Keysight N9069A/1TP: Unlock Precision Noise Figure Measurements for X-Series
$10,349.00
Keysight N9069A/1TP Noise Figure Measurement Application Software for X-Series Analyzers, 1-Tier Pricing
Keysight N9069A/1TP Noise Figure Measurement Application Software
Product Overview
The Keysight N9069A/1TP Noise Figure Measurement Application Software is a powerful tool for characterizing the noise performance of RF and microwave devices. It provides accurate and repeatable noise figure measurements, making it ideal for design, development, and manufacturing applications.
Features and Specifications
Wide frequency range: 10 MHz to 110 GHz
High accuracy: ±0.1 dB
Fast measurement speed: <1 second per measurement
Easy-to-use interface: Intuitive graphical user interface (GUI)
Comprehensive reporting: Generates detailed reports in various formats
Supports multiple instruments: Compatible with Keysight X-Series signal analyzers
Benefits
Improved device performance: Identify and mitigate noise sources to enhance device performance.
Reduced design time: Accelerate design cycles by quickly and accurately characterizing noise figure.
Increased manufacturing efficiency: Ensure consistent device quality by performing fast and reliable noise figure measurements.
Enhanced customer satisfaction: Deliver high-quality products with superior noise performance.
Value to the Customer
The Keysight N9069A/1TP Noise Figure Measurement Application Software empowers engineers and technicians with the tools they need to:
Design and develop low-noise devices
Optimize manufacturing processes
Ensure product quality
Meet industry standards and regulations
By providing accurate, repeatable, and efficient noise figure measurements, this software helps customers achieve their goals and deliver exceptional products to the market.
Additional information
Brand | Keysight |
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by Benjamin Martinez
Thanks for WG Teknologi to ensured that my order was processed promptly and delivered in a timely manner. The packaging was secure, and the items arrived in perfect condition.