How to translate scale 5, how to translate scale

scale, the contents of the transform dialog box.

Is there a context, probably at the genetic level, that is, it means very small, no context, I guessed.

SCALE: Economy of scale.

Hidden beneath the surface competition is a battle for the ability of large companies that have already benefited from economies of scale to expand into new areas.

Are you studying economics?

Scale is used in conjunction with Economy of Scale, which means "large".

Economy of Scale - The economic savings resulting from the expansion of the operation.

The "underlying this ripple of competition" mentioned earlier is the reason why large companies are considering new frontiers.

So it can be interpreted as: to. to make a decision [intransitive verb].

Utility solar PV power station!

Standard Answer!

Solar energy availability level [proportion].

The translation is as follows: One-twelfth of the scale range.

Hangzhou Library.

A one-twelfth scale.

For example, if measured in centimeters, it means 1/12 centimeter).

Used on ** is: the twelfth note.

It could be the "pre-mixed proportional method".

I don't know if you said it's the scale block in Siemens' step7, if so, it's explained as follows:

If you still don't understand, please feel free to ask.

The Describe Scale function takes an integer value (in) and converts it to a solid value in engineering units between the lower and upper bound (Lo Lim and Hi LiM). The Write Results feature uses the following equation:

out = [ float (in) -k1)/(k2-k1)) hi_lim-lo_lim)] lo_lim

The constants k1 and k2 are set according to whether the input value is bipolar or unipolar.

bipolar: Suppose the input integer value is between -27648 and 27648, so k1 = and k2 = +

unipolar: The input integer value is assumed to be between 0 and 27648, so k1 = and k2 = +

If the input integer value is greater than K2, the output (out) will clamp to the hi lim and return an error. If the input integer value is less than k1, the output will clamp at LO lim and return an error.

Reverse calibration can be obtained by setting the LO LIM > HI LIM. When using reverse conversion, the output value decreases as the input value increases.

FC105 parameters.

Parameter Description Data Type Store Description.

EN inputs Bool I, Q, M, D, L are enabled, and the function is activated when the signal status is 1.

ENO output bool I, Q, M, D, L If the function is executed without error, the signal status of the enable output is 1.

in Enter int i, q, m, d, l, p, constant The input value to be converted to a real value expressed in engineering units.

hi lim input real i, q, m, d, l, p, constant upper limit value expressed in engineering units.

lo lim input real i, q, m, d, l, p, constant The lower limit value expressed in engineering units.

Bipolar Input Bool I, Q, M, D, L signal status of 1 indicates that the input value is bipolar. Signal status 0 indicates that the input value is unipolar.

out outputs the results of real i, q, m, d, l, p conversions.

The ret val outputs word i, q, m, d, l, p If there are no errors in the execution of the instruction, the value w 0000 will be returned. For values other than W 0000, see"Error messages"。

Fault information. If the input integer value is greater than K2, the output (out) will clamp to the hi lim and return an error. If the input integer value is less than k1, the output will clamp at LO lim and return an error. The signal status of ENO will be set to 0 and the ret val will be equal to W