electronics.gle

Electronic Circuit diagrams with GLE

Author: A. S. Budden abudden@NOSPAMgataki.co.uk

Date: 17th August 2007

Version: 1.3

Copyright: Copyright (C) 2005 A. S. Budden

                 Permission is hereby granted to use and distribute this code,

                 with or without modifications, provided that this copyright

                 notice is copied with it. Like anything else that's free,

                 electronics.gle is provided *as is* and comes with no warranty

                 of any kind, either expressed or implied. By using this

                 plugin, you agree that in no event will the copyright

                 holder be liable for any damages resulting from the use

                 of this software.

Documentation ** gle_electronics.pdf **

A simple function to draw a grid for reference

sub drawgrid gridscale

Connection point

sub connection

Resistors

===================================

Resistor base device

sub resistor

Resistor base device

sub rresistor

Horizontal resistor

sub rresistor_h rlabel$

Vertical resistor

sub rresistor_v rlabel$

Horizontal resistor

sub resistor_h rlabel$

Vertical resistor

sub resistor_v rlabel$

Horizontal potentiometer

sub potentiometer_hb rlabel$

Vertical potentiometer

sub potentiometer_vr rlabel$

Horizontal variable resistor

sub vresistor_h rlabel$

Vertical Variable resistor

sub vresistor_v rlabel$

Transistors

===================================

BJT Base

sub bjt leg direction

NPN BJT

sub npn_bjt bjtlabel$

PNP BJT

sub pnp_bjt bjtlabel$

Base MOSFET

sub mosfet channel

N-Channel MOSFET

sub n_mosfet mlabel$

P-Channel MOSFET

sub p_mosfet mlabel$

IGBT

sub igbt igbtlabel$

Inductors

===================================

Single coil

sub coil

Single double size coil

sub large_coil dot

Base inductor

sub inductor core

sub large_inductor dot_position

Horizontal Inductor

sub inductor_h core ilabel$

Vertical Inductor

sub inductor_v core ilabel$

Transformer Base

sub xformer core type n1$ n2$

rmove 0.5 0.5

Transformer with a double secondary

sub xformer_dblsecondary type location

Capacitors

===================================

Base capacitor

sub capacitor

Base polarised capacitor

sub p_capacitor polarity

Horizontal L Polarised Capacitor

sub p_capacitor_hl clabel$

Horizontal R Polarised Capacitor

sub p_capacitor_hr clabel$

Vertical Top Polarised Capacitor

sub p_capacitor_vt clabel$

Vertical Bottom Polarised Capacitor

sub p_capacitor_vb clabel$

Horizontal capacitor

sub capacitor_h clabel$

Vertical capacitor

sub capacitor_v clabel$

Horizontal varicap

sub vcapacitor_h clabel$

Vertical varicap

sub vcapacitor_v clabel$

Crystals

===================================

sub crystal

sub crystal_h label$

sub crystal_v label$

Diodes

===================================

Base diode

sub diode type

Horizontal right-facing Diode

sub diode_hr dlabel$ type

Horizontal left-facing Diode

sub diode_hl dlabel$ type

Vertical downward Diode

sub diode_vd dlabel$ type

Vertical upward Diode

sub diode_vu dlabel$ type

Vertical downward LED

sub led_vd label$

sub bridge_rectifier blabel$

Opto Isolator

sub optocoupler optolabel$

Need to add triacs, thyristors etc

===================================

Op-amps

===================================

sub opamp supply ulabel$

Power supplies etc

===================================

Ground

sub ground

Power connection

sub power label$

sub supply_centre type

Horizontal Power supply

sub supply_h type

Vertical Power supply (probably more usual)

sub supply_v type

Cells

===================================

Base cell

sub cell

set lwidth 0.02

Horizontal cell (perhaps should have hr & hl?)

sub cell_h elabel$

Vertical cell

sub cell_v elabel$

Logic Gates

===================================

Left side of gate (for and/nand)

sub and_left_gate

Left side of gate (for not/buffer)

sub not_left_gate

Curved left gate (for OR)

sub or_left_gate

Double Curved left gate (for XOR)

sub xor_left_gate

Non-inverted output

sub non_inverted_output

Inverted output

sub inverted_output

Curved edges for AND/OR

sub curved_edges

Straight edges for Buffer/Not

sub straight_edges

XOR Gate

sub xor

XNOR Gate

sub xnor

OR Gate

sub or

NOR Gate

sub nor

AND Gate

sub and

NAND Gate

sub nand

NOT Gate

sub not

BUFFER

sub buffer

Schmitt Trigger symbol

sub schmitt

NAND Schmitt Trigger

sub nand_schmitt

Inverter Schmitt Trigger

sub not_schmitt