2m to 70cm Transverter Circuit
By VK4ADCA 70cm / 432 MHz Transverter Project transverter circuit is an electronic device that converts a radio signal from the 2 meter to the 70 centimeter band and vice versa, allowing a single transmitter/receiver to be used for both bands. It consists of an IF stage, local oscillator, frequency multiplier, and amplifier. The circuit must be designed for minimal signal loss, noise and intermodulation distortion.
Hits: 95 | Votes: 0 | Rating: 0.00
Resource Details
You will find this resource in just one category on our links directory. The title of the main category is Transverters and it deals mainly with Homebrewing transverters, projects and kits. The resource has been on our site since Monday Feb 6 2023, and it has been viewed 95 times. So far no one has rated it yet. Be the first to rate it!Rate this resource
no one has rated it yet. Be the first to rate it!
The scale is 1 - 10, with 1 being poor and 10 being excellent.
Webmaster, add a Remote rating
Link not working?
Occasionally, links may expire, move, or become outdated. If you've encountered a problem, kindly Report it here. We'll promptly look into the issue and update the link if possible. We appreciate your feedback!More Like This
If this particular resource doesn't quite meet your needs, don't worry! In the same category, you'll find several other links that may be equally interesting and relevant to what you're looking for. We encourage you to explore these additional options, as they might offer the insights or information you're seeking.- 50 MHz Transverter idea - Complete 144/50 MHz transverter with GaAs Fet LNA and 400 mW out. No p...
- 50MHz-Transverter 10m/6m from DK7ZB - This transverter was built in 1994, a discription in three parts (germ...
- 222 MHz Transverter for the FT-817 - As seen in January 2003 QST...
- HF to 2 meters transverter - F5RDH project of a transverter, that can receive input in HF and conve...
- 70 MHz Transverter - This purpose of this page is to give a brief description of a 70 MHz t...