Difference between revisions of "Vna6000p"

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(Created page with "VNA6000P is a Portable, full 2-port 6 GHz VNA Main Features ✔ Frequency range: 1 MHz to 6 GHz ✔ Full two-port VNA: both ports can function as transmitter and receiver whic...")
 
 
(3 intermediate revisions by the same user not shown)
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VNA6000P is a Portable, full 2-port 6 GHz VNA
 
VNA6000P is a Portable, full 2-port 6 GHz VNA
 
Main Features
 
Main Features
 +
 
✔ Frequency range: 1 MHz to 6 GHz
 
✔ Frequency range: 1 MHz to 6 GHz
✔ Full two-port VNA: both ports can function as transmitter and receiver which allows to
+
 
measure all four S-parameters without physically switching the DUT
+
✔ Full two-port VNA: both ports can function as transmitter and receiver which allows to measure all four S-parameters without physically switching the DUT
✔ Above capability allows the implementation of standard VNA calibration procedures.
+
 
Currently implemented procedures are 1-port OSL, 2-Port OSLT, 2-Port LMR16 and
+
✔ Above capability allows the implementation of standard VNA calibration procedures.Currently implemented procedures are 1-port OSL, 2-Port OSLT, 2-Port LMR16 and Transmission normalization for S21/S12. Industry standard models of calibration standards (separately for male and female connectors) are supported
Transmission normalization for S21/S12. Industry standard models of calibration
+
 
standards (separately for male and female connectors) are supported
 
 
✔ Due to architecture of this VNA, only one S-parameter can be measured at the time.
 
✔ Due to architecture of this VNA, only one S-parameter can be measured at the time.
 
Separate 1-Port and 2-Port modes are implemented. In 1-Port mode only S11 or S22 is
 
Separate 1-Port and 2-Port modes are implemented. In 1-Port mode only S11 or S22 is
 
measured which allows for faster trace update. In 2-port mode trace is updated after all 4
 
measured which allows for faster trace update. In 2-port mode trace is updated after all 4
 
parameters are measured successively
 
parameters are measured successively
 +
 
✔ Currently two traces can be displayed simultaneously which can be set to combination
 
✔ Currently two traces can be displayed simultaneously which can be set to combination
 
any of four S-parameters and different data representations which includes: Log
 
any of four S-parameters and different data representations which includes: Log
 
magnitude, Linear reflection coefficient, Impedance, VSWR, Phase, Group Delay. Trace
 
magnitude, Linear reflection coefficient, Impedance, VSWR, Phase, Group Delay. Trace
 
display range and Ref. level can be changed for all formats
 
display range and Ref. level can be changed for all formats
 +
 
✔ Time Domain(TD) function is available in 1-Port mode. Implemented TD modes: Band-
 
✔ Time Domain(TD) function is available in 1-Port mode. Implemented TD modes: Band-
 
Pass impulse, Low-Pass impulse ans Low-Pass step. It is possible to zoom and interpolate
 
Pass impulse, Low-Pass impulse ans Low-Pass step. It is possible to zoom and interpolate
 
data in time axis for increased resolution
 
data in time axis for increased resolution
 +
 
✔ Smith chart display is available which can be displayed simultaneously with Cartesian
 
✔ Smith chart display is available which can be displayed simultaneously with Cartesian
 
traces
 
traces
 +
 
✔ Two scrollable trace markers are available which includes 'Delta' function as well
 
✔ Two scrollable trace markers are available which includes 'Delta' function as well
 +
 
✔ User can save data to Micro-SD card. Available data formats are BMP screen-shots, S-
 
✔ User can save data to Micro-SD card. Available data formats are BMP screen-shots, S-
 
parameters (S1P or S2P files) and OSLT calibration coefficients. SD card also contains
 
parameters (S1P or S2P files) and OSLT calibration coefficients. SD card also contains
 
description of calibration standard model coefficients.
 
description of calibration standard model coefficients.
 +
 
✔ Internal ('factory') calibration allows to do quick 1-Port/2-Port measurements without
 
✔ Internal ('factory') calibration allows to do quick 1-Port/2-Port measurements without
 
mechanical calibration
 
mechanical calibration
 +
 
✔ Zero span option allows to use VNA as simple signal generator (unfiltered and level
 
✔ Zero span option allows to use VNA as simple signal generator (unfiltered and level
 
uncalibrated). On-board step attenuator allows to change signal power in range of 31.75
 
uncalibrated). On-board step attenuator allows to change signal power in range of 31.75
 
dB with steps of 0.25 dB
 
dB with steps of 0.25 dB
 +
 
✔ All main settings, when changed, are automatically saved in on-board EEPROM
 
✔ All main settings, when changed, are automatically saved in on-board EEPROM
 +
 
✔ VNA is powered from single 3200 mA Li-Po cell or +5 to +12Vdc wall adapter and
 
✔ VNA is powered from single 3200 mA Li-Po cell or +5 to +12Vdc wall adapter and
 
includes circuit for automatic battery charging. Approximate battery life ranges from 3 to
 
includes circuit for automatic battery charging. Approximate battery life ranges from 3 to
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off). Current consumption is operational mode is ranges from 600 to 700 mA, but in
 
off). Current consumption is operational mode is ranges from 600 to 700 mA, but in
 
sleep/power off mode less is than 100 uA
 
sleep/power off mode less is than 100 uA
 +
 +
== <font color="blue">Product Documentation</font> ==
 +
* [http://www.mtinst.com/wiki/upload/vna6000p_manual_cn.pdf vna6000p manual cn]
 +
* [http://www.mtinst.com/wiki/upload/vna6000p_manual_en.pdf vna6000p manual]

Latest revision as of 13:19, 6 October 2021

VNA6000P is a Portable, full 2-port 6 GHz VNA Main Features

✔ Frequency range: 1 MHz to 6 GHz

✔ Full two-port VNA: both ports can function as transmitter and receiver which allows to measure all four S-parameters without physically switching the DUT

✔ Above capability allows the implementation of standard VNA calibration procedures.Currently implemented procedures are 1-port OSL, 2-Port OSLT, 2-Port LMR16 and Transmission normalization for S21/S12. Industry standard models of calibration standards (separately for male and female connectors) are supported

✔ Due to architecture of this VNA, only one S-parameter can be measured at the time. Separate 1-Port and 2-Port modes are implemented. In 1-Port mode only S11 or S22 is measured which allows for faster trace update. In 2-port mode trace is updated after all 4 parameters are measured successively

✔ Currently two traces can be displayed simultaneously which can be set to combination any of four S-parameters and different data representations which includes: Log magnitude, Linear reflection coefficient, Impedance, VSWR, Phase, Group Delay. Trace display range and Ref. level can be changed for all formats

✔ Time Domain(TD) function is available in 1-Port mode. Implemented TD modes: Band- Pass impulse, Low-Pass impulse ans Low-Pass step. It is possible to zoom and interpolate data in time axis for increased resolution

✔ Smith chart display is available which can be displayed simultaneously with Cartesian traces

✔ Two scrollable trace markers are available which includes 'Delta' function as well

✔ User can save data to Micro-SD card. Available data formats are BMP screen-shots, S- parameters (S1P or S2P files) and OSLT calibration coefficients. SD card also contains description of calibration standard model coefficients.

✔ Internal ('factory') calibration allows to do quick 1-Port/2-Port measurements without mechanical calibration

✔ Zero span option allows to use VNA as simple signal generator (unfiltered and level uncalibrated). On-board step attenuator allows to change signal power in range of 31.75 dB with steps of 0.25 dB

✔ All main settings, when changed, are automatically saved in on-board EEPROM

✔ VNA is powered from single 3200 mA Li-Po cell or +5 to +12Vdc wall adapter and includes circuit for automatic battery charging. Approximate battery life ranges from 3 to 4 hours depending on measurement mode (on 1-Port mode one channel can be powered off). Current consumption is operational mode is ranges from 600 to 700 mA, but in sleep/power off mode less is than 100 uA

Product Documentation