
6.1-1
6.5-1
LIST
OF
TABLES
6.
9
PIN
SERIAL INPUT/OUTPUT
DTE
Pin
Configuration.................
8. PROCESSING
AND
PROGRAM
CONTROL
EXAMPLES
Example
Sensor Description
and
21X Multiplier
and Offset
............8
Example
Outputs
and Input Storage
Locations....
.........8
Example
Input
Channeland Location
Assi9nments.................
........8
Thirty
Minute
Output From
Examp|e..............
.............8-11
FFT
Real and lmaginary
Results
0.25 and 1.25 Hz
Signal ............
8-1
FFT
Magnitude
and Phase
Results 0.25
and 1.25H2
Signal ........8-1
FFT
PowerSpectra
Results 0.25
and
1.25H2
Si9na1......... ...........8-1
FFT
Bin Averaging Results
From
Simulated
Ocean Buoy
Wave
Data................................
8-1
8.7-1
8.7-2
8.7-3
8.7-4
8.8-1
8.8-2
8.8-3
8.8-4
9-1
9-2
9-3
9-4
9. INPUT/OUTPUT
INSTRUCTIONS
Input Voltage
Ranges
and Codes
..............
g-
Pulse
Count
Configuration Codes
..............9
Thermocouple
Type
Codes
....................-...9-
Voltage
and Temperature Ranges
for Thermocouples
if Reference Junction is 20oC..........
9-
PROCESSING
INSTRUCTIONS
Example
of FFT Power
Spectra Bin Avera9in9.................
........... 10-1
Maximum
Number of
Outputs and Output
Order
for
K Input Values
.............. 10-1
PROGRAM
CONTROL INSTRUCTIONS
10.
10-1
10-2
12.
12-1
12-2
12-3
12-4
12-5
13.
13.3-1
13.3-2
13.3-3
'13.3-4
13.3-5
13.3-6
13.3-7
13.4-1
13.4-2
13.4-3
't3.4-4
13.5-1
13.5-2
Loop
Example: Block
Data Transform
............
...........12
Example:
Loop With
Delay
Execution
lnterval= 10
seconds.................
..........1
Comparison
Codes.........
.......................... 1
21X
MEASUREMENTS
Exponential
Decay,
Percent
of
Maximum Error vs.
Time
in
Units of 6................................
1
Properties
of Three
Belden
Lead
Wires
Used
by Campbell
Scientific
.............. 13
Settf ing Error,
in Degrees,
tor O24A Wind
Direction
Sensor
vs.
Lead
Length......................13-
Measured Peak Excitation
Transients for
1000 Foot
Lengths of Three Belden Lead Wires
Used
by Campbell
Scientific.....
................
1
Summary
of Input Settling
Data for
Campbell Scientific Resistive
Sensors.........................
13-
Maximum
Lead Length vs. Error
for Campbell
Scientific Resistive
Sensors .... 13-
Source
Resistances
and Signal
Levels
for
YSI
#44032
Thermistor
Configurations
Shown
Limits
of
Error
for Thermocouple
Wire........
.............. 13-1
Limits
of Error
on 21X
Thermocouple Polynomial.
....
13-1
Reference
Temperature
Compensation
Range and Linearization Error
Relative to
NBS
Standards..............
......
13-1
Example
of
Errors
in
Thermocouple
Temperature..........
.............
13-1
Comparison
of
Bridge
Measurement lnstructions...............
........"
13-1
Calculating
Resistance
Values
from Bridge Measurement................
.............
13-1
LT-2
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