NF ZA57630 Impedance Analyzer Japan Circuit Design

Features

• ● Sweep

• ● Delay function

• ● Marker operation

• ● Setting of measurement conditions, etc.

• ● Automatic high-density sweep

• ● Sequential measurement

• ● Range

• ● Error correction

• ● Graph display

A wealth of functions

• ● Resonance point tracking measurement

• ● Relative permittivity measurement

• ● External reference clock

• ● Equivalent circuit estimation

• ● Relative permeability measurement

• ● Memory operation

• ● Piezoelectric constant calculation

• ● Comparator / handler interface

Basic accuracy

Frequency range

Impedance range

Measure AC signal level
 

DC bias
 

Measurement time

Measurement parameters
 

±0.08%

10 µHz～36 MHz

10 µΩ～100 GΩ (Mode: IMPD-EXT)

0.01 mVrms～3 Vrms
0.1 µArms～60 mArms

−5 V ～ +5 V/−40 V ～ +40 V (1 kHz and above)
100 mA ～ +100 mA

0.5 ms/point

Z, R, X, Y, G, B, Ls, Lp, Cs, Cp, Rs, Rp, θz, θy, D, Dε, Dµ,
Q, V, I, εs, εs’, εs”,µs, µs’, µs”, FREQUENCY

Achieves the industry's fastest 0.5ms/point.
Shorten production line takt time and improve measurement efficiency.
In addition, by increasing the set measurement time, measurement results are averaged and the influence of noise is reduced. Select the most suitable measurement time as needed.

IMPD-3T
   Standard measurement mode

This mode enables high-precision measurement over a wide frequency range. Test leads and test fixtures can be used to accommodate samples of various shapes.

IMPD-2T
   High-frequency measurement mode

This mode enables stable measurement at high frequencies above 10 MHz. Using N-type connectors for 2-terminal measurement, stable measurement is possible even with long cables.

IMPD-EXT
  External extended measurement mode

This mode performs measurement by externally connecting an amplifier or shunt resistor.
Enables measurements not possible with this instrument alone by applying high-voltage signals or detecting minute voltages/currents.

G-PH
   Gain/phase measurement mode

This mode can measure the transmission characteristics of filters, amplifiers, etc. By applying a sweep signal to the circuit under test, it precisely measures the frequency response (gain, phase).