[MRCA] Project

[Ray Fantini]

Assuming this is powered by dissimilar wires, like copper, tin or copper and aluminum in the banana to produce power. In that configuration there are four wires so going to assume that the device requires at least three different voltages. The real advantage is that with it ability to affect time, at least within the proximity of the device the banana will never rot or turn brown.
Possibly by using an orange a greater voltage can be developed but that may present a danger in that the near field effect on time may cause the device and possibly the operator back before the device was activated and at that point blink out of existence.

Ray F/KA3EKH

From: mrca-bounces at mailman.qth.net <mrca-bounces at mailman.qth.net> On Behalf Of Mike Feher
Sent: Thursday, April 1, 2021 9:17 AM
To: 'W2HX' <w2hx at w2hx.com>; 'B. Smith' <smithab11 at comcast.net>; 'Military Radio Collectors Association' <mrca at mailman.qth.net>
Subject: Re: [MRCA] Project


Aha - a microwave oscillator using a microwave frequency meter in the feedback path. 73 - Mike

Mike B. Feher, N4FS
89 Arnold Blvd.
Howell NJ 07731
848-245-9115

From: mrca-bounces at mailman.qth.net<mailto:mrca-bounces at mailman.qth.net> <mrca-bounces at mailman.qth.net<mailto:mrca-bounces at mailman.qth.net>> On Behalf Of W2HX
Sent: Thursday, April 1, 2021 8:50 AM
To: B. Smith <smithab11 at comcast.net<mailto:smithab11 at comcast.net>>; Military Radio Collectors Association <mrca at mailman.qth.net<mailto:mrca at mailman.qth.net>>
Subject: Re: [MRCA] Project

This is an easy one. Here's a video of a guy with a commercial version of what you're building. https://youtu.be/N7fvPYbej88



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