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BNA1000 Series - 2P20G0 Vector Network Analyzer 1MHz-20GHz

Series pricing:

For manufacturing and RF engineers who demand precision and versatility in their design and production processes, the BNA1000 Modular Vector Network Analyzer stands out. This advanced analyzer combines the high-resolution capabilities of a benchtop unit with the flexibility needed for various manufacturing and R&D environments.The BNA1000 goes beyond the limitations of traditional lab-focused analyzers and portable models, offering an exceptional 20GHz high-frequency range. This extended frequency capability provides unmatched detail and accuracy in RF measurements, making it ideal for analyzing high-frequency components and ensuring superior performance in both design and production stages. Its broad dynamic range and rapid measurement speed facilitate a smooth transition from development to manufacturing, driving innovation and efficiency in your projects.

Vector Network Analyzer

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Overview

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Frequency Range

1 MHz to 20 GHz

Output Power Range

-30 dBm to +10d Bm

Measurement parameters

S11 to S22

Measurement point per sweep

2 to 20001

Dynamic Range

125 dB, typ. (1 MHz to 8 GHz)

120 dB, typ. (8 MHz to 12 GHz)

118 dB, typ.129dB (12 GHz to 18 GHz)

115 dB, typ.128dB (18 GHz to 20 GHz)

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Low Trace Noise

8mdB rms @ IFBW=3 kHz

Measurement Speed

70 μs/point @ IFBW=500kHz

Support

Standard VISA Protocol

A.High-Frequency Component Testing: Ideal for analyzing high-frequency components such as filters, amplifiers, and antennas. The 20GHz range allows for precise characterization of devices operating at frequencies up to 20 GHz.

B.Advanced Research and Development: Supports R&D in advanced technologies, including 5G and satellite communications. Its high-frequency capability helps in developing and testing new RF and microwave components.

C.Communication Systems: Assists in the design and testing of components for advanced communication systems, including millimeter-wave technologies and high-speed data transmission.

D.Radar and Aerospace: Supports the development and testing of radar systems and aerospace components, where high-frequency performance is critical.

E.Medical Devices: Assists in the development and testing of medical devices that operate at high frequencies, such as certain imaging and diagnostic equipment.

F.Telecommunications Infrastructure: Aids in the design, testing, and maintenance of telecommunications infrastructure, including satellite communications systems and high-frequency microwave links.

G.Military and Defense: Supports the development and testing of military and defense equipment that requires high-frequency performance, including radar systems and communication device