Astro-Med, Inc. DSP2
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Astro-Med, Inc. DSP2 Digital Signal Processing Module

Feature:
No. of channels: 4ch

The DSP2 is a four channel board which accepts as inputs the output of one or more installed channels. The user selects the waveforms to be used as inputs. The input waveforms must be currently broadcast over the internal bus and are usually supplied by other peripheral boards such as AWP1 and AWP2. Input waveform can also be output waveforms generated by the DSP board itself. By using this feature, a user can perform multiple sequential processing. The output waveforms appear to the system as if they were from an analog signal conditioner such as the AWP1. They can be recorded, captured and sent to an external monitor for monitoring (with appropriate options installed). The DSP2 is considered a 4 channel waveform source and a system may have multiple DSP2s.

Supported Functions are:

1.X+Y (addition)

2.X-Y (subtraction)

3.X*Y (multiplication)

4.X/Y (division)

5.SQ(X) (X squared)

6.SQRT(X) (square root of X)

7.FREQ(X) The DSP2 is a four channel board which accepts as inputs the output of one or more installed channels. The user selects the waveforms to be used as inputs. The input waveforms must be currently broadcast over the internal bus and are usually supplied by other peripheral boards such as AWP1 and AWP2. Input waveform can also be output waveforms generated by the DSP board itself. By using this feature, a user can perform multiple sequential processing. The output waveforms appear to the system as if they were from an analog signal conditioner such as the AWP1. They can be recorded, captured and sent to an external monitor for monitoring (with appropriate options installed). The DSP2 is considered a 4 channel waveform source and a system may have multiple DSP2s.

Supported Functions are:

1.X+Y (addition)

2.X-Y (subtraction)

3.X*Y (multiplication)

4.X/Y (division)

5.SQ(X) (X squared)

6.SQRT(X) (square root of X)

7.FREQ(X)
Arithmetic Operation
Integration function (INT(X))
Differentiation function (d/dT
FREQ(X) Rate meter, cycles/sec
RPM(X) Rate meter, revolut/min
AVG(X) Average
COPY(X) Duplicate
INV(X) Inversion
20 kHz anti-aliasing filter

 




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