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Immitance Analyzer Broadband E7-28

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Описание

  • Extended frequency range 25 Hz – 10 MHz
  • Base accuracy ± 0.1%
  • Measuring signal level 5 mV - 1 V rms
  • Offset voltage (0 - 40) V
  • Resolution resolution of the operating frequency 1 Hz
  • Graphical analysis of measured values in a given frequency range
  • USB 2.0 Interface

E7-28 Broadband Immittance Analyzer is a precision instrument of accuracy class 0.1 with a wide range of operating frequencies. By technical parameters, it replaces most of the E7 class devices manufactured in the CIS countries.

E7-28 broadband immittance analyzers are designed to measure the immitance parameters of electrical radio elements (ERE) in the frequency range from 25 Hz to 10 MHz.

Scope - scientific research, control of electrical parameters of electric energy devices at enterprises, in repair shops, scientific institutions.

The device measures the following immitance parameters:

Lp, Ls - inductance in a parallel, serial equivalent circuit;

Cp, Cs - capacity in a parallel, sequential equivalent circuit;

Rp, Rs - active resistance in a parallel, serial equivalent circuit;

X is the reactance in a series equivalent circuit;

G is the active conductivity in a parallel equivalent circuit;

B - reactive conductivity in a parallel equivalent circuit;

tg δ is the loss tangent (the designation D is allowed - loss factor);

Q - quality factor;

| Z | - integrated resistance module;

| Y | - module of complex conductivity;

φ is the angle of the phase shift of the complex resistance.

Objects of measurement: capacitors, inductors, transformers, resistors, relays, switches, diodes, cables, input resistances and capacities of oscilloscopes, voltmeters and other devices. With appropriate sensors, the device can measure various physical quantities.

The measuring ranges correspond to the values ​​indicated in the table.

 

Физическая величина

Диапазон измерений

Rp, Rs, Х, |Z|

10 mOhm to 100 MOhm

G, В, |Y|

10 nS (100 MOhm) to 100 cm (10 mOhm)

Lp, Ls

from 64 μH (10 mOhm) to 640 kH (100 MΩ)

at a frequency of 25 Hz at φ = 90 °;

from 160 nH (1 Ohm) to 160 μH (10 kOhm)

at a frequency of 10 MHz at φ = 90 °

Сp, Сs

64 pF (100 MΩ) to 0.64 F (10 mΩ)

at a frequency of 25 Hz at φ = 90 °;

1.6 pF (10 kΩ) to 16 nF (1 Ω)

at a frequency of 10 MHz at φ = 90 °;

D, Q

minus 90 ° to minus 0.001 °

φ

from plus 0.001 ° to plus 90 °

      Note - Display format 5 decimal places.

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