Signal Breakout Module Data Formats; Capturing Ascii Slow Data From The Serial Output; Capturing Ascii Waveform Data From The Serial Output - SA Instruments 1030 Operation Manual

Mr-compatible small animal monitoring and gating system
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Signal Breakout Module

Signal Breakout Module data formats

Waveform data
ECG
900 sps, 1024 count,
IBP1/2/3
450 sps, 1024 count
Plet
450 sps, 127 count,
P-resp
225 sps, 127 count
E-resp
225 sps, 127 count
USER resp 225 sps, 1024 count
CO
225 sps, 1024 count
2
Slow data
Temperatures
14 bits,
Rates
14 bits,
Blood pressures
10 bits,
Analog output of slow data
Data is shifted to a 12 bit value to maximize use of the output range: 0 – 5 V for 0 –
4096 counts.

Capturing ASCII slow data from the serial output

ASCII values from any of the 4 serial output channels can be read and displayed on a
PC using HyperTerminal as follows:
1. Make an appropriate selection for the connection com number.
2. Set the following port settings: 115200 Bits per second, 8 Data bits, Parity None,
Stop bits 1, Flow control None.
3. Select File>Properties>Settings>ASCII Setup>ASCII Receiving.
the following are not checked: "Append line feeds..." and "Force incoming data
to 7-bit ASCII". Check "Wrap lines that exceed terminal width".

Capturing ASCII waveform data from the serial output

Waveform data streams from the serial port at a rate of 1800 8 bit bytes per second.
Waveform data is digitized using a 10 bit A/D, so 2 bytes contain a single measurement.
WaveGrab.exe can be used to capture the waveform data using a serial or USB PC port
and write it as a text file with 900 samples per second. The text file can then be
imported into a spread sheet program such as Excel.
To run the software, click on the WaveGrab icon on the desktop.
WaveGrab is executed on a PC an authorization code is required to activate the
software.
The PC's ID code must be transmitted to SA instruments and then an
authorization code for that PC can be entered to activate WaveGrab.
16-4
512 = 0
90 = 0
64 = 0
64 = 0
64 = 0
512 = 0
0 = 0
ºF = count/100 + 32; ºC = count/180
1 BPM/count
90 counts = 0 mmHg, 3 mmHg/count
Revision C, August 2013
5 μV/count
3 counts/mmHg
100 counts per 1% CO
Make certain
The first time
2

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