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BNC MODEL 865 Microwave Signal Generator
Berkeley Nucleonics News
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4. Understanding And Calculating Probability Of Intercept In Spectrum Analysis
5. How To Use The Model 845 Microwave Signal Generator To Perform Extremely Fast Frequency Switching Sweeps
6. Is Your Spectrum Monitoring Tool Prepared For Modern Communication Technologies?
7. Wideband Signal Processing Simplified With BNC’s RTSA7500
8. How To Achieve Optimally Low Noise Floors In Phase Noise Testing Using External References
9. BNC’s Model 7340 Raises The Bar In Phase Noise Testing Solutions
10. Measuring Ultra-Low-Noise Metrological Reference
11. Phase Noise Test Systems For Testing Amplifiers: Model 7000 Series
12. Using The RTSA7550 With MATLAB
13. Measuring Phase Noise In Automated Production Settings For Optimum Speed
14. Comparing The BNC Signal Source Analyzer to the E5052B
15. New Product – BNC Model 525 6-Channel Nanosecond Pulse/Delay Generator
16. Berkeley Nucleonic’s New BNC Model 865 40GHz Microwave Signal Generator Announcement

Berkeley Nucleonics Corporation

Unrivaled signal purity in combination with fast switching and high output power make these models suitable for a wide variety of applications and the most advanced measurement tasks.

Berkeley Nucleonics recently introduced their New BNC Model 865 range of ultra-low-noise and fast-switching microwave signal generators covering a continuous frequency range from 100kHz up to 6, 12.75, 20, 26, and 40GHz with 1mHz resolution. The Model 865 generators provide an accurately flat signal range and high spurious suppression. Advanced frequency synthesis combines the fastest switching speeds with ultra-low SSB phase noise and fine resolution of both frequency and power.The standard Model 865 includes intra/pulse chirp modulations, frequency chirps, pulse modulation with programmable patterns, and phase modulation. The Model 865 allows fast analog and digital sweeps including flexible list sweeps, where frequency, power and dwell times can be set individually. A flexible triggering capability simplifies synchronization within sophisticated test environments.

All Model 865’s operate with an ultra-stable temperature compensated frequency reference (OCXO) to ensure minimal drift, and can be phase-locked to an external reference. Additionally, optimum phase synchronous signals can be achieved by bypassing the internal reference and feeding a 1GHz signal directly as reference.

The compact unit allows full front panel control via a touch panel display. Available options include: extended range low power output, ultra-fast switching, enhanced close-in-phase noise, modulation features, and battery operation for field or isolated work, GPIB interface, etc.

Model 865 Features:

  • Excellent signal purity: ultra-low phase noise and low spurious
  • Combination of highest output power and fastest switching
  • Powerful touch-display control
  • Portable, external battery modules available

These high performance microwave signal generators provide test signals from 100kHz up to 40GHz offer unrivaled signal purity in combination with fast switching and high output power, making them suitable for a wide variety of applications and the most advanced measurement tasks.

Made by Berkeley Nucleonics, a leading manufacturer of precision electronic instrumentation for test, measurement, and nuclear research, the Model 865 RF Signal Generators are available now from NSCA Technologies, their authorized Small Business Partner. For detailed specifications, free technical assistance, or additional information, please contact NSCA Technologies at 888-280-NSCA (6722) via email: info@nscainc.com, or visit www.nscainc.com.

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