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Portable Vector Network Analyzer

SHN900A Series

SHN900A

Frequency Range

30 kHz~26.5 GHz

Ports

2

Frequency Resolution

1Hz

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SHN900A

SHN900A

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Product Introduction

With its compact design and excellent performance, SHN900A series is unique in the portable vector network analyzer market. Despite its small size, it is fully functional and supports high-frequency measurement and various test modes. It is especially suitable for on-site testing and rapid troubleshooting, and it is a radio frequency testing tool carried by electronic engineers.

Key Features

  • Frequency Range: 30 kHz~26.5 GHz
  • Frequency resolution: 1 Hz
  • Dynamic range: 110 dB (Typ.)
  • Range of IFBW: 10 Hz~3 MHz
  • Setting range of output level: -45 dBm ~ +10 dBm
  • Standard Bias-Tee, 4h Working Time
  • Standard GPS, Time and Location Information Saving
  • Standard CAT/DTF Measurement，enhanced time-domain parameter analysis (TDR), spectrum analysis

Product advantage

Perform Better in the Field

SHN900A pursues the ultimate portability and operation convenience in design, and provides flexible and simple operation methods. SHN900A is designed with high integration, the whole machine weighs is less than 3.2kg and the size is 310 mm × 215 mm × 78.5 mm. And it powered by Li-ion batteries with a battery life of up to 4 hours, which is more suitable for complex environments such as outdoor, narrow space and aerial work.

Vector Network Analyzer (Standard)

SHN900A has excellent RF performance in hand-held products, and provides single-port cable and antenna measurement and full dual-port S parameter measurement. In the process of product development and manufacturing, component specifications are usually tested and design simulations are verified to ensure that the system and its components work normally. In the field, the measurement of S parameters is helpful to the verification and troubleshooting of RF and microwave systems. The full dual-port SHN900A provides four standard S-parameters (S11, S12, S21, S22) measurement, with multiple display modes and various formats, such as Smith chart, standing wave ratio, polar coordinates, etc. Mixed-mode reflection measurement can analyze difference channel, and two test ports of SHN900A allow mixed-mode measurement for two different test settings.

Cable and Antenna Analysis (Standard)

The CAT mode of the SHN900A verifies and troubleshoots the electrical performance of RF and microwave transmission systems, and is ideal for tasks such as installation and maintenance of antenna systems, distance-to-fault (DTF) measurements on cables, single-port cable loss measurements, and antenna matching measurements.

Spectrum Analysis (SHN900-SA)

Spectrum analysis mode supports the measurement of parameters such as channel power, adjacent channel power ratio (ACPR) and occupied bandwidth. Marker → SA supports a quick view of the spectrum at specific frequency points of the S-parameters, making signal search and analysis more convenient. Simple and clear setup boxes make the testing process simpler, and a series of standardized, repetitive measurements can be performed quickly and easily without error, helping to eliminate human error and supporting the user in making the right measurements from the start.

GPS Location and Logging (Standard)

SNA series portable vector network analyzer combined with GPS function can quickly locate the location of interference sources. Combined with the recording and playback function, it can help users to record the measurement results of spectrum, channel power and adjacent channel power ratio at multiple specific locations, identify and locate interference signals, and better meet the needs of various applications.

Adjustable Differential/Single-Ended TDR Probes

When measuring the impedance of electronic components such as circuit boards and wires, the uneven spacing requires the fabrication of appropriate test probes and fixtures during testing. With this adjustable probe (ASP-18/26, ADP18/26), the spacing of the test probes can be adjusted between 0 mm and 6.5 mm through the built-in adjusting wheel, so that the test can be carried out quickly.

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