Datasheet

DATA SHEET
Technical changes reserved
You simply draw the scheme of measuring circuit and the project is
ready. Without any knowledge of programming, the measured values
of the probes in the measuring circuit can be used. Arithmetic and
logical components take care about the linking and processing of
measured values. Modules such as master clocks, timer switches
and relay cards facilitate extensive control and regulation possibilities.
Various instruments, writers, and spreadsheets help in storage and
representation of measurements and the measurement set-up can be
operated through display and control elements.
Front end design
During simulation, you can freely arrange your circuit on a front
end screen. All control elements like switches, buttons, and also
indications like displays, graphics or tables can be arranged on this
front end screen. You can arrange the front end as desired and mark
the individual elements. With a state-of-art operating screen, you
professionally complete your project.
OneoftheexamplefrontendscreatedwithProLabhasbeenshown
above. Through combination of bitmap with control and display ele-
ments, there is hardly any limit to your fantasies for creating a visually
attractive front end.
For development of your project, all logical and arithmetic com-
ponents are available in the extensive parts library for linking and
processing of your signals. The library contains all components,
sorted group wise, which are necessary for development. Besides the
logicalcomponents(likee.g.gates,ip-ops,counters,register,ROM
and RAM) there are also many instrumentation components (like e.g.
Trigger, formula module, sample & hold, comparator etc.).
In addition, many diverse display possibilities are available: From a
simple LED up to a XY-writer, from pointer-instrument up to the table,
you can use everything on the front end to represent the measured
values and status. You have to simply draw the necessary elements
on the scheme and wire them as required. Similarly, communication
withtheusedhardwareisalsobuiltupthrough„standard“compo-
nents. Then, these can be seamlessly integrated into your circuit, and
your control is ready.
During development, you can try out your circuit at any point of time.
Your project is then simulated in real time and communication with the
hardware takes place automatically.
Different Tools like display of logical conditions during simulation,
or the integrated logic analyser helps to identify the errors in your
control, or to illustrate the functioning of your circuit.
Control software
Digital Prolab
B+B Thermo-Technik GmbH | Heinrich-Hertz-Straße 4 | D-78166 Donaueschingen
Fon [phone] | Fax [phone] | [e-mail] | bb-sensors.com
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