TA430 datasheet(27/42 Pages) PICO

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PicoVNA® 100 Series vector network analyzers

Cadence AWR Connected for PicoVNA

The AWR Connected wizard for the PicoVNA brings

affordable vector network measurement right into

the Cadence AWR Design Environment. Component,

system and subsystem measurements are available,

controllable and displayed inside your simulation

workspace. Real-world measurements become

available for one-click transfer directly to project data

files – that you can use within your simulations or for

direct plot and comparison.

Design–Simulate–Implement–Measure workflow is

encapsulated in a single design environment, tightly

coupled for optimized speed and efficiency.

Features at a glance

•

Control and view PicoVNA output inside your design environment

•

One-click measurement transfer to new or existing project data files or plots

•

Fast, convenient comparison of ideal, modeled and measured component data

•

Simulation with measured component or subsystem data

•

Extend measured data to 0 Hz for passive component simulation at DC

•

Measure and plot active max. stable gain, available gain, K-factor and B1

Powerful education and training alliance

Can there be any more effective and rewarding learning experience than completing the

whole design cycle? Unfortunately, the high costs of microwave network measurement

have for many compromised that experience in the classroom. We believe that the more

affordable PicoVNA 106 6 GHz full-function, professional-grade vector network analyzer,

partnered with Microwave Office, changes the game.

Microwave Office layout with the PicoVNA

wizard (2nd panel) in the workspace

Implement

AWR

Simulate

AWR

Design

Measure

How it works

1. Start the PicoVNA wizard

to launch the PicoVNA

control software and

establish control of the

PicoVNA.

2. From the PicoVNA tab

select your saved calibration

and measurement settings.

Select single or dual port

import and preferred

preview plots.

3. Save Touchstone from

here if required.

6. Optionally use the

Passive Component or

Transistor data tabs to

create or update parameter

graph plots with one click.

4. From the MWO Datafile

tab, select or create a

project data file to receive

your measured data.

5. One click creates or

updates your data.

Designed within Microwave

Office, the PCB project

design file is available to

download. Students and

trainers can engage at

any point in the design

cycle, compare simulation

with real measurement,

and experiment within

the simulated and real

environments.

Microwave Office project file for the Network Metrology Test kit

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