Key features of the SSA3015X Plus Spectrum Analyzer:
1. Extensive Frequency Range: Covers a wide spectrum from 9 KHz to 1.5 GHz, accommodating various signal types and frequencies.
2. Selectable Resolution Bandwidth (RBW): Offers flexible RBW options from 1 Hz to 1 MHz, allowing precise signal analysis customization.
3. Exceptional Amplitude Accuracy: Total Amplitude Accuracy of < 0.7 dB ensures precise and consistent measurements, ideal for critical applications.
4. High Sensitivity: Boasts a remarkable Display Average Noise Level (DANL) of -161 dBm/Hz, enabling the detection of even the faintest signals.
5. Integrated Tracking Generator: Equipped with a Tracking Generator spanning from 100 kHz to 1.5 GHz, enhancing its utility for characterizing devices under test.
6. Versatile Frequency Coverage: Suitable for a broad range of signal analysis applications, from audio frequencies to high-frequency radio signals.
7. Tailored Signal Analysis: Selectable RBW options empower users to customize their signal analysis to capture specific details effectively.
8. Precision Phase Noise Control: Ensures high precision in challenging signal environments, making it reliable for critical measurements.
9. User-Friendly Interface: Features an intuitive interface for ease of use and efficient data interpretation.
10. Exceptional Sensitivity: Detects weak signals with remarkable sensitivity, suitable for demanding applications.
11. Expanded Utility: Integrated Tracking Generator enhances its functionality, allowing characterization of devices under test.
12. Comprehensive Signal Analysis: Empowers users to explore the spectrum with precision and confidence, delivering reliable and consistent results.
The SSA3015X Plus Spectrum Analyzer is a versatile and precise instrument designed to meet the demands of professionals and enthusiasts engaged in signal analysis across various industries and applications. Its broad frequency range, flexible RBW options, and integrated Tracking Generator make it a powerful tool for unlocking the world of frequencies and signals with precision.