High Frequency Electronics maintains an ambitious editorial schedule that delivers valuable information to our readers. By writing an article for us, many of your fellow engineers can benefit from the lessons you have learned!
The general areas of our coverage include the following subject areas:
- High Speed Analog Electronics
- High Speed Digital Electronics
- Radio-Frequency Technology
- Microwave Technology
- mm-wave Technology
- Lightwave Technology
- Communication Systems
We need these types of articles to cover high frequency technology from several different perspectives:
- Fundamental Concepts and Tutorials
- Practical Design Methods
- Advanced Theory
- Design Case Histories
- Components, Modules and Subsystems
- Test and Verification Methods
- Product Development and Application Notes
The advantages of "being published" include peer recognition, evidence of professional development, job advancement and the simple satisfaction of helping other engineers develop their skills. Check with your company — many allow their employees to use company resources to prepare articles, and some offer financial rewards and other recognition for outside publications.
High Frequency Electronics is a professionally-edited trade magazine that will present your work accurately and attractively. With our practical approach to the engineering profession, your work will be read and studied by a wide audience. Many authors have told us they received much more feedback from a magazine article in High Frequency Electronics, compared to papers presented at conferences or published in peer-reviewed academic journals.
We do not ask you to give up the copyright to your material — it is, after all, your work! We simply ask permission to use your writing for our own use, which includes publication in High Frequency Electronics magazine and on the www.highfrequencyelectronics.com online edition. We will store your article in our online archives as a PDF file for downloading by interested Web site visitors. The finished layout and appearance of your article is copyrighted by us, but we make no claim to the contents of the article.
Just send a brief description of the article you propose to:
editor@highfrequencyelectronics.com
New Products
- CABLE SPECIFICATIONS
- Leadership in MM-Wave
- Synthesized Signal Generator
- Capacitors, Resistors, and More
- Fast Accurate & Traceable Power Sensors, 9 kHz to 50 GHz with 86dB Dynamic Range
CABLE SPECIFICATIONS
IW-Microwave Products Division’s extremely Low Loss Cable Assemblies are optimized for operation in their respective frequency bands from low MHz to 67 GHz. Upon request we have the ability to accommodate custom assembly configurations, and can extrude a broad range of jacketing materials.
Our jacketing capabilities allow us to produce assemblies that have extra flexibility, extended flex life, low and high temperature ranges, and resistance to oils and corrosive materials. Our standard assemblies are extruded with FEP.
IW Microwave
iw-microwave.com
Leadership in MM-Wave
OML works closely with premier test equipment suppliers such as Keysight and Anritsu to ensure that our measurement solutions meet expectations of precision, stability and repeatability. We develop our technology to provide reliable operation which we show with our industry’s best standard warranty of 2 years (restrictions apply - see terms and conditions for details). Let OML help you explore the millimeter wave frontier by providing knowledgeable and responsive service.
Our millimeter wave frequency extension products include: Vector Network Analysis, Scalar Network Analysis, Spectrum Analysis, Block Down Converters for EMI Analysis, and Low Spurious (‐50 dBc) Frequency Multiplier Signal Generation.
OML
omlinc.com
Synthesized Signal Generator
So many jobs in the lab require a good quality synthesized RF signal generator used solely as a CW source. The SSG is designed to be a workhorse in the lab, providing a low phase noise synthesized CW output in a small package that is easy to move around, and without the penalty of paying for features you don’t need.
Applications
A general purpose laboratory workhorse
Frequency hopping CW LO for frequency converters
Test source for device characterization
dBm
dbmcorp.com
Capacitors, Resistors, and More
Established in 2005 in New York by industry executives with over 30 years’ experience in Sales, Program Management and RF Engineering and Development, PPI strives to be the best RF/Microwave capacitor company in the industry.
PPI is a manufacturer of high-performance RF/Microwave passive components specializing in High-Q, Low ESR/ESL Capacitors, Broadband Capacitors, Single Layer Capacitors, Non-Magnetic Resistors (High Power and Thin Film) and Trimmer Capacitors for the Medical, Semiconductor, Military, Broadcast, and Telecommunications Industries:
High-Q/Low ESR Capacitors
Multiple case sizes, dielectrics and various terminations include ROHS compliant and Non-Magnetic finishes. Data sheets and S-Parameters are available.
Passive Plus
passiveplus.com
Fast Accurate & Traceable Power Sensors, 9 kHz to 50 GHz with 86dB Dynamic Range
LadyBug Technologies designs, develops, and manufactures a broad range of first tier NIST traceable USB power sensors. Our power sensors do not require a separate power meter, they instead function as a complete power measurement solution using s software application on a PC, instrument or ATE (Automated Test Equipment) system. As such they are referred to as Power Meters or Power Sensors.
We manufacture sensors with capability of measuring average, peak and pulse power. Our sensors are used for general purpose RF power testing, ATE, defense, portable and compact applications. Our power sensors are widely used in the microwave and RF test industry. Our LB5900 series power sensors have an exceptionally flexible interface including optional I2C and SPI connectivity and the sensors are Linux compatible.
LadyBug Technologies
ladybug-tech.com
Current Issue
Search
CLICKABLES
