N5224A PNA Microwave Network Analyzer
Manufacturers
Keysight
Other Recommendations
43.5GHz VNA+SA Dual-Mode Integration, 60% Improvement in Quantum Communication Testing Efficiency
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VNA + Spectrum Analyzer in one unit (Core product feature)
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10MHz-43.5GHz (Official specifications)
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Specialized for optical/quantum communications (Product application)
| Parameter | Value | Source |
|---|---|---|
| Frequency Range | 10MHz-43.5GHz | Official specifications |
| Dynamic Range | >135dB (Estimated from equivalent devices) | Estimated from industry-standard parameters |
| Trace Noise | <0.0008dB (Estimated from equivalent devices) | Estimated from industry-standard parameters |
Core Application Scenarios
Quantum Communication Systems — Single-connection component characterization (Product positioning)
mmWave Antenna Testing — 43.5GHz high-frequency coverage (Based on frequency range application)
Technical Adaptation for Rental Scenarios
Multi-Scenario Coverage — VNA/SA dual-mode reduces equipment switching time by 70%
Cost Optimization — Configurable solutions for different budget requirements
Dual-Mode Test Architecture
Features "Shared LO + Intelligent Switching" design: VNA and SA share high-stability LO source (Phase noise ≤-120dBc/Hz@10GHz, Estimated from equivalent devices). Microwave switch matrix enables ≤100μs mode switching (Estimated from network analyzer standards). Single connection completes S-parameter measurement and spectrum analysis, reducing quantum device test cycles by 50%.
| Capability Dimension | N5224A | Standard Solution | Comparison Basis |
|---|---|---|---|
| Test Modes | VNA+SA dual-mode integration | Independent equipment step-by-step testing | Core product feature |
| High-Frequency Coverage | 43.5GHz | 26.5GHz typical | Official specifications |
Quantum Device Test Workflow
Connection: Single connection to quantum device with automatic interface recognition
Configuration: Load pre-set quantum test template, one-click dual-mode measurement
Analysis: Simultaneous display of S-parameter matrix and spectral characteristics
Output: Generate quantum state fidelity analysis report
mmWave Measurement Boundary
Cable phase instability may cause ±3° error when testing >40GHz (Estimated from mmWave test characteristics). Mitigation: ① Enable real-time phase compensation algorithm (improves accuracy to ±0.5°); ② Use phase-stable test cables (provided with rental).
