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DAC488HR/4 PDF预览

DAC488HR/4

更新时间: 2022-11-26 06:08:56
品牌 Logo 应用领域
其他 - ETC 转换器
页数 文件大小 规格书
4页 193K
描述
16-bit D/A Converter with Digital I/O & IEEE 488

DAC488HR/4 数据手册

 浏览型号DAC488HR/4的Datasheet PDF文件第1页浏览型号DAC488HR/4的Datasheet PDF文件第2页浏览型号DAC488HR/4的Datasheet PDF文件第4页 
DAC488HR  
®
General Information  
the smart approach to instrumentation™  
Functional Requirement  
Waveform(s)  
Typical Application  
Continuously output a standard  
wave function under program  
control  
Standard function generator  
outputs for general purpose  
applications  
Sequenced V out for controlling  
power supplies or other analog  
programmable instruments  
Output a series of voltage values  
based on TTL triggers  
T1  
T2  
T3  
T4  
Analog output signal  
trigger event  
Allows a device under test (DUT)  
to attain a steady state prior to  
measurement  
Initiate a trigger delay from 1 to  
65,535 update clock pulses  
trigger delay  
Synchronously output multiple  
waveforms under program  
control  
Ideal for stimulus/response  
applications with critical time  
and phase relationships  
Output a standard waveform  
acquired by the ADC488A series  
digitizer  
Ideal for simulating complex  
signals such as EKGs and  
contact bounce  
For audio system testing, speech  
research, and other tests  
requiring long-time waveform  
generation  
Continuously output a large  
arbitrary waveform from the IEEE  
488 bus at up to 200 Kbytes/s  
Stimulus/ Response System Multi-DAC488HR  
Support Software  
When configured with an ADC488A se-  
The DAC488HR series is shipped with  
QuickBasic® and C sample programs.  
Synchronization  
riesA/Dconverter,theDAC488HRiswell-  
suited for stimulus/response testing. For  
synchronous operation in which acquisi-  
tion must begin simultaneously with the  
stimulus output, the DAC488HR’s TTL  
trigger output is connected directly with  
theADC488A’sTTLtriggerinput;fornon-  
synchronous operation in which acquisi-  
tion must begin at a specified time after  
thestimulusoutput,theDAC488HR’strig-  
ger output can be “delayed” up to 65,535  
update clock counts.  
Multiple DAC488HRs can be configured  
in master/slave mode to synchronously  
output data either from their internal  
buffers, or continuously from the IEEE  
488 bus. When daisy-chained together  
using the CA-112 master-slave cable, the  
number of DAC488HRs in a system is  
limited only by the number of available  
IEEE 488 addresses, and the trigger “la-  
tency” between each unit is 60 ns*. For  
applicationsthatrequirenon-additivetrig-  
ger latencies, the DAC488HRs can be con-  
figured in parallel, limiting total system  
trigger latency to 60 ns.  
Free VIs (Virtual Instruments) are avail-  
able from IOtech that enable the immedi-  
ate integration of the DAC488HR series  
intoexistingLabVIEW® applications.Each  
oftheseready-to-useVIsprovideimmedi-  
ate access to common DAC488HR func-  
tions, and both include source code that  
can be modified to meet specific  
application requirements.  
*
A system with one master and three slave units will have a total system trigger latency of 180 ns  
Q U I C K F I N D  
tel: 440-439-4091 fax: 440-439-4093  
sales@iotech.com  
www.iotech.com  
250  

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