Ainslie Circuit: Oscillation That Never Settles at Zero
1,336 views · Published 10 August 2009 · 3:25 · Indexed 23 September 2026
Channel: Aaron Murakami · 2009 · Science & Technology
With the load battery disconnected the timer alone runs at 27.6 percent duty cycle and 1.347 kilohertz. Reconnecting the battery, the timing signal immediately shows the oscillation riding on it. Moving the probe directly across the shunt gives roughly 60 kilohertz at about 75 percent duty and around 250 to 260 millivolts, and across the load about 63.45 kilohertz. The point made throughout is that the trace never settles at zero even where it appears to, which becomes visible as soon as the vertical scale is increased. Ambient reads 23.8 C against a load at 55.8 C. https://emediapress.com https://emediapress.com/energytimes Rosemary Ainslie COP 17 circuit, 2009 bench footage. Posted 2009-08-10.
More from this channel
-
4:23
Pickup Coil Charges a Cap Above Battery Voltage — Ainslie
-
9:03
Ainslie Flop Mode: 80 V Back to a 25 V Battery — 2009
-
6:51
Dialing Ainslie Flop Mode From 40% Down to 20% — 2009
-
9:54
You Can Hear the Ainslie Circuit at the Battery Terminal
-
9:52
Ainslie Circuit Slows When You Touch It
-
7:10
Ainslie Circuit: Common Ground vs Bedini SSG Charging — 2009
-
9:34
Ainslie Circuit Switches a Lamp 8 Feet Away
-
10:00
Ainslie Circuit: DC Coupling and a True Ambient Reference