Diode Zener LED VC Diode SCR UJT Bridge Rect Transistor Darlington
Opto-Isolator Opto-Darlington JFET MOSFET MOSFET_2G LM3900 CA3046

Diode

Description: Draws three types of diodes starting at point Lib_S_Center_X, Lib_S_Center_Y. The basic "Diode", a "Zener" diode, and a "LED". The cathode direction is based on Lib_S_Rot. Zero (0) degrees will draw a diode with the cathode facing right. Angles of 45 | 90 | 135 | 180 | 225 | 270 | 315 will rotate the the cathode "Counter Clockwise".

Parameter	Description		Example
Lib_S_Dwg_Obj	jsGraphics Object that points to the drawing.		D1 1N4148
Lib_S_RefDes	Reference Designator in quotes.	Select from the dropdown menu or enter your own. "D1" "D2" "D3" "D4" "D5" "CR1" "CR2" "CR3" "CR4" "CR5" "Other" || Other:
Lib_S_Type	Diode Type in quotes.	Select "Diode" || "Zener" || "LED" ⇒ "Diode" "Zener" "LED"
Lib_S_Value	Text Value in quotes.	Select from the dropdown menu or enter your own. "1N4148" "1N4001" "1N4007" "1N34" "12VZ" "Other" || Other:
Lib_S_Label_Pos	Position for RefDes/Value in quotes.	Select "" || "Norm" || "Flip" ⇒ "" "Norm" "Flip"
Lib_S_Rot	Rotate Diode "Counter Clockwise", in quotes.	Select 0 | 45 | 90 | 135 | 180 | 225 | 270 | 315 ⇒ 0 45 90 135 180 225 270 315
Lib_S_Center_X	Symbol Center X Position	Show/Hide Grid (10x10), Center Mark, Pins (green dot). Grid On Off Center On Off Pins On Off
Lib_S_Center_Y	Symbol Center Y Position

Return: Returns the Anode (X,Y) coordinates and Cathode (X,Y) coordinates, in a array.

Usage: The selections from the table above, are used to create the example below. After selecting and entering your specific information, the example can be used directly, with a copy/paste. The items in Red are the only ones that need to be adjusted to your specific needs. The lines in Green are just comments and can be deleted. Due to space limitations, some of the lines below may be split onto more than one line.

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Diode Zener LED VC Diode SCR UJT Bridge Rect Transistor Darlington
Opto-Isolator Opto-Darlington JFET MOSFET MOSFET_2G LM3900 CA3046

Zener Diode

Description: Draws three types of diodes starting at point Lib_S_Center_X, Lib_S_Center_Y. The basic "Diode", a "Zener" diode, and a "LED". The cathode direction is based on Lib_S_Rot. Zero (0) degrees will draw a diode with the cathode facing right. Angles of 90 | 180 | 270 will rotate the the cathode "Counter Clockwise".

Parameter	Description		Example
Lib_S_Dwg_Obj	jsGraphics Object that points to the drawing.		ZD1 12VZ
Lib_S_RefDes	Reference Designator in quotes.	Select from the dropdown menu. "ZD1" "ZD2" "ZD3" "ZD10" "ZD101"
Lib_S_Value	Text Value in quotes.	Select from the dropdown menu. "1N4148" "1N34" "12VZ"
Lib_S_Label_Pos	Position for RefDes/Value in quotes.	Select "" || "Norm" || "Flip" ⇒ "" "Norm" "Flip"
Lib_S_Rot	Rotate Diode "Counter Clockwise", in quotes.	Select 0 | 90 | 180 | 270 ⇒ 0 90 180 270
Lib_S_Center_X	Symbol Center X Position	Show/Hide Grid (10x10), Center Mark, Pins (green dot). Grid On Off Center On Off Pins On Off
Lib_S_Center_Y	Symbol Center Y Position

Return: Returns the Anode (X,Y) coordinates and Cathode (X,Y) coordinates, in a array.

Usage: The selections from the table above, are used to create the example below. After selecting and entering your specific information, the example can be used directly, with a copy/paste. The items in Red are the only ones that need to be adjusted to your specific needs. The lines in Green are just comments and can be deleted. Due to space limitations, some of the lines below may be split onto more than one line.

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Diode Zener LED VC Diode SCR UJT Bridge Rect Transistor Darlington
Opto-Isolator Opto-Darlington JFET MOSFET MOSFET_2G LM3900 CA3046

Light Emitting Diode (LED)

Description: Draws three types of diodes starting at point Lib_S_Center_X, Lib_S_Center_Y. The basic "Diode", a "Zener" diode, and a "LED". The cathode direction is based on Lib_S_Rot. Zero (0) degrees will draw a diode with the cathode facing right. Angles of 90 | 180 | 270 will rotate the the cathode "Counter Clockwise".

Parameter	Description		Example
Lib_S_Dwg_Obj	jsGraphics Object that points to the drawing.		D1 1N4148
Lib_S_RefDes	Reference Designator in quotes.	Select from the dropdown menu. "D1" "D2" "D3" "D10" "D101"
Lib_S_Value	Text Value in quotes.	Select from the dropdown menu. "1N4148" "1N34" "12VZ"
Lib_S_Label_Pos	Position for RefDes/Value in quotes.	Select "" || "Norm" || "Flip" ⇒ "" "Norm" "Flip"
Lib_S_Rot	Rotate Diode "Counter Clockwise", in quotes.	Select 0 | 90 | 180 | 270 ⇒ 0 90 180 270
Lib_S_Center_X	Symbol Center X Position	Show/Hide Grid (10x10), Center Mark, Pins (green dot). Grid On Off Center On Off Pins On Off
Lib_S_Center_Y	Symbol Center Y Position

Return: Returns the Anode (X,Y) coordinates and Cathode (X,Y) coordinates, in a array.

Usage: The selections from the table above, are used to create the example below. After selecting and entering your specific information, the example can be used directly, with a copy/paste. The items in Red are the only ones that need to be adjusted to your specific needs. The lines in Green are just comments and can be deleted. Due to space limitations, some of the lines below may be split onto more than one line.

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Diode Zener LED VC Diode SCR UJT Bridge Rect Transistor Darlington
Opto-Isolator Opto-Darlington JFET MOSFET MOSFET_2G LM3900 CA3046

Variable Capacitance Diode (VCD)

Description: Draws a Variable Capacitance Diode starting at point Lib_S_Center_X, Lib_S_Center_Y. The cathode direction is based on Lib_S_Rot. Zero (0) degrees will draw a diode with the cathode facing right. Angles of 90 | 180 | 270 will rotate the the cathode "Counter Clockwise".

Parameter	Description		Example
Lib_S_Dwg_Obj	jsGraphics Object that points to the drawing.		VCD1 BB105A
Lib_S_RefDes	Reference Designator in quotes.	Select from the dropdown menu. "VCD1" "VCD2" "VCD3" "VCD4" "VCD5" "VCD6" "VCD7" "VCD8" "VCD9" "VCD10"
Lib_S_Value	Text Value in quotes.	Select from the dropdown menu. "BB105A" "BB105B"
Lib_S_Label_Pos	Position for RefDes/Value in quotes.	Select "" || "Norm" || "Flip" ⇒ "" "Norm" "Flip"
Lib_S_Rot	Rotate Diode "Counter Clockwise", in quotes.	Select 0 | 90 | 180 | 270 ⇒ 0 90 180 270
Lib_S_Center_X	Symbol Center X Position	Show/Hide Grid (10x10), Center Mark, Pins (green dot). Grid On Off Center On Off Pins On Off
Lib_S_Center_Y	Symbol Center Y Position

Return: Returns the Anode (X,Y) coordinates and Cathode (X,Y) coordinates, in a array.

Usage: The selections from the table above, are used to create the example below. After selecting and entering your specific information, the example can be used directly, with a copy/paste. The items in Red are the only ones that need to be adjusted to your specific needs. The lines in Green are just comments and can be deleted. Due to space limitations, some of the lines below may be split onto more than one line.

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Diode Zener LED VC Diode SCR UJT Bridge Rect Transistor Darlington
Opto-Isolator Opto-Darlington JFET MOSFET MOSFET_2G LM3900 CA3046

Silicon Controlled Rectifier (SCR)

Description: Draws three types of diodes starting at point Lib_S_Center_X, Lib_S_Center_Y. The basic "Diode", a "SCR", and a "LED". The cathode direction is based on Lib_S_Rot. Zero (0) degrees will draw a diode with the cathode facing right. Angles of 90 | 180 | 270 will rotate the the cathode "Counter Clockwise".

Parameter	Description		Example
Lib_S_Dwg_Obj	jsGraphics Object that points to the drawing.		SCR1 BRY55
Lib_S_RefDes	Reference Designator in quotes.	Select from the dropdown menu. "SCR1" "SCR2" "SCR3" "SCR10" "SCR101"
Lib_S_Value	Text Value in quotes.	Select from the dropdown menu. "BRY55" "1N34" "12VZ"
Lib_S_Label_Pos	Position for RefDes/Value in quotes.	Select "" || "Norm" || "Flip" ⇒ "" "Norm" "Flip"
Lib_S_Rot	Rotate Diode "Counter Clockwise", in quotes.	Select 0 | 90 | 180 | 270 ⇒ 0 90 180 270
Lib_S_Center_X	Symbol Center X Position	Show/Hide Grid (10x10), Center Mark, Pins (green dot). Grid On Off Center On Off Pins On Off
Lib_S_Center_Y	Symbol Center Y Position

Return: Returns the Anode (X,Y) coordinates and Cathode (X,Y) coordinates, in a array.

Usage: The selections from the table above, are used to create the example below. After selecting and entering your specific information, the example can be used directly, with a copy/paste. The items in Red are the only ones that need to be adjusted to your specific needs. The lines in Green are just comments and can be deleted. Due to space limitations, some of the lines below may be split onto more than one line.

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Diode Zener LED VC Diode SCR UJT Bridge Rect Transistor Darlington
Opto-Isolator Opto-Darlington JFET MOSFET MOSFET_2G LM3900 CA3046

Unijunction Tranaistor (UJT)

Description: Draws three types of diodes starting at point Lib_S_Center_X, Lib_S_Center_Y. The basic "Diode", a "SCR", and a "LED". The cathode direction is based on Lib_S_Rot. Zero (0) degrees will draw a diode with the cathode facing right. Angles of 90 | 180 | 270 will rotate the the cathode "Counter Clockwise".

Parameter	Description		Example
Lib_S_Dwg_Obj	jsGraphics Object that points to the drawing.		Q1 1N2646
Lib_S_RefDes	Reference Designator in quotes.	Select from the dropdown menu. "Q1" "Q2" "Q3" "Q10" "Q101"
Lib_S_Value	Text Value in quotes.	Select from the dropdown menu. "1N2646" "1N2646" "1N2646"
Lib_S_Label_Pos	Position for RefDes/Value in quotes.	Select "" || "Norm" || "Flip" ⇒ "" "Norm" "Flip"
Lib_S_Rot	Rotate Diode "Counter Clockwise", in quotes.	Select 0 | 90 | 180 | 270 ⇒ 0 90 180 270
Lib_S_Center_X	Symbol Center X Position	Show/Hide Grid (10x10), Center Mark, Pins (green dot). Grid On Off Center On Off Pins On Off
Lib_S_Center_Y	Symbol Center Y Position

Return: Returns the Anode (X,Y) coordinates and Cathode (X,Y) coordinates, in a array.

Usage: The selections from the table above, are used to create the example below. After selecting and entering your specific information, the example can be used directly, with a copy/paste. The items in Red are the only ones that need to be adjusted to your specific needs. The lines in Green are just comments and can be deleted. Due to space limitations, some of the lines below may be split onto more than one line.

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Diode Zener LED VC Diode SCR UJT Bridge Rect Transistor Darlington
Opto-Isolator Opto-Darlington JFET MOSFET MOSFET_2G LM3900 CA3046

Bridge Rectifier

Description: Draws three types of diodes starting at point Lib_S_Center_X, Lib_S_Center_Y. The basic "Diode", a "SCR", and a "LED". The cathode direction is based on Lib_S_Rot. Zero (0) degrees will draw a diode with the cathode facing right. Angles of 90 | 180 | 270 will rotate the the cathode "Counter Clockwise".

Parameter	Description		Example
Lib_S_Dwg_Obj	jsGraphics Object that points to the drawing.		DB1 1N4001x4 AC AC
Lib_S_RefDes	Reference Designator in quotes.	Select from the dropdown menu. "DB1" "DB2" "DB3" "DB4" "DB5"
Lib_S_Value	Text Value in quotes.	Select from the dropdown menu. "1N4001x4" "1N4002x4" "1N4003x4" "1N4004x4" "Other" || Other:
Lib_S_Label_Pos	Position for RefDes/Value in quotes.	Select "" || "Norm" || "Flip" ⇒ "" "Norm" "Flip"
Lib_S_Rot	Rotate Bridge "Counter Clockwise", in quotes.	Select 0 | 90 | 180 | 270 ⇒ 0 90 180 270
Lib_S_Center_X	Symbol Center X Position	Show/Hide Grid (10x10), Center Mark, Pins (green dot). Grid On Off Center On Off Pins On Off
Lib_S_Center_Y	Symbol Center Y Position

Return: Returns the Anode (X,Y) coordinates and Cathode (X,Y) coordinates, in a array.

Usage: The selections from the table above, are used to create the example below. After selecting and entering your specific information, the example can be used directly, with a copy/paste. The items in Red are the only ones that need to be adjusted to your specific needs. The lines in Green are just comments and can be deleted. Due to space limitations, some of the lines below may be split onto more than one line.

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Diode Zener LED VC Diode SCR UJT Bridge Rect Transistor Darlington
Opto-Isolator Opto-Darlington JFET MOSFET MOSFET_2G LM3900 CA3046

Transistor

Description: Draws a Transistor is centered at point Lib_S_Center_X, Lib_S_Center_Y. The appearance can then be adjusted using the Lib_S_SwapEC, Lib_S_Pos, and Lib_S_Rot parameters listed in the table below.

Parameter	Description		Example
Lib_S_Dwg_Obj	jsGraphics Object that points to the drawing.		Q4 2N1234
Lib_S_Type	Transistor Type, in quotes.	Select "NPN" or "PNP" ⇒ "NPN" "PNP"
Lib_S_RefDes	Transistor Reference Designator, in quotes.	Select from the dropdown menu or enter your own. "Q1""Q2" "T1""T2" "Other" || Other:
Lib_S_Name	Transistor Name, in quotes.	Select from the dropdown menu or enter your own. "2N3866" "2N3906" "BC547" "BC327" "Other" || Other:
Lib_S_SwapEC	Swap the Emitter and Collector.	Select "None" || "SwapEC" ⇒ "None" "SwapEC"
Lib_S_Pos	RefDes/Type Position, in quotes.	"None" or "Flip" ⇒ "None" "Flip"
Lib_S_Rot	Rotate Body Counter Clockwise around center.	0 = Base Left, 90 = Base Down, 180 = Base Right, 270 = Base Up ⇒ 0 90 180 270
Lib_S_Center_X	Transistor Center X Position	Show/Hide Grid (10x10), Center Mark, Pins (green dot). Grid On Off Center On Off Pins On Off
Lib_S_Center_Y	Transistor Center Y Position

Return: Returns the Base (X,Y) coordinates, Emitter (X,Y) coordinates and Collector (X,Y) coordinates, in a array.

Usage: The selections from the table above, are used to create the example below. After selecting and entering your specific information, the example can be used directly, with a copy/paste. The items in Red are the only ones that need to be adjusted to your specific needs. The lines in Green are just comments and can be deleted. Due to space limitations, some of the lines below may be split onto more than one line.

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Diode Zener LED VC Diode SCR UJT Bridge Rect Transistor Darlington
Opto-Isolator Opto-Darlington JFET MOSFET MOSFET_2G LM3900 CA3046

Darlington

Description: Darlington Transistor: This device is designed for applications reguiring extremely high current gain at currents to 1mA.
hFE (DC Current Gain) = 30,000, IC = 20mA, VCE = 2V
fT (Current Gain Bandwidth Product) = 200 MHZ, (2) IC=10mA, VCE=5V, f=100MHz

Note: PNP Darlington not implemented.

Parameter	Description	Example
Lib_S_Dwg_Obj	Graphics Object that points to the drawing.	MPSA12 Q1
Lib_S_RefDes	Reference Designator: Q1 Q2 Q3 Q4 Other || Other:
Lib_S_Dir	Display Direction. Normal Reverse
Lib_S_Label	MPSA12 BC517 || Other:
Lib_S_Center_X	Show/Hide Grid (10x10), Center Mark, Pins (green dot). Grid On Off Center On Off Pins On Off
Lib_S_Center_Y

Return: For the "Opto_Isolator", the X/Y coordinates for the Diode (Anode and Cathode) and Transistor (Base, Emitter, and Cathode) are returned.

Usage: The selections from the table above, are used to create the example below. After selecting and entering your specific information, the example can be used directly, with a copy/paste. The items in Red are the only ones that need to be adjusted to your specific needs. The lines in Green are just comments and can be deleted. Due to space limitations, some of the lines below may be split onto more than one line.

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Diode Zener LED VC Diode SCR UJT Bridge Rect Transistor Darlington
Opto-Isolator Opto-Darlington JFET MOSFET MOSFET_2G LM3900 CA3046

Opto Isolator

Description: Optocoupler, Phototransistor Output, with Base Connection. The 4N25 family is an industry standard single channel phototransistor coupler. This family includes the 4N25, 4N26, 4N27, 4N28. Each optocoupler consists of gallium arsenide infrared LED and a silicon NPN phototransistor.

Parameter	Description	Example
Lib_S_Dwg_Obj	Graphics Object that points to the drawing.	1 2 4 5 6 4N25 U1
Lib_S_RefDes	Reference Designator: "U1" "U2" "U3" "U4" Other || Other:
Lib_S_Dir	Display Direction. "Diode ⇒ Tx" "Tx ⇒ Diode"
Lib_S_DType & Lib_S_QType	Diode Display Type: "A" "B" "C" "D" Transistor Display Type: "A" "B" "C" "D"
Lib_S_Label	"4N25" to "4N28" "4N25" "4N26" "4N27" "4N28"
Lib_S_Center_X - Symbol Center X Position	Show/Hide Grid (10x10), Center Mark, Pins (green dot). Grid On Off Center On Off Pins On Off
Lib_S_Center_Y - Symbol Center Y Position

Return: For the "Opto_Isolator", the X/Y coordinates for the Diode (Anode and Cathode) and Transistor (Base, Emitter, and Cathode) are returned.

Usage: The selections from the table above, are used to create the example below. After selecting and entering your specific information, the example can be used directly, with a copy/paste. The items in Red are the only ones that need to be adjusted to your specific needs. The lines in Green are just comments and can be deleted. Due to space limitations, some of the lines below may be split onto more than one line.

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Diode Zener LED VC Diode SCR UJT Bridge Rect Transistor Darlington
Opto-Isolator Opto-Darlington JFET MOSFET MOSFET_2G LM3900 CA3046

Opto Isolator (Darlington Output)

Description: Optocoupler, Phototransistor Output, with Base Connection. The 4N25 family is an industry standard single channel phototransistor coupler. This family includes the 4N25, 4N26, 4N27, 4N28. Each optocoupler consists of gallium arsenide infrared LED and a silicon NPN phototransistor.

Parameter	Description	Example
Lib_S_Dwg_Obj	Graphics Object that points to the drawing.	1 2 4 5 6 4N29 U5
Lib_S_RefDes	Reference Designator: "U1" "U2" "U3" "U4" Other || Other:
Lib_S_Dir	Display Direction. "Diode ⇒ Tx" "Tx ⇒ Diode"
Lib_S_DType & Lib_S_QType	Diode Display Type: "A" "B" "C" "D" Transistor Display Type: "A" "B" "C" "D"
Lib_S_Label	"4N29" to "4N33" "4N29" "4N30" "4N31" "4N32" "4N33"
Lib_S_Center_X - Symbol Center X Position	Show/Hide Grid (10x10), Center Mark, Pins (green dot). Grid On Off Center On Off Pins On Off
Lib_S_Center_Y - Symbol Center Y Position

Return: For the "Opto_Isolator", the X/Y coordinates for the Diode (Anode and Cathode) and Transistor (Base, Emitter, and Cathode) are returned.

Usage: The selections from the table above, are used to create the example below. After selecting and entering your specific information, the example can be used directly, with a copy/paste. The items in Red are the only ones that need to be adjusted to your specific needs. The lines in Green are just comments and can be deleted. Due to space limitations, some of the lines below may be split onto more than one line.

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Diode Zener LED VC Diode SCR UJT Bridge Rect Transistor Darlington
Opto-Isolator Opto-Darlington JFET MOSFET MOSFET_2G LM3900 CA3046

JFET

Description: Draws a JFET starting at point Lib_S_Start_X, Lib_S_Start_Y is also the Gate XY position. N-Channel JFETs have a arrow pointing inward. P-Channel JFETs have the arrow reversed. The symbol returns three XY positions of the Gate, Source, and Drain (in that order). Lib_S_Rot will rotate the symbol counter-clockwise 0, 90, 180, or 270 degrees ("R0", "R90", "R180", or "R270"). Lib_S_Mir swaps the Source and Drain labels, depending on Lib_S_Rot.

Parameter	Description		Example
Lib_S_Dwg_Obj	jsGraphics Object that points to the drawing.		G D S Q1 MPF-102
Lib_S_Type	JFET Type ("N" or "P") in quotes.	"N" "P"
Lib_S_Rot	Rotate Counter-Clock wise - ("R0", "R90", "R180", or "R270") in quotes.	"R0" "R90-CCW" "R180-CCW" "R270-CCW"
Lib_S_Mir	Mirror ("Mir" or "None") in quotes.	"None" "Mir"
Lib_S_JFET_Label	JFET Label ("Q1", "Q2", etc.) in quotes.
Lib_S_JFET_Value	JFET Value ("MPF-102", "2N3819", etc.) in quotes.	"MPF-102" "2N3819
Lib_S_Lab_Val_Pos	JFET Label/Value Position ("default" or "flip") in quotes.	default flip
Lib_S_Start_X	JFET Base Start X Position		Show/Hide Pins - Mark the I/O pins with a green dot.    "Hide" "Show"
Lib_S_Start_Y	JFET Base Start Y Position

Return: The draw function will return the end X and Y values for the JFET's Gate, Source, and Drain symbol, in a array.

Usage: Set the start X and Y values for the symbol. Change all of the variable prefixes, e.g. Q1 to Q2, for each instance of the symbol. This keeps the variables unique for later use. The items selected above are directly reflected in the sample code.

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Diode Zener LED VC Diode SCR UJT Bridge Rect Transistor Darlington
Opto-Isolator Opto-Darlington JFET MOSFET MOSFET_2G LM3900 CA3046

MOSFET

Description: Draws a Single Gate MOSFET starting at point Lib_S_Start_X, Lib_S_Start_Y is also the Gate XY position. N-Channel MOSFETs have a arrow pointing inward. P-Channel MOSFETs have the arrow reversed. The symbol returns three XY positions of the Gate, Source, and Drain (in that order). Lib_S_Rot will rotate the symbol counter-clockwise 0, 90, 180, or 270 degrees ("R0", "R90", "R180", or "R270"). Lib_S_Mir swaps the Source and Drain labels, depending on Lib_S_Rot.

Parameter	Description		Example
Lib_S_Dwg_Obj	jsGraphics Object that points to the drawing.		G C D S Q1 3N128
Lib_S_Type	MOSFET Type ("N" or "P") in quotes.	"N" "P"
Lib_S_Rot	Rotate Counter-Clock wise - ("R0", "R90", "R180", or "R270") in quotes.	"R0" "R90-CCW" "R180-CCW" "R270-CCW"
Lib_S_Mir	Mirror ("Mir" or "None") in quotes. Flip the Source and Drain.	"None" "Mir"
Lib_S_MOSFET_Label	Label ("Q1", "Q2", etc.) in quotes.
Lib_S_MOSFET_Value	Value ("J510", etc.) in quotes.	"J510" "3N128" "xxxxxx"
Lib_S_Lab_Val_Pos	Label/Value Position ("default" or "flip") in quotes.	default flip
Lib_S_Start_X	Base Start X Position		Show/Hide Pins - Mark the I/O pins with a green dot.    "Hide" "Show"
Lib_S_Start_Y	Base Start Y Position

Return: The draw function will return the end X and Y values for the MOSFET's Gate, Source, and Drain symbol, in a array.

Usage: Set the start X and Y values for the symbol. Change all of the variable prefixes, e.g. Q1 to Q2, for each instance of the symbol. This keeps the variables unique for later use.

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Diode Zener LED VC Diode SCR UJT Bridge Rect Transistor Darlington
Opto-Isolator Opto-Darlington JFET MOSFET MOSFET_2G LM3900 CA3046

MOSFET, Dual Gate

Description: Draws a Dual Gate MOSFET starting at point Lib_S_Start_X, Lib_S_Start_Y is also the Gate XY position. N-Channel Dual Gate MOSFETs have a arrow pointing inward. P-Channel Dual Gate MOSFETs have the arrow reversed. The symbol returns three XY positions of the Gate, Source, and Drain (in that order). Lib_S_Rot will rotate the symbol counter-clockwise 0, 90, 180, or 270 degrees ("R0", "R90", "R180", or "R270"). Lib_S_Mir swaps the Source and Drain labels, depending on Lib_S_Rot.

Parameter	Description		Example
Lib_S_Dwg_Obj	jsGraphics Object that points to the drawing.		G1 G2 S D Q1 40673
Lib_S_Type	Dual Gate MOSFET Type ("N" or "P") in quotes.	"N" "P"
Lib_S_Rot	Rotate Counter-Clock wise - ("R0", "R90", "R180", or "R270") in quotes.	"R0" "R90-CCW" "R180-CCW" "R270-CCW"
Lib_S_Mir	Mirror ("Mir" or "None") in quotes.	"None" "Mir"
Lib_S_MOSFET_Label	MOSFET Label ("Q1", "Q2", etc.) in quotes.
Lib_S_MOSFET_Value	Dual Gate MOSFET Value ("40673", etc.) in quotes.	"40673" "xxxxxx"
Lib_S_Lab_Val_Pos	Dual Gate MOSFET Label/Value Position ("default" or "flip") in quotes.	default flip
Lib_S_Start_X	Dual Gate MOSFET Base Start X Position		Show/Hide Pins - Mark the I/O pins with a green dot.    "Hide" "Show"
Lib_S_Start_Y	Dual Gate MOSFET Base Start Y Position

Return: The draw function will return the end X and Y values for the MOSFET's Gate (G1 and G2), Source, and Drain symbol, in a array.

Usage: Set the start X and Y values for the symbol. Change all of the variable prefixes, e.g. Q1 to Q2, for each instance of the symbol. This keeps the variables unique for later use.

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Diode Zener LED VC Diode SCR UJT Bridge Rect Transistor Darlington
Opto-Isolator Opto-Darlington JFET MOSFET MOSFET_2G LM3900 CA3046

LM3900 Quad Norton Op-Amp

Description: These devices consist of four independent, high gain frequency-compensated Norton operational amplifiers that were desi also possible. The low supply current drain is essentially independent of the magnitude of the supply voltage. These devices provide wide bandwidth and large output voltage swing.

gned specifically to operate from a single supply over a wide range of voltages. Operation from split supplies is

Parameter	Description	Example
Lib_S_Dwg_Obj	Graphics Object that points to the drawing.	U5-A LM3900 − + 1 6 5 14 7
Lib_S_RefDes	Reference Designator: "U1" "U2" "U3" "U4" Other || Other:
Lib_S_Dir	Display Direction. "Right" "Left"
Lib_S_Sect	Section Type: "A" "B" "C" "D" "A w/PG" "B w/PG" "C w/PG" "D w/PG" "Pwr/Gnd" "w/PG" = With Power and Ground
Lib_S_InType	Normal = + Top, - Bot; Reverse = - Top, + Bot. "Normal" "Reverse"
Lib_S_Center_X - Symbol Center X Position	Show/Hide Grid (10x10), Center Mark, Pins (green dot). Grid On Off Center On Off Pins On Off
Lib_S_Center_Y - Symbol Center Y Position

Return: For the "LM3900", the X/Y coordinates for the each section are returned.

Usage: The selections from the table above, are used to create the example below. After selecting and entering your specific information, the example can be used directly, with a copy/paste. The items in Red are the only ones that need to be adjusted to your specific needs. The lines in Green are just comments and can be deleted. Due to space limitations, some of the lines below may be split onto more than one line.

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Diode Zener LED VC Diode SCR UJT Bridge Rect Transistor Darlington
Opto-Isolator Opto-Darlington JFET MOSFET MOSFET_2G LM3900 CA3046

CA3046 Transistor Array

Description: This device contains a Differential Transistor Pair plus three independent transistors. On of the independend transistors has the emitter tied to the substrate.

Parameter	Description	Example
Lib_S_Dwg_Obj	Graphics Object that points to the drawing.	U1-A CA3046 1 2 3 4 5
Lib_S_RefDes	Reference Designator: "U1" "U2" "U3" "U4" Other || Other:
Lib_S_Sect	Section Type: A-Diff-Norm A-Diff-Flip B C D D-SwapEC A-Diff = Diff Pair; D = Emitter tied to substrate
Lib_S_Rot	Rotation Angle For B, C, and D Only - 0 90 180 270
Lib_S_Center_X - Symbol Center X Position	Show/Hide Grid (10x10), Center Mark, Pins (green dot). Grid On Off Center On Off Pins On Off
Lib_S_Center_Y - Symbol Center Y Position

Return: For the "LM3900", the X/Y coordinates for the each section are returned.

Usage: The selections from the table above, are used to create the example below. After selecting and entering your specific information, the example can be used directly, with a copy/paste. The items in Red are the only ones that need to be adjusted to your specific needs. The lines in Green are just comments and can be deleted. Due to space limitations, some of the lines below may be split onto more than one line.