Rohde & Schwarz ZNA43
| Atributo | Valor |
|---|---|
| Rango de frecuencia | 100 kHz – 43 GHz |
| Número de puertos | 2 o 4 puertos |
| Rango dinámico | hasta 140 dB |
| Potencia de salida | -60 dBm a +13 dBm |
| Precisión de nivel de potencia | ±0,5 dB |
| Velocidad de medición | hasta 1,3 ms por punto de frecuencia |
| Impedancia de referencia | 50 Ω |
| Conectores de RF | 2,92 mm (macho/hembra, compatibles con K y SMA) |
| Pantalla | Pantalla táctil a color de 12,1 pulgadas |
| Interfaces de conexión | USB, LAN (Ethernet), GPIB (opcional) |
Rohde & Schwarz ZNA43 Options:
- ZNA43 - B4 - Precision frequency reference (OCXO)
- ZNA43 - B5 - 2nd internal LO source (4-port model)
- ZNA43 - B7 - Memory streaming extension
- ZNA43 - B8 - mmWave converter LO
- ZNA43 - B19 - Additional removable hard disk (includes image and HDD module)
- ZNA43 - B26 - Direct IF access
- ZNA43 - B91 - Trigger and control I/O board
- ZNA43 - B3 - 3rd and 4th internal source for R&S ZNA43 (4-port model)
- ZNA43 - B16 - Direct source and receiver access (2-port model)
- ZNA43 - B16 - Direct source and receiver access (4-port model)
- ZNA43 - B21 - Source step attenuator, Port 1
- ZNA43 - B22 - Source step attenuator, Port 2
- ZNA43 - B23 - Source step attenuator, Port 3
- ZNA43 - B24 - Source step attenuator, Port 4
- ZNA43 - B31 - Receiver step attenuator, Port 1
- ZNA43 - B32 - Receiver step attenuator, Port 2
- ZNA43 - B33 - Receiver step attenuator, Port 3
- ZNA43 - B34 - Receiver step attenuator, Port 4
- ZNA43 - B41 - Internal pulse modulator, Port 1
- ZNA43 - B42 - Internal pulse modulator, Port 2
- ZNA43 - B43 - Internal pulse modulator, Port 3
- ZNA43 - B44 - Internal pulse modulator, Port 4
- ZNA43 - B161 - Source monitor access port 1
- ZNA43 - B163 - Source monitor access port 1 and port 3 (4-port model)
- ZNA43 - B213 - Internal combiner port 1 and port 3 (4-port model)
- ZNA43 - K1 - Spectrum analyzer mode
- ZNA43 - K2 - Time domain analysis (TDR)
- ZNA43 - K20 - Extended time domain analysis (incl. eye diagram)
- ZNA43 - K4 - Scalar mixer and arbitrary frequency-converting measurements
- ZNA43 - K5 - Vector corrected converter measurements (without reference mixer and phase reference)
- ZNA43 - K7 - Measurements on pulsed signals
- ZNA43 - K9 - Group delay measurements on frequency converters without LO access
- ZNA43 - K17 - Increased IF bandwidth 30 MHz
- ZNA43 - K19 - 1 mHz frequency resolution
| Model | ZNA43 |
|---|
ROHDE & SCHWARZ ZNA43 Vector Network Analyzer
The Rohde & Schwarz ZNA43 features exceptional stability, low trace noise and excellent raw data, making it a perfect choice for development and production applications that require high accuracy, e.g. for developing and producing components and modules for A&D and satellite applications. It offers up to four internal, phase-cohe sources, allowing independent control of the signal's frequency at each port as well as phase measurements on mixers. The Rohde & Schwarz ZNA43 provides two internal LO sources, a true multichannel receiver architecture, pulse generators and modulators, an internal combiner and comprehensive trigger and synchronization capabilities.
Even intermodulation measurements on mixers and receivers can be performed on the Rohde & Schwarz ZNA43 without external signal generators, minimizing test time and simplifying test configuration. Users no longer need to work through a jungle of menus. Instead, a wizard guides them step by step through configuration and calibration. All relevant parameters are covered, and measurement traces are created in just a few steps. The Rohde & Schwarz ZNA43 characterizes low-noise amplifiers (LNA), receivers, frequency-converting DUTs and T/R modules precisely and efficiently. Two independent touchscreens provide utmost flexibility for smooth, efficient operation.
Specifications for the ROHDE & SCHWARZ ZNA43 Vector Network Analyzer Include:
| Frequency Range | 10 MHz to 43.5 GHz |
| Number of Ports | 2 or 4 |
| Dynamic Range | 139 dB (typ.), up to 170 dB (typ., with opt) |
| Trace noise | < 0.001 dB (at 1 kHz IF bandwidth) |
