Phase Noise Analyzers
HA7163A Series
The HA7163A is a heterodyne downconversion system that is designed to seamlessly integrate with Holzworth’s real time phase noise analysis products as a calibrated frequency extension. The HA7163A provides for both absolute and residual (additive) measurements to 50GHz, making it the only solution available on the market for taking accurate additive phase noise measurements at frequencies of greater than 18GHz, without using external mixers.
Key Features
Models
Specifications
DUT Input Frequency Range: Absolute Measurements
DUT Input Frequency Range: Residual (Additive) Measurements
DUT Input Frequency Range: AM Measurements
DUT Input Frequency Range: External LO PM Measurements
DUT Input Frequency Range: Baseband Measurements
10 MHz to 50 GHz
1 GHz to 50 GHz (can be reconfigured to measure to 10MHz DUT input) 1
10 MHz to 50 GHz
1 GHz to 50 GHz
0.1 Hz to 100 MHz
Features & Benefits
- Real-Time Full Bandwidth Data Acquisition
- Versatile – Reconfigurable Front End
- Measure: PM / AM / Baseband / Spurious / Jitter
- Isolated AM / PM
- Automated Residual Measurements
- Outstanding Accuracy
Explore more
Related Resources
01
Understanding Phase Noise Measurements Poster
This poster provides a clear and concise overview of key phase noise concepts, including its impact on system performance, measurement techniques, cross correlation, confidence factor vs. noise floor, and advanced analysis solutions. Explore phase noise fundamentals using this insightful visual guide.
02
The Importance of Low Phase Noise and How to Measure It
Phase noise is present in all electronic signals. Phase noise is caused by the unintentional phase modulation of an RF waveform, no RF signals are perfect. Learn how to effectively measure phase noise and optimize performance in this white paper.