Micro-mini analog oscilloscope clock 6Lo1i OSC4.9

Name: Micro-mini analog oscilloscope clock 6Lo1i OSC4.9
SKU: 29405
Price: 275.00 USD
Availability: InStock

A clock made using a cathode ray tube (CRT) with electrostatic deflection with analog style display. Autonomous, home made

Designed by Oscilloscope clocks in United States of America

Micro-mini analog oscilloscope clock 6Lo1i OSC4.9 1

Micro-mini analog oscilloscope clock 6Lo1i OSC4.9 2

Micro-mini analog oscilloscope clock 6Lo1i OSC4.9 3

Micro-mini analog oscilloscope clock 6Lo1i OSC4.9 4

Buy with confidence.

Our Tindie Guarantee protects your purchase from fraud. Learn More

This is a store featuring my homemade electronic novelty clocks, made using obsolete electronic tubes, and my kits designed for diy for these clocks.

A clock made using a cathode ray tube (CRT) with electrostatic deflection with analog style display. Autonomous, home made

A Mini Oscilloscope Clock made with a 6Lo1i CRT (cathode ray tube). Homemade, not a commercial product. This measures about 5" W x 6" H x 7" D. This is the original analog design using an analog cir…

A Mini Oscilloscope Clock made with a 6Lo1i CRT (cathode ray tube). Homemade, not a commercial product. This measures about 5" W x 6" H x 7" D.

This is the original analog design using an analog circle generator to create the display.

MADE IN THE USA

**GPS module for autoset time & date display.

The clear acrylic shroud is attached to the plexiglass base. The board has pots to adjust vertical & horizontal height/width, focus, astigmatism, brightness, and vertical and horizontal centering.

Automatically sets for 50/60HZ. The display alternates every ten seconds between digital and analog style. The display also moves slightly every six seconds to help prevent "burn in" of the CRT. The microcontroller can be exchanged (it is socketed) and all components are replaceable/repairable, as opposed to modern electronic devices which are basically "throwaways". This "old school" tech has been salvaged from obsolescence by marrying it to new digital tech. It is an entirely homemade/handmade product, including the base and shroud, which I thermoform from plexiglass stock, and the firmware the microcontroller is programmed with, which is my own original code. It can be set for 120VAC (U.S. standard) or 240VAC (some other countries.)

I have enjoyed building things like this as a hobby for many years. There are very few like it. Obviously, it is a novelty item meant for entertainment only, and since it is homemade, user discretion is strongly advised.