76
6000-2 & -3 User Guide, Rev E
DPF—
Dissipation or Displacement Power Factor (i.e. W/VA at the fundamental frequency
only). This parameter requires a input or group of inputs. The default units for this
result is none.
EPA—
The inverse cosine of Power Factor. This parameter requires an input or group of
inputs, and either a string bandwidth or a pair of integers defining the harmonic
range for the data. The default units for this result is radians.
FF—
Form Factor (i.e. RMS/Average Rectified Voltage or Current). This parameter
requires a single input source. The default unit for this result is “none”.
FREQ—
Frequency. This parameter requires either a single input source, or a single input
source and an optional single integer harmonic number. The default unit for this
result is Hz.
GAIN—
The Gain or ratio between any two signals. This parameter requires a single input
source and single integer harmonic (dividend), and a single reference source and
single integer harmonic (divisor). The default unit for this result is none (i.e. a pure
ratio).
GAINI—
The imaginary portion of
GAIN
(see above,
GAIN
=
GAINR
+ j.
GAINI
). Both inputs
should belong to inputs within the same group for the result to be meaningful. The
default unit for this result is none (i.e. a pure ratio).
GAINR—
The real portion of
GAIN
(see above,
GAIN
=
GAINR
+ j.
GAINI
). Both inputs
should belong to inputs within the same group for the result to be meaningful. The
default unit for this result is none (i.e. a pure ratio).
HIGH—
The highest positive excursion of a signal (Volts or Current). This parameter
requires a single input source. The default unit for these results is Vpk or Apk as
applicable.
HZ—
Frequency (alternative for
FREQ
above).
Summary of Contents for Xitron 6000-2
Page 1: ...USER S GUIDE 6000 2 6000 3 Phase Angle Voltmeters...
Page 2: ......
Page 36: ...36 6000 2 3 User Guide Rev E...
Page 86: ...86 6000 2 3 User Guide Rev E...
Page 94: ...94 6000 2 3 User Guide Rev E...
Page 101: ...Appendix B 101...
