NF ZA57630, Инструкция по эксплуатации

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1.1 Features
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ZA57630
1.1 Features
The “
ZA57630 IMPEDANCE ANALYZER
”
is an impedance analyzer with a maximum
frequency of 36 MHz, maximum signal amplitude of 3 Vrms, maximum DC bias of ±40 V, and
maximum sweep speed of 0.5 ms/point. It has a high basic accuracy of 0.08 % and is capable
of measuring impedance in a wide application range that extends to not only the
manufacturing and inspection lines of electronic components but also the research of
materials.
(1) Measurement frequency of 10 µHz to 36 MHz
This instrument can measure at a 10 µHz resolution in the entire range. It is also
capable of the detailed measurement of the impedance-frequency characteristics of a
device under test (DUT) with a sharp resonance.
(2) Maximum signal amplitude of 3 Vrms and maximum DC bias of ±40 V
The characteristics of a DUT can be measured in wide signal amplitude and bias voltage
ranges.
(3) High-speed measurement at 0.5 ms/point
Sweeping is possible at up to 0.5 ms/point (during frequency sweeping). This instrument
can thus contribute to the improvement of efficiency in research and development and
the shortening of tact time on manufacturing lines.
(4) Two types of measurement ports provided
This instrument is equipped with two types of measurement ports. There are the
three-port type (BNC connectors) that can be used with various test fixtures for
general-purpose LCR meters and the coaxial-port type (N connector) for performing
stable measurement at a high frequency. The port for measurement can be switched
depending on the application.
(5) Measurement signals can be amplified using a power amplifier
The impedance characteristics of a DUT can be measured using large signals by
amplifying the measurement signal output of this instrument using a power amplifier.
This enables impedance characteristics to be measured under conditions close to actual
usage conditions for piezoelectric actuators used at high power and inductors, capacitors,
and other components for power electronics.
(6) Resonant frequency tracking measurement
The resonance frequency fluctuations of piezoelectric vibrators and other devices can be
tracked automatically. Impedance measurement can also be performed while the DUT is
driven at the optimum frequency regardless of the variations in load and ambient
temperature.