Synergy Microwave

Paterson, NJ 07504

COMPANY OVERVIEW

About Synergy Microwave

Synergy Microwave Corporation designs and manufactures high-performance RF and microwave signal sources and signal processing products serving the military, commercial, industrial and medical industries.

Contact

201 McLean Blvd.
Paterson, NJ 07504
https://synergymwave.com/
(973) 881-8800

More Info on Synergy Microwave

Synergy Microwave Corporation designs and manufactures high performance rf and microwave signal sources and signal processing products (e.g., VCO'sPLL frequency synthesizerspower dividers / combiners, filterstransformerscouplers, mixershybrids and more.) serving the military, commercial, industrial and medical industries. We are a true pioneer in voltage controlled oscillator and PLL frequency synthesizer design.

Articles & News

Promo 1
May 1, 2023
There’s no underestimating the importance of filtering in RF system design. This report contains the latest innovations in the art of RF filtering and spectrum management.
Synergy Microwave
Synergy2 Promo
Sept. 29, 2022
This SMT fixed-frequency signal source maintains low phase noise even when measured close to a 1000-MHz carrier.
Synergy Microwave
Synergy1 Promo
Sept. 29, 2022
This phase-locked source provides stable Ku-band output signals from a package measuring just 2.25 × 2.25 × 0.50 in.
Ims Base Promo
April 30, 2021
Interest in components, circuit materials, and test solutions for millimeter-wave frequencies looms large as the RF/microwave industry readies for two versions of the annual IEEE...
Radio Antennas High Res Promo
May 21, 2020
The required input or control voltage to the VCO is generally higher than the supply voltage to the PLL. There are several possibilities for generating the high control voltage...
PROMO_31R_237062.png
Nov. 21, 2019
In the final chapter of this five-part series, we’ll look at five different synthesizer designs, comparing fully integrated synthesizers to discrete implementations.

Videos & Resources

Image
April 15, 2017
Here are some of the latest components, from dual-direction couplers or voltage-controlled oscillators, to optimize your product, device, or system.
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June 5, 2013
Photos of the MWRF staff and industry professionals from the show floor of IMS 2013.

All content from Synergy Microwave

PROMO_31P_Fig1.png
Sept. 25, 2019
The focus in this article is on the key parts needed for ultra-low-noise synthesizer design like crystal references, power supplies, and low-noise op amps.
DEPT1_promo.jpg
Aug. 20, 2019
Trends in smaller and lighter frequency synthesizers for defense and aerospace applications translate to fitting more performance at higher frequencies into modular formats.
IMS_promo.png
June 7, 2019
Checking some of the latest trends in test equipment at Boston’s 2019 International Microwave Symposium as the industry moves higher in frequency to tackle 5G and automotive electronics...
_BOSTON_PROMO-885436304.jpg
May 14, 2019
During a time when defense electronics technology is strong, the industry readies itself for the global adoption of 5G and electronically steered vehicles.
Optoelectric Oscillators Charge mmWave Synthesizers
Aug. 8, 2018
These X- and K-band synthesizers apply optoelectronic technology to achieve high levels of frequency stability with reduced phase noise.
Sources and Frequency Mixers Quiet Radio Design Efforts
June 13, 2018
The DXO and DCO series VCOs from Synergy Microwave Corp. are housed in compact packages measuring only 0.3 × 0.3 in.
Philadelphia Opens Its Doors to 2018 IMS
May 22, 2018
As the applications extrapolate for wireless devices and interest grows in millimeter-wave frequencies, the RF/microwave industry gathers together with great optimism for the ...
Rohde & Schwarz
Instrument-grade frequency synthesizer
March 9, 2018
Signal generation is an essential function for transmitters and receivers, with analog and digital frequency synthesis methods used to create RF/microwave signals with high stability...
Thinkstock
5G
Dec. 6, 2017
Frequency conversion at higher frequencies will be a necessary part of emerging 5G systems, requiring low-noise signal sources to start the frequency-mixing process.