Differences

This shows you the differences between two versions of the page.

--- lickometer [2020/10/05 10:37] – zohar
+++ lickometer [2023/07/10 12:44] (current) – yair
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+{{:pasted:20201005-060107.png?160}}{{:pasted:20201005-054010.png?495}}
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+{{:pasted:20201004-210302.png?655}}
-|{{:pasted:20201005-060107.png?160 }}{{:pasted:20201005-054010.png?500 }}|
-| {{ :pasted:20201004-210302.png?655 }} |
+{{ :pasted:20201004-210249.png?400}}
-| {{ :pasted:20201004-210249.png?655 }} |
-<html><pre style="display: inline-block ;border:0px black;color:dark grey">
 Lick’O’Meter is a basic type of Resistive Touch switch in its simplest form .
 The operation is simple, A Mosfet transistor is used as a switch.
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 The transistor will then go from cut-off to saturation mode, the D S region of the transistor will
 form a connection and current will flow through the LED.
 There are numerous different ways to implement a resistance touch switch, with transistors,
 with 555, with 741, with CMOS and many more.
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 Current flow from the human skin from one electrode to the other,
 which finally stimulates an amplifier or other current sensitive component.
-</pre></div></html>
 ===== Abstract =====
-<html><pre style="display: inline-block ;border:0px black;color:dark grey">
 Licking behavior in rodents is widely used to determine fluid consumption in various behavioral
 contexts and is a typical example of rhythmic movement controlled by internal pattern-generating
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 on either tongue protrusion interrupting a light beam or on an electrical signal generated by
 the tongue touching a metal spout.
-</pre></div></html>
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 ==== Workshop =====
-=== Circuit#1 - Paper , Conductive Tapes & Fabrics Lick’O’Meter Circuit ===
+==== Circuit#1 - Paper , Conductive Tapes & Fabrics Lick’O’Meter Circuit ====
-{{:pasted:20201004-212136.png?655}} {{:pasted:20201004-212130.png?655}}
+|{{:pasted:20201004-212136.png?655}}|
+|{{:pasted:20201004-212130.png?655}}|
+|{{:lickopaperp32020.png?655}}|
-=== E. Create 3V Coin Cell Holder from EMI Tape ===
+=== 3V Coin Cell Holder from EMI Tape ===
 |{{:pasted:20201004-212914.png?300}}|{{:pasted:20201004-212707.png?300}}|{{:pasted:20201004-212701.png?300}}|
 |{{:pasted:20201004-212636.png?300}}|{{:pasted:20201004-212651.png?300}}|
-=== F. Connect 3V Coin Cell to the circuit ===
-|{{:pasted:20201004-213732.png?655}}|
-=== Circuit#2 - Etching a Lick’O’Meter Circuit - Copper Tape, Conductive Fabrics,  Pyralux ===
+==== Circuit#2 - Etching a Lick’O’Meter Circuit - Copper Tape, Conductive Fabrics,  Pyralux ====
-{{:pasted:20201004-213810.png?655}}
+|{{:pasted:20201005-093529.png?655}}|
 === Photo Masks: ===
+|{{:pasted:20201005-093741.png}}|
+|{{:lickophotomask.pdf}}|
 === Lithography process with photosensitive dry film & Etching: ===
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-=== Lick’O’Duino ===
+==== Circuit#3 Lick’O’Duino ====
 |{{:pasted:20201005-063537.png?655}}|
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 ===Electrodible Smart Candy===
-ElectrodibleWeb_v3.0 PDF {{:electrodibleweb_v3.0.pdf}}
+{{:electrodibleweb_v3.0.pdf}}
 |{{:pasted:20201005-064219.png?300}}|{{:pasted:20201005-064243.png?300}}|{{:pasted:20201005-064258.png?300}}|
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 === 2n2222 NPN transistor (TO-92) through-hole  package ===
-|{{:pasted:20201005-064840.png?655}}|
+|{{:lickometer.png?655}}|
-|{{:pasted:20201005-065234.png?655}}|
+|{{:introtolicko-768x1086.png?655}}|
-|{{:pasted:20201005-065450.png?655}}|
+|{{:lickobrv.png?655}}|
-=== Stencil Cutter Lick’O’Meter Workshop where?(2014)===
+=== Stencil Cutter Lick’O’Meter Workshop(2014)===
 [[https://imgur.com/a/IOpct?fbclid=IwAR0ozXTiRUWNFxQ5zsPpTFI1-gQNHgCAIDI-Uo5UiCoxsl3_Kj4_s3CA0uY|Photo Album]]
 |{{:pasted:20201005-065819.png?300}}|{{:pasted:20201005-065838.png?300}}|{{:pasted:20201005-065936.png?300}}|