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 Network Analyzers using S2VNA software

This is a series of rack-mounted VNAs - a series that delivers industry-leading dynamic range and sweep speed, with all the features engineers have come to expect included standard in our software. This series also includes analyzers that are compatible with frequency extenders or have direct access to receivers. The Auxiliary Board Option is available on all Cobalt VNAs at the time of order (factory-installed) or as an add-on at a later date.

The front view of the Analyzers is represented in the figures below.

C1209

C1209 front panel

C1220

C1220 front panel

C2209

C2209 front panel

C2220

C2220 front panel

C4209

C4209 front panel

C4220

C4220 front panel

Part of front panel

Power Button

PowButton4

Switches the Analyzer ON and OFF.

The analyzer can be turned on/off at any time. The VNA loads its operating firmware from the PC each time upon powering up. The process will take approximately 10 seconds, after which the Analyzer will be ready for operation.


note

The USB driver will be installed onto the PC when the analyzer is turned on for the first time. The driver installation procedure is described in Software Installation. Some PCs may require re-installation of the driver in case of change of the USB port.


Test Ports

test port 3

test port 2

Test Port 1 and Port 2 are intended for DUT connection. C1209, C2209, C4209 models have type-N female test ports connector type. C1220, C2220, C4220 models have NMD 3.5 mm male test ports connector type.

Each test port has an LED indicator. A test port can be used either as a source of the stimulus signal or as a receiver of the response signal from the DUT. The stimulus signal can only appear on the only one port at a time.

Connecting the DUT to only one test port on the Analyzer allows the measurement of reflection parameters (e.g. S11 or S22) of the DUT.

Connecting the DUT to all test ports of the Analyzer allows for the measurement of the full S-parameter matrix of the DUT.


note

The LED indicator identifies the test port which is operating as a signal source.



Caution

Do not exceed the maximum allowed power of the input RF signal (or maximum DC voltage) indicated on the front panel. This may lead to damage of the Analyzer.


Ground Terminal

ground2

Use the terminal for grounding.

To avoid damage from electric discharge, connect the ground terminal on the body of the Analyzer to a reliable earth ground shared with the DUT in the test environment.

Adjustable Ports Configurations (C2209, C2220 models only)

Adjustable Ports

Adjustable port configurations with direct access to the receivers of the VNA provide for a variety of test applications requiring wider dynamic and power range. Direct receiver access enables testing of high power devices. Additional amplifiers, attenuators, various filters and matching pads for each of the ports may be introduced in reference oscillator and receiver path to ensure optimal operation of the receivers.

Additional Ports for Frequency Extension System (C4209, C4220 models only)

Additional Ports

C4209, C4220 analyzers have additional ports on the front panel for connecting frequency extension system.

The signal from the analyzer's local oscillator (LO1 output) is supplied to the frequency extension system. Signals from the extension system are fed to the inputs of the test and reference receivers of the analyzer (A in and R1 in). Unless frequency extension system is used, each pair of ports is connected with a jumper cable assembly.

 

Rev.:  22.2