Keysight N9040B-550

Keysight N9040B-550 is an option for the Keysight N9040B X-Series Signal Analyzer. This option is also known as the “Real-Time Signal Analysis” option and provides advanced capabilities for capturing and analyzing transient signals. Here’s a brief description:

Keysight N9040B-550: Real-Time Signal Analysis Option

• Real-Time Bandwidth: The option provides a real-time bandwidth of up to 160 MHz, which allows the analyzer to capture and analyze signals with high fidelity and low latency.
• Real-Time Analysis Capabilities: With this option, the N9040B can perform real-time analysis of signals, enabling the detection and measurement of transient events that might be missed with traditional swept analysis methods.
• Advanced Triggering and Analysis: The real-time signal analysis option includes advanced triggering capabilities, allowing you to set up complex trigger conditions and analyze signals with precise timing.
• Time-Correlated Analysis: It supports time-correlated analysis, enabling the analysis of signal events with high time resolution.
• High Throughput: The real-time analysis option ensures high throughput in capturing and processing signals, making it suitable for high-speed and high-data-rate applications.
• Applications: This option is useful in applications such as communications, radar, electronic warfare, and other fields where capturing and analyzing transient or sporadic signals is crucial.

Features:

1. Real-Time Bandwidth:
   • Provides up to 160 MHz real-time bandwidth for capturing and analyzing wideband signals.
2. Real-Time Signal Analysis:
   • Enables detection and measurement of transient signals with high accuracy, capturing short-lived or sporadic events that might be missed with traditional swept analysis.
3. Advanced Triggering:
   • Offers sophisticated triggering capabilities to capture specific signal events or conditions, facilitating detailed analysis and diagnostics.
4. Time-Correlated Measurements:
   • Supports time-correlated analysis, providing high-resolution insights into signal behavior over time, which is crucial for understanding dynamic signal characteristics.
5. High Throughput:
   • Ensures efficient signal acquisition and processing, making it suitable for high-speed and high-data-rate applications.
6. Enhanced Analysis Tools:
   • Includes advanced analysis tools and features for comprehensive signal characterization, including modulation analysis, spectral analysis, and time-domain measurements.
7. Versatility:
   • Ideal for various applications such as communications, radar, electronic warfare, and other fields requiring detailed signal analysis in complex environments.

Benefits:

1. Enhanced Signal Capture:
   • Benefit: Captures and analyzes transient or sporadic signals that traditional analyzers might miss, improving the ability to detect and measure short-lived events.
2. High Accuracy:
   • Benefit: Offers precise measurement of high-frequency and wideband signals, leading to more accurate and reliable signal analysis.
3. Advanced Diagnostic Capabilities:
   • Benefit: The sophisticated triggering and time-correlated analysis tools help diagnose and troubleshoot complex signal issues with greater detail.
4. Improved Analysis Speed:
   • Benefit: High-speed signal acquisition and processing ensure that data is captured and analyzed quickly, which is beneficial for applications with high data rates or rapid signal changes.
5. Versatile Application:
   • Benefit: Suitable for a wide range of applications, including communications, radar, and electronic warfare, making it a versatile tool for various industries and research areas.
6. Comprehensive Measurement Tools:
   • Benefit: Provides a suite of advanced analysis tools for detailed characterization of signals, including modulation and spectral analysis, enhancing the depth of insight into signal behavior.

The N9040B-550 option equips the Keysight N9040B X-Series Signal Analyzer with robust real-time signal analysis capabilities. This enhancement allows users to address the challenges of capturing and analyzing transient and wideband signals that traditional swept analysis methods may not handle effectively.