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Geotest GX2002 Analizador de Potencia de RF para bus PXI 3U 100 MHz - 3 GHz

Geotest GX2002
GX2002
 
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Disponibilidad: Producto descontinuado
Codigo del Producto: GX2002

Descripcion Detalle del producto
 
Descripcion

Description

CW and pulse RF power measurements
Frequency counter
Pulse interval analyzer
100 MHz to 3 GHz
External input and output synchronization
Compatible with PXI Express hybrid slots

The GX2002 PXI RF Power Analyzer module performs multiple
measurements on both CW and pulsed RF waveforms including
power, frequency, and pulse interval measurements. Flexible
triggering and a programmable gate measurement window allow
the module to acquire and measure RF pulse power and the RF
waveform’s frequency.


The GX2002 can analyze RF signals from 100 MHz to 3 GHz
with an input range from –34 dBm to +16 dBm. The RF input is
processed in parallel using an RF counter that measures frequency,
a calibrated envelope detector that measures CW or pulse power,
and time-capture circuitry that measures the pulse width and pulse
repetition interval. The GX2002 is ideally suited for performing RF
power and signal measurements on a variety of modern day communication
and radar products.

Features

The GX2002 consists of two inputs, an SMA signal input and an SMB trigger input/output. The trigger input is TTL compatible and can be programmed to be positive or negative edge sensitive. Alternatively, triggering of a measurement or acquisition can be based on a trigger created by the RF input signal. A flexible data acquisition system allows the user to program the aperture acquisition window, the aperture delay, as well as the signal threshold level, providing flexibility to acquire and analyze RF bursts from 100 ns to 1.25 seconds in length. The module’s on-board DSP provides that ability to perform all measurements including the input signal's pulse-width, PRI, frequency, and peak power in less than 100 microseconds.

Software

The GX2002 is supplied with a virtual instrument panel, which includes 32-bit DLL driver libraries and documentation. The virtual panel can be used to interactively program and control the instrument from a window that displays the instrument’s current settings and measurements.

In addition, various interface files provide access to the library for programming tools and languages such as ATEasy, Microsoft® and Borland® C/C++, Microsoft Visual Basic®, LabVIEW, Borland Delphi, and more.

Applications

ATE Systems
Radar test systems
Mobile and base radio test systems
WLAN applications
RF semiconductor test applications


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