Description
VNA-0440e 4GHz 3-port Vector Network Analyzer with Bias Generator
- 2 + 1 port VNA
- Frequency range 400MHz to 4GHz
- Measuring power -30 to +5dBm
- Data up to 20000 points
- Port calibrated
- Signal Generator output
- Parametric sweeps
- Bias Voltage/Current generator
The VNA-0440e is full bi-directional 2½-port Vector Network Analyzer that is controlled from a PC through a USB connector.
This VNA is ideal for measuring all kinds of micro-circuits like antennas, attenuators, amplifiers etc. Its frequency range includes most popular telecom bands like GSM-GPRS-LTE, Wifi, DECT, GPS® , ISM, Zigbee® , Bluetooth® .
With its small size it can also be used near the antenna inside a large device or installation. It’s also ideal for on-site measurements.
The extra Generator port provides an additional signal port that can be used for measuring 3-port devices.
A built-in Bias Generator provides a voltage/current source from -12V to +12V and 100mA. Each of the three ports can be routed to either the bias voltage, ground, or open.
Included in the product are
- VNA-0440e
- PC-software, for controlling, saving data &set-ups, analysis, reporting, etc.
- Power supply and USB Cable
- Documentation
- Carrying case
With our VNA Application Programming Interface the VNA-0440e can be used for automated production testing.
VNA Sandbox
- Get started with VNA measurements
- Includes in-depth tutorial
- Dual UFL OSLT Calibration Kit
- 8 x 1-port circuit
- 8 x 2-port circuit
- 1 x 3-port circuit
- 3 active circuits
- 2 antennas
- Use with any VNA
- Use up to 6GHz
- Includes UFL adapters and cables
- Includes UFL sockets for your measurements
We have created the VNA Sandbox as a way to get familiar with VNA measurements and their meaning on the screen.
You will start with a calibration of the measurement with the on-board UFL calibration kit. Then you are ready to measure the different impedances and networks. A tutorial is included that will explain how to measure, what you see on the screen and why some of the measurements may look different from what the theory tells us.
There are 1-port networks, 2-port attenuators, filters and an active amplifier component. Two antennas give you the opportunity to try the point-and-match function of the our VNA products, and measure the coupling between them.
