Optimize Varactor-Tuned Oscillators (.PDF Download)

Millimeter-wave frequency bands are attractive for their wide available bandwidths. There are a number of ways to generate these signals but, for each type of oscillator, it is desirable to be able to tune the source electronically, as well as in a defined and controlled manner. By using a suitable reactive device (such as a varactor diode) for tuning these millimeter-wave oscillators, the relationship between an applied voltage and the resulting frequency can be precisely defined.

Register or Sign in below to download the full article in .PDF format, including high resolution graphics and schematics.

Register for Complete Access (Valid Email Required)

2012 salary surveyBy registering on Microwaves & RF now, you'll not only gain access to Optimize Varactor-Tuned Oscillators (.PDF Download), you'll also become part of the RF engineering community.  Plus as a bonus you’ll get to a complimentary copy of The Top 5 RF Essentials compendium (PDF download) when you register now.
Joining the Microwaves & RF community also allows you to: Become a member of a group of exclusive RF Engineers.

• Start your own conversation by commenting on any article or blog
• Communicate and network with other Engineers from all over the world
• Gain access to download high quality content including schematics and diagrams where applicable.

Already registered? here.
Whitepapers

Adding EMI Pre-compliance Testing to the Product Development Process is Cost-effective Insurance
Sponsored by Keysight Technologies
Download this white paper


New! Wi-Fi Standards Poster
Sponsored by Tektronix
Download this white paper


Reducing Life Cycle Costs with Reliable Airframe Microwave Assemblies
Sponsored by WL Gore
Download this white paper

Webcasts

Power Integrity Measurements – Choosing the Right Tools
February 26, 2015 @ 1pm EST
Sponsored by Keysight Technologies
Register Now!


USB 3.1 - Gen2 10Gbps Receiver Test Challenges
March 11, 2015 @ 1pm EST
Sponsored by Keysight Technologies
Register Now!

Connect With Us

Sponsored Introduction Continue on to (or wait seconds) ×