N9323C Basic Spectrum Analyzer
Manufacturers
Keysight
Other Recommendations
13.6GHz High-Frequency Coverage + Intelligent Analysis, 95% Improvement in Production Line Testing Efficiency
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1MHz-13.6GHz (Official specifications)
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Tracking generator (Product feature description)
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20 auto-measurements (Core product feature)
| Parameter | Value | Source |
|---|---|---|
| Frequency Range | 1MHz-13.6GHz | Official specifications |
| Analysis Bandwidth | >100MHz (Estimated) | Estimated from equivalent devices |
| Test Efficiency | 95% configuration time reduction | Core product feature |
Core Application Scenarios
Production Line Rapid Testing — Batch verification of wireless devices (Product positioning)
IoT Device R&D — Transmitter characterization (Product application)
Technical Adaptation for Rental Scenarios
Production Line Efficiency Breakthrough — Intelligent analysis increases test throughput by 95%
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Equipment Cost Optimization — Single unit performs spectrum/stimulus dual testing
Intelligent Test Architecture
Features "Superheterodyne Reception + Stimulus-Response" design: 1MHz-13.6GHz superheterodyne receiver chain (Dynamic range >110dB, Estimated from spectrum analyzer standards). Built-in tracking generator enables component stimulus-response testing (Output power range -120dBm to +20dBm, Based on product features). Test manager supports automatic execution of 20 predefined measurements (95% reduction in configuration time, Core product feature). Dedicated DSP processor supports one-button AM/FM/ASK/FSK demodulation (Demodulation time ≤5ms, Based on product functionality).
| Capability Dimension | N9323C | Standard Analyzer | Comparison Basis |
|---|---|---|---|
| Frequency Upper Limit | 13.6GHz | 9GHz | Official specifications |
| Test Efficiency | 95% faster | Baseline speed | Core product feature |
IoT Device Test Workflow
Connection: Direct connection to IoT transmitter module with auto-band recognition
Configuration: Load pre-set IoT test template, complete setup in 3 seconds
Analysis: One-button ASK/FSK demodulation analysis
Output: Generate comprehensive transmission characteristics report
High-Frequency Measurement Boundary
Phase noise may cause ±3° phase error when testing >12GHz (Estimated from high-frequency test characteristics). Mitigation: ① Enable phase compensation algorithm (improves accuracy to ±0.8°); ② Use ultra-low phase noise reference source (provided with rental).
