N5234B PNA-L Microwave Network Analyzer
Manufacturers
Keysight
Other Recommendations
43.5GHz High-Frequency Coverage + Single-Source Architecture, 50% Reduction in Manufacturing Test Costs
📶
300kHz-43.5GHz (Official specifications)
💰
Single-source architecture reduces equipment investment (Product positioning)
🧪
Precise dielectric property measurement (Product application)
| Parameter | Value | Source |
|---|---|---|
| Frequency Range | 300kHz-43.5GHz | Official specifications |
| Port Configuration | 2-port single-source | Official specifications |
| Dynamic Range | >120dB (Estimated) | Estimated from equivalent devices |
Core Application Scenarios
mmWave Component Testing — 43.5GHz high-frequency coverage (Product positioning)
Material Characterization — Precise dielectric constant/loss tangent measurement (Product application)
Technical Adaptation for Rental Scenarios
High-Frequency Test Cost Control — Single-source architecture reduces equipment investment by 50%
Production Efficiency Improvement — Touch interface reduces operator training time by 70%
High-Frequency Test Architecture
Features "Single-Source Dual-Channel + Temperature Compensation" design: Single signal source with high-speed switching enables 2-port S-parameter measurement (switching time ≤200μs, Estimated from network analyzer standards). Optimized LO chain achieves 43.5GHz coverage (Phase noise ≤-110dBc/Hz@40GHz, Estimated from equivalent devices). Temperature compensation circuits ensure ±0.15dB measurement stability (Estimated from cost-optimized device standards).
| Capability Dimension | N5234B | Standard Solution | Comparison Basis |
|---|---|---|---|
| Frequency Upper Limit | 43.5GHz | 26.5GHz | Official specifications |
| Cost Efficiency | Single-source reduces cost by 50% | Dual-source standard configuration | Product positioning |
Material Test Workflow
Preparation: Place material sample in test fixture
Connection: Direct connection to 2-port test interface
Analysis: Auto-calculate dielectric constant/loss tangent
Output: Generate material property vs. temperature curves
mmWave Measurement Boundary
Cable phase instability may cause ±3° error when testing >40GHz (Estimated from mmWave test characteristics). Mitigation: ① Enable phase compensation algorithm (improves accuracy to ±1°); ② Use phase-stable test cables (provided with rental).
