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0 reviews | Catalog: 1323.0012.54 | Model: Rohde & Schwarz ZNLE4
Vector-Network Analyzer, 2 ports 1 MHz to 4.5 GHz, N(f) Connectors
Your Price: $15,450.00
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The R&S ZNLE makes vector network analyzer measurements as easy as ABC: easy to configure, easy to calibrate, easy to measure. The renowned high-quality design, an innovative user interface and its compact size make the R&S ZNLE ideal for basic VNA applications.
The R&S ZNLE is a two-port vector network analyzer that can be used for bidirectional measurements of S-parameters S11, S21, S12 and S22 on passive components.
Configuring the R&S ZNLE requires only three decisions:
The R&SZNLE is a plug-and-play vector network analyzer containing everything needed to start a measurement. With a fully integrated powerful PC platform running the Windows 10 operating system, the R&S ZNLE is a complete standalone analyzer. The solid-state hard disk delivers fast boot time and the reliability required for demanding applications. Configure measurements right on the R&S ZNLE and save valuable bench space since there is no need for a mouse, keyboard and external monitor. Simply plug in the instrument and start measuring.
Vector network analyzers such as the R&S ZNLE characterize electronic networks by measuring the magnitude and phase of S-parameters. Featuring an instrument depth of less than 24 cm and weighing only around 6 kg, the R&S ZNLE is the most compact instrument in its class.
The R&S ZNLE offers a low trace noise of typ. 0.001 dB (at 10 kHz measurement bandwidth). This allows highly accurate, stable and repeatable measurements even at wider IF bandwidths. Using larger measurement bandwidths, the R&S®ZNLE can perform faster measurements while still delivering excellent trace stability.
The R&S ZNLE is up to 10 times faster than similar instruments. With a measurement speed of 9.6 ms for 201 points (100 kHz IFBW, 200 MHz span, full two-port calibration) and fast LAN or IEC/IEEE data transfer, the R&S ZNLE meets the speed requirements encountered in production and in everyday testing.
The wide 10.1" multitouch screen is perfect for displaying setups and arranging measurements as required by the current application. Simply drag & drop to adapt the layout to your needs. The multitouch capability of the R&S ZNLE lets you do more than just move the traces around with the touch of a finger. You can also use gesturing to zoom in and out.
The R&S ZNLE features a user interface that is simple and clearly structured. Configure measurements in just a few steps. Drag and drop traces, channels and diagrams to achieve your ideal layout. Save, reload and switch between different setups with just a few screen taps.
Use the undo and redo softkeys to cancel and restore measurement configurations. Check the influence of a measurement setting and revise it quickly, without having to reconfigure the entire measurement. To restart a setup from scratch, just press the Preset key.
Thanks to the fully integrated help menu, help is just a click away. In every dialog window, the R&S ZNLE has a help button that takes you directly to the relevant section of the user manual. The help softkey is located on the left side of the display and can be accessed at any time. An integrated search function lets you quickly find different topics and functions.
In development, it is often necessary to measure passive components quickly. The R&S ZNLE not only delivers solid RF performance, it also offers features that make your life easier.
The R&S ZNLE calibration wizard guides you through the calibration process. Manual calibration kits and automatic calibration units are supported. The analyzer’s automatic calibration unit minimizes the time needed to perform full system error correction. The calibration unit is ready for use right after it is connected to the R&S ZNLE. It only takes a few steps to calibrate the setup. This is especially an advantage in production environments, helping you save time and maximize throughout.
The following calibration procedures are available:
It is often necessary to characterize single components that are specified together with a matching network. The R&S ZNLE can embed the DUT into virtual matching networks to achieve realistic conditions when simulating the DUT in its operational environment. The R&S ZNLE offers a choice of predefined matching network topologies. It is also possible to read *.s2p files into the R&S ZNLE and use them for deembedding/embedding. The fixture compensation feature corrects the measurement results by compensating for the effect of a test fixture.
Some measurements require the characterization of a specific component of a composite DUT (for example an antenna of an IoT device). With the R&S ZNL-K2 option, the R&S ZNLE lets you analyze the DUT in the time domain and use the time gating function to isolate the required circuit section.
The distance-to-fault measurements option (R&S ZNL-K3) lets you detect cable discontinuities, which is important for example for base station antenna installation. You can select from a range of common cable types with predefined velocity factor and frequency-dependent attenuation, or create your own cable profiles. The R&S ZNL-K2 and R&S ZNL-K3 options use internal DC extrapolation.
The optional frequency extension down to 100 kHz (R&S ZNLE-B100) is helpful as it provides improved accuracy.
The R&S ZNLE can be remote controlled via the integrated LAN interface. The optional GPIB interface lets you connect a controller to remotely control the R&S ZNLE. Data is transmitted bidirectionally on the 8-bit parallel bus. The data measured during a sweep is transferred to the controller while the next sweep is in progress. As a result, the R&S ZNLE has virtually negligible data transfer time.
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