO and Multiply Operation)- Range: 0.05 V to 5 Vp-p into 50 n. Resolution: 1/4096 (12 bits). DC Accuracy: 0.05 Vto 0.5 V, ±(0.5% of amplitude +5 mV); 0.501 Vto 5 V, ±(1 % of amplitude +25 mV), Offset - Range: -2.5 V to +2.5 V into 50 n, 00 mA to +100 mAl, Resolution 0.2 mA. % of offset +0.2 Pulse Response - +15"C to +30°C: Flatness, within 3% after 20 ns from rise/fail edges; Ahprr~t;nn~ within 7% +10 mV, +1DoC to +40"C Rise/Fail Time,
