TAMAGAWA TS5205N454 TS5205N454 TS5205N454 TS5205N454 TS5205N454 TS5205N454

TS5205N454

Guang Zhou Lai Jie Electric Co.,LTD

Please contact with “Tommy” for the price

TS3653N65E27

TS3653N81E27

TS3653N78E5

TS3653N94E5

TS3653N181E8

TS3658N3

TS3664N1E1

TS3664N1E2

TS3664N2E3

TS3664N2E4

TS3664N50

TS3664N50

TS3667N1E2

TS3667N11E2

TS3667N2E5

TS3667N2E6

TS3667N3E7

TS3667N3E8

TS3667N13E8

TS3674N37

TS3679N2E1

TS3679N3E1

TS3682N1

TS3682N2

TS3684N11E3

TS3684N12E6

TS3684N13E8

TS3684N1E3

TS3684N2E6

TS3684N3E8

TS3692N103

TS3692N41

1 For SCALE_X: Parameters MIN, MAX, and OUTmust be the same data type.
For NORM_X: Parameters MIN, VALUE, and MAXmust be the same data type. If parameter VALUE is less than 0.0 or greater than 1.0:
 The linear scaling operation can produce OUT values that are less than the parameter
MIN value or above the parameter MAX value for OUT values that fit within the value
range of the OUT data type. SCALE_X execution sets ENO = TRUE for these cases.
 It is possible to generate scaled numbers that are not within the range of the OUT data
type. For these cases, the parameter OUT value is set to an intermediate value equal to
the least-significant portion of the scaled real number prior to final conversion to the OUT
data type. SCALE_X execution sets ENO = FALSE in this case.
NORM_X parameter VALUE should be restricted to ( MIN <= VALUE <= MAX )
If parameter VALUE is less than MIN or greater than MAX, the linear scaling operation can
produce normalized OUT values that are less than 0.0 or greater than 1.0. NORM_X
execution sets ENO = TRUE in this case. No error Valid result
0 Result exceeds valid range for the OUT data

type
Intermediate result: The least-significant portion of a real
number prior to final conversion to the OUT data type.
0 Parameters MAX <= MIN SCALE_X: The least-significant portion of the Real number
VALUE to fill up the OUT size.
NORM_X: VALUE in VALUE data type extended to fill a
double word size.
0 Parameter VALUE = +/- INF or +/- NaN VALUE is written to OUT An analog input from an analog signal module or signal board using input in current is in the
range 0 to 27648 for valid values. Suppose an analog input represents a temperature where
the 0 value of the analog input represents -30.0 degrees C and 27648 represents 70.0
degrees C. To transform the analog value to the corresponding engineering units, normalize the input to

a value between 0.0 and 1.0, and then scale it between -30.0 and 70.0. The resulting value
is the temperature represented by the analog input in degrees C: An analog output to be set in an analog signal module or signal board using output in current
must be in the range 0 to 27648 for valid values. Suppose an analog output represents a
temperature setting where the 0 value of the analog input represents -30.0 degrees C and
27648 represents 70.0 degrees C. To convert a temperature value in memory that is
between -30.0 and 70.0 to a value for the analog output in the range 0 to 27648, you must
normalize the value in engineering units to a value between 0.0 and 1.0, and then scale it to
the range of the analog output, 0 to 27648: Note that if the analog output was for an analog signal module or signal board using voltage,
the MIN value for the SCALE_X instruction would be -27648 instead of 0.
Additional information on analog input representations (Page 770) and analog output
representations (Page 771) in both voltage and current can be found in the Technical
Specifications. Structured Control Language (SCL) provides three types of program control statements for