TTR500 Series Vector Network Analyzer (VNA)

vector network analyzer(VNA)It is an electrical testing instrument that uses knownContinuous wave(CW)signalTo measure radio frequency(RF)The amplitude and phase response of microwave devices, systems, and subsystems in design and manufacturing applications. It is an important testing tool that helps manufacture wireless devices.

tektronixTTR500The series of dual port dual path vector network analyzers enable RF design and validation engineers, education professionals, and manufacturing organizations to shorten product time to market by reducing prototype iterations and accurately and reliably conducting daily measurements.

function

lAdvantages of Vector Network Analyzer

VNAAllow you to measure complex quantities such as reflection coefficient, impedance, admittance, return loss, insertion loss, gain, isolation, etc. in ways that are not supported by other testing instruments. Traditional testing equipment, such as power meters, spectrum analyzers, and oscilloscopes, typically only have receivers used to measure the device under test(DUT)The signal emitted or created. ButVNAIt is different, as it has both a signal source and a set of receivers for determining theDUTThe incentive changes caused. The incentive based testing method allowsVNAMeasure very small changes in reflection and excitation, allowing you to accurately calibrate any RF device under real environmental and testing conditions.

lWhat objects is the vector network analyzer suitable for?

Used by RF design and verification engineersVNATo verify its design simulation. Manufacturing engineers assemble and test RF devices and equipment according to a specific set of specifications. Vector network analyzer is used to quickly and accurately verify the performance of RF devices and equipment. Education professionals use standard industrial testing instruments to train the next generation of engineers.

lUnique innovation, reducing costs and minimizing size

TTR500The series of vector network analyzers will include sixRFThe receiver and two RF signal sources are tightly integrated into a proprietary systemASICIn the middle. With innovative architecture and specialized technology,TTR500The series vector network analyzer has a performance level comparable to desktop vector network analyzers, but the cost has been reduced40%And its size and weight are only one seventh of equivalent performance devices. The characteristics are as follows:

Frequency range:100 kHz - 6 GHz

Dynamic range: greater than110 dB

Trajectory noise: less than0.012 dBrms

Output power:-50-+7 dBm

Both ports can access the built-in offset device, which can bias active devices

lWorried about the existence of a learning curve? There is no such problem at all!

The use of this product is very simple. We use industry standard interfaces, so you can quickly get started and spend more time on testing and design.VectorVu-PCThe software adopts an industry standard interface, allowing you to use anyWindows PCOr use a laptop to control and calibrate the instrument. For automated testing systems, we also provide programming support for traditional vector network analyzers to integrate into existing testing systems. The characteristics are as follows:

Running in offline modeVectorVu-PCTo analyze stored data

Output file formats and commonly used onesEDACompatibility with simulation tools

SCPICommand compatible with traditional vector network analyzer