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Digital Sampling Converter ZX10118
 
  • Low cost
  • Small size
  • Simple usage

Digital Sampling Converter ZX10118 is a low cost portable model of test instrument which allows to measure very large range of electrical characteristics of different broadband devices, investigate parameters of antenna's systems, wide-band two-ports and fast transients.
        Digital Sampling Converter ZX10118 operates together with personal computer IBM Pentium through usual standard parallel interface LPT.

Technical Specifications

Number of channels

ZX10118/1
ZX10118/2

1
2

Dynamic range 

±1000 mV

Input impedance

 (50±1) Ohm

Bandwidth

 
                  Version A (0-18) GHz 
                  Version B (0-12) GHz 
                  Version C

(0-6) GHz 

Noise RMS 

   
                 Version A 

1,5 mV 
                 Versions B, C

1 mV

Sensitivity 

range
step

2 – 200 mV/div
1 mV/div

  CW offset 

range
step

±1000 mV
1 mV

Time base  (1k points)

0,25 – 250 ns/div

Maximum number of points

4096

Delay  adjustment range

2,5 mks

Accuracy 

 

          main accuracy of amplitude measurements

1 % 

          main accuracy of time measurements

2 %

Number of ADC bits

12

  Triggering modes

internal (TDR);
external

Characteristic of external triggering

 

                                  frequency range 

1 kHz–1 GHz

                                  polarity

positive /negative

                                  input range of triggering signals

5–-500 mV

Max Sampling Rate

200kHz 

Power Supply

AC (230 ± 23)V
or AC (115 ± 10)V
47-400 Hz

Temperature range

(+5 – +45)°C 

Dimensions

183x65x420 mm

Weight

4  kg

 

Software:
  • The software for operation control of Digital Sampling Converter   and data acquisition

 
Additional  Software:

 
  • storage of "live"  and transformed signals to files;
  • graphical representation saved or transformed signals on time, frequency or phase planes;
  • calculation of parameters of "live" and saved signals;
  • mathematical processing of saved signals with the help of  large number of built-in operators and functions (in the real and complex areas);
  • spectral analysis of signals using Fast Fourier Transformation;
  • realization of measurements with the help of user-made programs on the base of  built-in programming language;
  • signal modeling;
  • recording both printing of measurement and processing results.