Lightning Detector - Revision history

Unknown user: /* Schematic */

2021-09-07T23:07:59Z

Schematic

← Older revision		Revision as of 18:07, 7 September 2021
Line 14:		Line 14:
	=Schematic=		=Schematic=
	[[File:JAC LD2 SCH COR2.jpg]]		[[File:JAC LD2 SCH COR2.jpg]]
	~~[[File:JAC LD2 SCH COR.jpg]]~~

	Uncorrected Schematic Below. Show your work and acknowledge your mistakes.		Uncorrected Schematic Below. Show your work and acknowledge your mistakes.

Unknown user: /* Schematic */

2021-09-07T23:07:38Z

Schematic

← Older revision		Revision as of 18:07, 7 September 2021
Line 13:		Line 13:

	=Schematic=		=Schematic=
			[[File:JAC LD2 SCH COR2.jpg]]
	[[File:JAC LD2 SCH COR.jpg]]		[[File:JAC LD2 SCH COR.jpg]]

Unknown user: /* Code */

2021-09-01T18:02:03Z

Code

← Older revision		Revision as of 13:02, 1 September 2021
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	int present = 0;		int present = 0;

	~~// put your main code here, to run repeatedly:~~
	while (1)		while (1)
	{		{

Unknown user: /* Circuit Notes */

2021-09-01T17:59:44Z

Circuit Notes

← Older revision		Revision as of 12:59, 1 September 2021
Line 21:		Line 21:
	As stated earlier, this circuit is based upon a circuit by Charles Wenzel (schematic below). The circuit consists of a detector and signal conditioner. The detection circuit consists of the first three transistors from left to right. The next transistor is for the signal conditioning. The signal conditioning circuit is a modification to an amp meter addon (schematic below) often paired with the detection circuit. The amp meter circuit uses a capacitor , that are not on this variant, to extended the meter's reading. Since this project uses an arduino to record the signal, extending the meter reading is not needed and only the initial signal spike is used to record the event.		As stated earlier, this circuit is based upon a circuit by Charles Wenzel (schematic below). The circuit consists of a detector and signal conditioner. The detection circuit consists of the first three transistors from left to right. The next transistor is for the signal conditioning. The signal conditioning circuit is a modification to an amp meter addon (schematic below) often paired with the detection circuit. The amp meter circuit uses a capacitor , that are not on this variant, to extended the meter's reading. Since this project uses an arduino to record the signal, extending the meter reading is not needed and only the initial signal spike is used to record the event.

	[[File:JAC Lightning Detector Wenzel Schematic.jpg]]		[[File:JAC Lightning Detector Wenzel Schematic.jpg\|Wenzel Schematic]]
	[[File:JAC LD2 M M.jpg]]		[[File:JAC LD2 M M.jpg\|Meter Addon]]

	=Fritzing=		=Fritzing=

Unknown user: /* Circuit Notes */

2021-09-01T17:58:11Z

Circuit Notes

← Older revision		Revision as of 12:58, 1 September 2021
Line 19:		Line 19:

	=Circuit Notes=		=Circuit Notes=
	As stated earlier, this circuit is based upon a circuit by Charles Wenzel. The circuit consists of a detector and signal conditioner. The detection circuit consists of the first three transistors from left to right. The next transistor is for the signal conditioning. The signal conditioning circuit is a modification to an amp meter addon (schematic below) often paired with the detection circuit. The amp meter circuit uses a capacitor , that are not on this variant, to extended the meter's reading. Since this project uses an arduino to record the signal, extending the meter reading is not needed and only the initial signal spike is used to record the event.		As stated earlier, this circuit is based upon a circuit by Charles Wenzel (schematic below). The circuit consists of a detector and signal conditioner. The detection circuit consists of the first three transistors from left to right. The next transistor is for the signal conditioning. The signal conditioning circuit is a modification to an amp meter addon (schematic below) often paired with the detection circuit. The amp meter circuit uses a capacitor , that are not on this variant, to extended the meter's reading. Since this project uses an arduino to record the signal, extending the meter reading is not needed and only the initial signal spike is used to record the event.

			[[File:JAC Lightning Detector Wenzel Schematic.jpg]]
	[[File:JAC LD2 M M.jpg]]		[[File:JAC LD2 M M.jpg]]

Unknown user: /* Circuit Notes */

2021-09-01T17:45:53Z

Circuit Notes

← Older revision		Revision as of 12:45, 1 September 2021
Line 19:		Line 19:

	=Circuit Notes=		=Circuit Notes=
	As stated earlier, this circuit is based upon a circuit by Charles Wenzel. The circuit consists of a detector and signal conditioner. The detection circuit consists of the first three transistors from left to right. The next transistor is for the signal conditioning. The signal conditioning circuit is a modification to an amp meter addon often paired with the detection circuit. The amp meter circuit uses a capacitor , that are not on this variant, to extended the meter's reading. Since this project uses an arduino to record the signal, extending the meter reading is not needed and only the initial signal spike is used to record the event.		As stated earlier, this circuit is based upon a circuit by Charles Wenzel. The circuit consists of a detector and signal conditioner. The detection circuit consists of the first three transistors from left to right. The next transistor is for the signal conditioning. The signal conditioning circuit is a modification to an amp meter addon (schematic below) often paired with the detection circuit. The amp meter circuit uses a capacitor , that are not on this variant, to extended the meter's reading. Since this project uses an arduino to record the signal, extending the meter reading is not needed and only the initial signal spike is used to record the event.

	[[File:JAC LD2 M M.jpg]]		[[File:JAC LD2 M M.jpg]]

Unknown user at 17:44, 1 September 2021

2021-09-01T17:44:59Z

← Older revision		Revision as of 12:44, 1 September 2021
Line 20:		Line 20:
	=Circuit Notes=		=Circuit Notes=
	As stated earlier, this circuit is based upon a circuit by Charles Wenzel. The circuit consists of a detector and signal conditioner. The detection circuit consists of the first three transistors from left to right. The next transistor is for the signal conditioning. The signal conditioning circuit is a modification to an amp meter addon often paired with the detection circuit. The amp meter circuit uses a capacitor , that are not on this variant, to extended the meter's reading. Since this project uses an arduino to record the signal, extending the meter reading is not needed and only the initial signal spike is used to record the event.		As stated earlier, this circuit is based upon a circuit by Charles Wenzel. The circuit consists of a detector and signal conditioner. The detection circuit consists of the first three transistors from left to right. The next transistor is for the signal conditioning. The signal conditioning circuit is a modification to an amp meter addon often paired with the detection circuit. The amp meter circuit uses a capacitor , that are not on this variant, to extended the meter's reading. Since this project uses an arduino to record the signal, extending the meter reading is not needed and only the initial signal spike is used to record the event.

			[[File:JAC LD2 M M.jpg]]

	=Fritzing=		=Fritzing=

Unknown user: /* Circuit Notes */

2021-09-01T17:27:50Z

Circuit Notes

← Older revision		Revision as of 12:27, 1 September 2021
Line 19:		Line 19:

	=Circuit Notes=		=Circuit Notes=
	As stated earlier, this circuit is based upon a circuit by Charles Wenzel. The circuit consists of a detector and signal conditioner. The detection circuit consists of the first three transistors from left to right. The next ~~two transistors are~~ for the signal conditioning. The signal conditioning circuit is a modification to an amp meter addon often paired with the detection circuit. The amp meter circuit uses a capacitor , that are not on this variant, to extended the meter's reading. Since this project uses an arduino to record the signal, extending the meter reading is not needed and only the initial signal spike is used to record the event.		As stated earlier, this circuit is based upon a circuit by Charles Wenzel. The circuit consists of a detector and signal conditioner. The detection circuit consists of the first three transistors from left to right. The next transistor is for the signal conditioning. The signal conditioning circuit is a modification to an amp meter addon often paired with the detection circuit. The amp meter circuit uses a capacitor , that are not on this variant, to extended the meter's reading. Since this project uses an arduino to record the signal, extending the meter reading is not needed and only the initial signal spike is used to record the event.

	=Fritzing=		=Fritzing=

Unknown user: /* Schematic */

2021-09-01T17:17:06Z

Schematic

← Older revision		Revision as of 12:17, 1 September 2021
Line 17:		Line 17:
	Uncorrected Schematic Below. Show your work and acknowledge your mistakes.		Uncorrected Schematic Below. Show your work and acknowledge your mistakes.
	[[File:JAC Lightning Detector Schematic.jpg]]		[[File:JAC Lightning Detector Schematic.jpg]]

			=Circuit Notes=
			As stated earlier, this circuit is based upon a circuit by Charles Wenzel. The circuit consists of a detector and signal conditioner. The detection circuit consists of the first three transistors from left to right. The next two transistors are for the signal conditioning. The signal conditioning circuit is a modification to an amp meter addon often paired with the detection circuit. The amp meter circuit uses a capacitor , that are not on this variant, to extended the meter's reading. Since this project uses an arduino to record the signal, extending the meter reading is not needed and only the initial signal spike is used to record the event.

	=Fritzing=		=Fritzing=

Unknown user at 19:05, 31 August 2021

2021-08-31T19:05:47Z

← Older revision		Revision as of 14:05, 31 August 2021
Line 232:		Line 232:

	Add this to the beginning of the "loop()" function.		Add this to the beginning of the "loop()" function.

			[[JAC Projects\|The JAC Project Index]]