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SA4305ASAR bảng dữ liệu(PDF) 5 Page - Sames

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Giải thích chi tiết về linh kiện  Three Phase Bidirectional Energy Metering IC
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SA4305ASAR bảng dữ liệu(HTML) 5 Page - Sames

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SPEC-3093 (REV. 2)
5/15
29-09-2017
SA4305A
TERMINOLOGY
Anti-Creep Threshold
The anti-creep threshold is defined as the minimum energy
threshold below which no energy is registered and therefore
no pulses are generated on the pulse output.
Positive Energy
Positive energy is defined when the phase difference
between the input signals IIP and IVP is less than 90 degrees
(-90..90 degrees).
Negative Energy
Negative energy is defined when the phase difference
between the input signals IIP and IVP is greater than 90
degrees (90..270 degrees).
Percentage Error*
Percentage error is given by the following formula:
%�������������������� =
������������������������ ���������������������������������������� − ���������������� ������������������������
���������������� ������������������������
× 100
NOTE: Since the true value cannot be determined, it is
approximated by a value with a stated uncertainty that can be
traced to standards agreed upon between manufacturer and
user or to national standards.
Rated Operating Conditions*
Set
of
specified
measuring
ranges
for
performance
characteristics and specified operating ranges for influence
quantities, within which the variations or operating errors of a
meter are specified and determined.
Specified Measuring Range*
Set of values of a measured quantity for which the error of a
meter is intended to lie within specified limits.
Specified Operating Range*
A range of values of a single influence quantity, which forms
a part of the rated operating conditions.
Limit Range of Operation*
Extreme conditions which an operating meter can withstand
without damage and without degradation of its metrological
characteristics when it is subsequently operated under its
rated operating conditions.
Maximum Rated Mains Current (IMAX)
Maximum rated mains current is the specified maximum
current flowing through the energy meter at rated operating
conditions.
Constant*
Value expressing the relation between the active energy
registered by the meter and the corresponding value of the
test output. If this value is a number of pulses, the constant
should be either pulses per kilowatt-hour (imp/kWh) or watt-
hours per pulse (Wh/imp).
Nominal Mains Voltage (VNOM)
Nominal mains voltage (VNOM) is the voltage specified for the
energy meter at rated operating conditions.
Maximum Channel Energy (EMAX)
The maximum channel energy is defined as the energy
registered on one channel of the SA4305A when
14μARMS
and 16μARMS input current with zero phase shift are applied
to the voltage and current inputs respectively. Both the
voltage and current inputs saturate at an input current
magnitude of 25µA, or at 17.68µARMS when using sine waves.
The maximum input current on each channel is therefore
defined to be 16µARMS, which leaves about 10% headroom to
the saturation point. An additional headroom of 15% is
reserved on the voltage channel to account for mains voltage
fluctuations.
Maximum Output Frequency (FMAX)
The maximum output frequency (FMAX) is the output
frequency when 14μARMS and 16μARMS input current with
zero phase shift are applied to the voltage and current inputs
of all three channels respectively. Both the voltage and
current inputs saturate at an input current
magnitude of 25μA,
or at 17.68μARMS when using sine waves. The maximum
input current on any channel is therefore defined to be
16μARMS, which leaves about 10% headroom to the
saturation point. An additional headroom of 15% is reserved
on the voltage channels to account for mains voltage
fluctuations. The nominal output frequency of 1160Hz is
achieved under such conditions.
* IEC 62052-11, 2003. Electricity Metering Equipment (AC)
– General Requirements, Test and Test Conditions
– Part 11: Metering Equipment



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