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Noise Source Promises +/-0.25 dB Flatness Over 10 kHz To 3 GHz

March 12, 2008

Noise Source Promises +/-0.25 dB Flatness Over 10 kHz to 3 GHz To reduce measurement uncertainty in broadband applications, a coaxial noise source features typical flatness of +/-0.25 dB over the entire frequency range of 10 kHz to 3 GHz. ...

Nancy Friedrich

Noise Source Promises +/-0.25 dB Flatness Over 10 kHz to 3 GHz

To reduce measurement uncertainty in broadband applications, a coaxial noise source features typical flatness of +/-0.25 dB over the entire frequency range of 10 kHz to 3 GHz. The NW3G-CS comes with calibrated, cardinal excess-noise-ratio (ENR) frequencies. The noise source is available in 15 and 30 dB ENRs. Standard operation is from +28 VDC with a 20-mA maximum current draw. The unit features a small profile housing of 0.75 by 0.5 by 1.25 inches excluding connectors. The NW3G-CS is available with a variety of input and output connectors. Applications include built-in test equipment, noise-figure testing, wireless test equipment, jamming, and as an economical source for broadband power. Alternative voltages, output levels, and frequencies also are available.

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NoiseWave Corp., 11 Melanie Ln., East Hanover, NJ 07936; (973) 386-1119, FAX: (973) 386-1131, Internet: www.noisewave.com.

About the Author

Nancy Friedrich | RF Product Marketing Manager for Aerospace Defense, Keysight Technologies

Nancy Friedrich is RF Product Marketing Manager for Aerospace Defense at Keysight Technologies. Nancy Friedrich started a career in engineering media about two decades ago with a stint editing copy and writing news for Electronic Design. A few years later, she began writing full time as technology editor at Wireless Systems Design. In 2005, Nancy was named editor-in-chief of Microwaves & RF, a position she held (along with other positions as group content head) until 2018. Nancy then moved to a position at UBM, where she was editor-in-chief of Design News and content director for tradeshows including DesignCon, ESC, and the Smart Manufacturing shows.