Wayne Kerr 6550B | Impedance analyzer, precision, 20 Hz - 50 MHz, basic accuracy: 0.05%, USB, LAN, GPIB

Manufacturer number: 6550B

Wayne Kerr 6550B | Impedance analyzer 6500B series, precision, 20 Hz - 50 MHz, basic accuracy: 0.05%, USB, LAN, GPIB.

  • Frequency range: 20 Hz… 50 MHz (models up to 120 MHz available)
  • Basic accuracy: 0.05%
  • Measuring functions: C, L, R, X, G, B, D, Q, Z, Y, Ø - parallel or serial
  • Graphical display of the measurement results (frequency spectrum analysis)
  • fully automated measurements
  • Resonance frequency search function
  • Equivalent circuit function
  • Material test
  • Polar and complex representation
  • Interfaces / Remote: GPIB, LAN, VGA, BINNING, keyboard and mouse
  • Display: 8.4 “VGA TFT touchscreen

Technical Data

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Description

6550B | Impedance analyzer, precision, 20 Hz - 50 MHz, basic accuracy: 0.05%, USB, LAN, GPIB

The Wayne Kerr 6500B Series Impedance Analyzers allow you to quickly and accurately test components at frequencies up to 120 MHz. The basic measurement accuracy is ± 0.05%.

The accuracy and versatility make the precision analyzers the ideal choice for many different tasks and applications, including design of passive components, characterization of dielectric materials and manufacturing tests.

Engineers need to evaluate component properties at high frequencies with high accuracy. The precision impedance analyzer 65120B with 120 MHz is therefore ideal for many demanding tasks and combines accuracy and ease of use at an affordable price. If no frequency range up to 120 MHz is required, other models are available. The Wayne Kerr 6550B has a frequency range up to 50 MHz.

Lieferumfang

  • Impedance analyzer
  • Component fastening 1J1011
  • Power cord
  • USB stick
  • Manual
  • Calibration certificate

About the Manufacturer

Wayne Kerr
Wayne Kerr was founded in London (GB) in 1946 and developed into one of the leading manufacturers of measuring instruments in the electronics sector worldwide. Today, you will find Wayne Kerr wherever the highest precision and reliability are required: in automotive engineering, component manufacturing, medical technology and, of course, in universities and other educational institutions.

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