Siglent SNA-TB01 RF Demonstration Board
The Siglent SNA-TB01 is a Compact RF demo board with 11 integrated test circuits for VNA evaluation and training.
Ideal for engineers, educators, and anyone working with RF design and measurement.
Siglent SNA-TB01 RF Demonstration Board – Complete RF Test Platform for Engineers and Educators
The Siglent SNA-TB01 is a versatile RF demonstration board designed to support testing, teaching, and validating key RF components. Ideal for use with vector network analyzers (VNAs), this compact board includes 11 essential RF modules: 50 Ω through lines, amplifier, mixer, coupler, balun, low-pass and band-pass filters, impedance transformation lines, and differential transmission lines.
Built for precision and clarity, the SNA-TB01 is perfect for RF circuit evaluation, training, and VNA performance validation. With USB-C powered active components, high-quality SMA connectors, and compatibility with Siglent’s SNA series and other VNAs, it’s an essential tool for RF labs, education, and product development.
Key Features:
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Supports up to 7 GHz RF signal testing
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Includes mixer (LTC5562), amplifier (MAAM-011206), directional coupler, and balun
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Enables time-domain and frequency-domain analysis including TDR measurements
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USB-C powered for active components
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Compact form factor: 229 mm × 88 mm
Integrated Test Circuits:
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50 Ω Short Through Line – For fundamental S-parameter measurements.
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Mixer – Enables frequency conversion and analysis (up to 7 GHz).
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Amplifier – Wideband LNA for gain, return loss, and compression tests.
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Coupler – Directional coupler for coupling, isolation, and directivity experiments.
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Balun – RF transformer for balanced/unbalanced signal conversion and CMRR analysis.
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Low-Pass Filter – With 4 GHz cutoff for basic filtering studies.
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Band-Pass Filter – With 3–3.9 GHz passband for selective signal transmission.
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50 Ω Long Through Line – Extended line for time-domain reflection testing.
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Impedance Transformation Line – Line with varying impedance to study mismatch effects.
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100 Ω Differential Line – For high-speed differential signal testing.
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Differential Impedance Transformation Line – Gradient impedance line for TDR and differential analysis.
Optimize your RF design, testing, and training with the Siglent SNA-TB01 — the all-in-one RF toolkit for modern engineers.
