Test & Measurement


Ultra-low phase noise option for signal generator

3 May 2006 Test & Measurement

Concilium Technologies has announced that Agilent Technologies has introduced an ultra-low phase noise option for its PSG vector and analog signal generators, providing what it claims, is the lowest phase-noise capability for signal generation in the industry. Concilium is the southern African sole authorised distributor for Agilent Technologies.

Agilent also offers a new frequency range option for its PSG analog signal generator, providing coverage over the 250 kHz to 31,8 GHz frequency range. This option now offers RF engineers a cost-effective choice for applications up to 31,8 GHz, it says.

"The ultimate goal of any design is to generate stable output frequencies within minimal spurious and phase noise. Not only has Agilent introduced an ultra-low phase noise option but perfected the core function of portability that lets you address rapidly changing testing needs. This duality ensures repeatable microwave signal generation letting you solve many of the problems you might experience in multiple RF instruments, and custom test gear," says Andrew Lees, internal sales engineer, Concilium Technologies.

Agilent's ultra-low phase noise capability, Option UNX, offers an impressive phase noise performance of -111 dBc/Hz at a 100 Hz offset and -133 dBc/Hz at a 10 kHz offset on a 1 GHz carrier frequency. Designed for signal-generation applications that require spectrally pure signals as well as outstanding modulation accuracy, it helps ensure accurate signal simulation and measurements.

Typical applications include radar testing where low phase noise is necessary to evaluate high-resolution radar, RF subsystem design verification, and reference source applications for phase noise measurement systems. Specific RF applications include LO substitution, low-jitter clock stimulus, blocking/interference signals, stimulus/response measurements close to carrier, and high-order digital-modulation-format signal generation, such as 128 QAM and orthogonal frequency division multiplexing (OFDM).

"Agilent's commitment to ongoing research into frequency reference and time-base design has enabled us to set a new standard in spectral purity with the best off-the-shelf microwave signal available," said Jim Zellers, program manager with Agilent's signal sources division. "Our new ultra-low phase noise option provides a 3 to 6 dB improvement over our current phase noise Option UNR, at frequency offsets from carrier from below 1 Hz to 10 kHz."

Agilent's new 31,8 GHz frequency range option for the PSG analog signal generator, Option 532, provides design engineers working in satellite communications and other K-band applications a flexible and affordable alternative to higher-frequency signal generators. This option, coupled with the PSG signal generators' currently available frequency ranges 20, 40, 50 and 67 GHz provides the engineer with another dimension of flexibility during configuration. The PSG signal generators are part of the Agilent Open program, which provides system-ready convenience and flexible connectivity.

For more information contact Andrew Lees, Concilium Technologies, +27 (0)12 678 9200, [email protected]



Credit(s)



Share this article:
Share via emailShare via LinkedInPrint this page

Further reading:

B&K Precision’s Series 1820B frequency counter
Comtest Test & Measurement
These compact and versatile instruments are designed for a wide range of frequency measurement applications, from telecommunications to verification and validation of oscillators.

Read more...
How transition-edge sensors detect microwave radiation
Test & Measurement
The elegant interplay of superconductivity, thermal physics, and precision electronics makes TES technology a cornerstone of modern low-energy photon detection.

Read more...
Compact high precision magnetometer
Future Electronics Test & Measurement
Bosch Sensortec has introduced the BMM350, a compact 16-bit, 3-axis magnetometer engineered to deliver high accuracy, low noise, and exceptional energy efficiency in space constrained designs.

Read more...
Ultra compact NTC thermistors
RS South Africa Test & Measurement
Murata Manufacturing Co. has expanded its compact NCU03 series of NTC thermistors with two ultra-small 0603M devices tailored for consumer and automotive designs.

Read more...
Omniflex uses LoRaWAN to track water usage
Omniflex Remote Monitoring Specialists Test & Measurement
Omniflex has helped New South Wales Ports improve its ability to track water usage by installing remote monitoring to 38 water meters at its Port Kembla site, sending the data to the NSWPorts web portal.

Read more...
Surviving the extremes: Understanding shock and vibration in MEMS sensors
Altron Arrow Editor's Choice Test & Measurement
By considering factors such as mechanical headroom, damping, and system-level robustness, designers can ensure that the chosen sensor not only survives, but performs reliably over time.

Read more...
Advanced pressure monitoring sensor
EBV Electrolink Test & Measurement
The Infineon KP497 is an advanced, highly integrated digital pressure sensor designed for demanding automotive and industrial applications, with a particular focus on battery management systems.

Read more...
Slimline 150 W bench PSU
Vepac Electronics Test & Measurement
The PeakTech P 6222 is the company’s new, slim laboratory power supply that offers precisely adjustable output values of 30 V and 5 A with a continuous power output of 150W.

Read more...
Redefining edge intelligence in RF analysis
Vepac Electronics Test & Measurement
The HAROGIC PXR Series bridges the gap between benchtop-grade RF performance and high-performance edge computing.

Read more...
Otto Wireless appointed as sole agent for Dragino Technology
Otto Wireless Solutions Test & Measurement
Dragino is a globally recognised leader in LoRaWAN and Internet of Things products and solutions, and is known for delivering reliable, cost-effective hardware.

Read more...









While every effort has been made to ensure the accuracy of the information contained herein, the publisher and its agents cannot be held responsible for any errors contained, or any loss incurred as a result. Articles published do not necessarily reflect the views of the publishers. The editor reserves the right to alter or cut copy. Articles submitted are deemed to have been cleared for publication. Advertisements and company contact details are published as provided by the advertiser. Technews Publishing (Pty) Ltd cannot be held responsible for the accuracy or veracity of supplied material.




© Technews Publishing (Pty) Ltd | All Rights Reserved