Gle Electronics

8/3/2019 Gle Electronics

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Electronic Circuit Diagrams in GLE

A. S. Budden ([email protected])

1 Introduction

This document is intended to provide some basic documentation for the use ofelectronics.gle for drawing circuit diagrams. It is currently a bit basic, butwill hopefully be added to at a later date.

2 Functions

The following is a list of all the functions available, along with their options.The meanings of the various options will (hopefully) become self-explanatorywith the examples that follow in the next section.

@connection

@resistor_h rlabel$

@resistor_v rlabel$

@potentiometer_hb rlabel$

@potentiometer_vr rlabel$

@vresistor_h rlabel$

@vresistor_v rlabel$

@npn_bjt bjtlabel$

@pnp_bjt bjtlabel$

@n_mosfet mlabel$

@p_mosfet mlabel$

@igbt igbtlabel$

@inductor_h core ilabel$

@inductor_v core ilabel$

@xformer core type

@xformer_dblsecondary type location

@p_capacitor polarity

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@p_capacitor_hl clabel$

@p_capacitor_hr clabel$@p_capacitor_vt clabel$

@p_capacitor_vb clabel$

@capacitor_h clabel$

@capacitor_v clabel$

@vcapacitor_h clabel$

@vcapacitor_v clabel$

@diode_hr dlabel$

@diode_hl dlabel$

@diode_vd dlabel$

@diode_vu dlabel$

@bridge_rectifier blabel$

@opamp supply ulabel$

@ground@supply_h type

@supply_v type

@cell_h elabel$

@cell_v elabel$

@and

@nand

@or

@nor

@xor

@xnor

@not

@buffer

3 Symbols

This section gives a list of the various symbols that can be produced with theprovided functions. The symbol s refers to the start point for drawing and erefers to the end point.

s,eamove 1 1

@connection

s

R1

e amove 1 2@resistor_h "R_1"

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s

R1

e

amove 2 5

@resistor_v "R_1"

s

R1

e amove 1 3@potentiometer_hb "R_1"

s

R1

e

amove 2 5

@potentiometer_vr "R_1"

s

R1

e amove 1 2@vresistor_h "R_1"

s

R1

e

amove 2 5

@vresistor_v "R_1"

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s,e Q1amove 1 2

@npn_bjt "Q_1"

s,e Q1amove 1 2

@pnp_bjt "Q_1"

s,e Q1amove 1 2

@n_mosfet "Q_1"

s,e Q1amove 1 2

@p_mosfet "Q_1"

s,e Q1amove 1 2

@igbt "Q_1"

s

L1

e

amove 1 2

@inductor_h 1 "L_1"

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s

L1

e

amove 2 5

@inductor_v 1 "L_1"

sL1

e amove 1 2@inductor_h 0 "L_1"

s

L1

e

amove 2 5

@inductor_v 0 "L_1"

s,e20 30

amove 1 5

@xformer 1 0 "20" "30"

s,e20 30

amove 1 5

@xformer 1 1 "20" "30"

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s,e

20 30

amove 1 5

@xformer 1 2 "20" "30"

s,e20 30

amove 1 5@xformer 0 0 "20" "30"

s,e20 30

amove 1 5

@xformer 0 1 "20" "30"

s,e20 30

amove 1 5

@xformer 0 2 "20" "30"

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s,e

amove 1 8

@xformer_dblsecondary 0 0

s,e

amove 1 8


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s,e

amove 1 8


s,eamove 1 5


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s,eamove 1 5


s,eamove 1 5


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s,e

amove 1 11


s,e

amove 1 11


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s,e

amove 1 11


s

C1

e amove 1 2@p_capacitor_hl "C_1"

s

C1

e amove 1 2@p_capacitor_hr "C_1"

s

C1

e

amove 2 5

@p_capacitor_vt "C_1"

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s

C1

e

amove 2 5

@p_capacitor_vb "C_1"

s

C1

e amove 1 2@capacitor_h "C_1"

s

C1

e

amove 2 5

@capacitor_v "C_1"

s

C1

e amove 1 2@vcapacitor_h "C_1"

s

C1

e

amove 2 5

@vcapacitor_v "C_1"

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s

D1

e amove 1 2@diode_hr "D_1"

s

D1

e amove 1 2@diode_hl "D_1"

s

D1

e

amove 2 5

@diode_vd "D_1"

s

D1

e

amove 2 5

@diode_vu "D_1"

s,e B1amove 1 4

@bridge_rectifier "B_1"

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s,e

U1amove 1 4

@opamp 1 "U_1"

s,e

U1 amove 1 4@opamp 0 "U_1"

s,eamove 1 2

@ground

s e amove 1 2@supply_h 0

s

e

amove 2 5

@supply_v 0


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s

e

amove 2 5

@supply_v 1


s

e

amove 2 5

@supply_v 2

s e amove 1 2@cell_h "E_1"

s

e

amove 2 5

@cell_v "E_1"

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s,eamove 1 4

@and

s,eamove 1 4@nand

s,eamove 1 4

@or

s,eamove 1 4

@nor

s,eamove 1 4

@xor

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s,eamove 1 4

@xnor

s e amove 1 3@not

s e amove 1 3@buffer

4 Examples

This section gives a few examples of real circuits that have been drawn withthis package.

R1

Q1

R2 Q2

Q3

C1R3

R4

R5 R6

C3

C2

U1

C4

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! Example c i r c u i t w it h e l e c t r o n i c s . g l es i z e 20 7 .5

i n c lu d e e l e c t r o n i c s . g l e

b eg in s c a le 0 . 5 0 . 5

t e r m r a d = 0 . 2 5a mo ve 1 3rmove t e r mr a d 0c i r c l e t er mr adr mo ve t e r mr a d 0

r l i n e 35 0r mo ve t e r mr a d 0c i r c l e t er mr ada mo ve 1 6

rmove

t e r mr a d 0c i r c l e t er mr adr mo ve t e r mr a d 0r l i n e 1 0@ r e s is t o r h R 1 @ n pn b j t Q 1 rmove 2 1r l i n e 0 2@c onne c tionr mo ve 0 4r l i n e 0 1@c onne c tionr mo ve 0 5@c onne c tionr l i n e 0 1@ r e s i st o r v R 2

r l i n e 2 0@c onne c tionr l i n e 0 2@ n pn b j t Q 2 rmove 0 2r l i n e 0 2@ p np b j t Q 3 rmove 2 1r l i n e 0 2@c onne c tionr mo ve 0 4r l i n e 0 2r mo ve 0 2r l i n e 0 2@c onne c tionrmove 0 5

@c onne c tion@ c a pa c i to r h C 1r mo ve 0 5@c onne c tionr l i n e 0 1@ r e s i st o r v R 3 @c onne c tionr l i n e 1 0@c onne c tionr e s i s t o r v R 4 r l i n e 0 1@c onne c tionr mo ve 0 5

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@ r e s is t o r h R 5 @c onne c tion

g s a v e@ r e s is t o r h R 6 @c onne c tionr l i n e 1 0rmove 1 0@ c a pa c i to r v C 3 r l i n e 0 1@c onne c tiong r e s t o r er l i n e 0 3@ c a pa c i to r h C 2@c onne c tionr l i n e 0 1r l i n e 1 0g s a v e

@opamp 1 U 1rmove 1 1r l i n e 0 1r l i n e 6 0r l i n e 0 3@c onne c tion@ c a pa c i to r h C 4r l i n e 1 0r mo ve t e r mr a d 0c i r c l e t er mr adrmove t e r mr a d 0g r e s t o r er mo ve 2 1r l i n e 0 2@c onne c tionrmove 0 6

r l i n e 0

4@c onne c tionrmove 7 0@c onne c tion@ground

amove 1 13rmove t e r mr a d 0c i r c l e t er mr adr mo ve t e r mr a d 0r l i n e 35 0r mo ve t e r mr a d 0c i r c l e t er mr adrmove t e r mr a d 0

en d s c a l e

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! T hr eep ha se i n v e r t e rs i z e 13 1 0


b eg in s c a le 0 . 5 0 . 5

! Draw the DC Linkamove 1 19r l i n e 24 0

! Draw Groundamove 1 11r l i n e 2 0@c onne c tion@groundr l i n e 22 0

! T r a n si s t o r s

f or i = 0 t o 1 6 s t ep 8f or j = 0 t o 4 s t ep 4

amove 2 13rmov e i j@ i g bt r mo ve 2 1r l i ne 0 1rmove 0 3r l i ne 0 1r mo ve 2 4@ d i od e v u

n ex t jn ex t i

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! C o nn e ct i o n p o i n t samove 4 11

f or i = 0 t o 1 6 s t ep 8f or j = 0 t o 8 s t ep 4

amove 4 11rmov e i j@c onne c tionr mo ve 2 0@c onne c tion

n ex t jn ex t i

! M ac hi ne w i n d i n g samove 12 15r l i n e 4 0r l i n e 0 6@ i nd u ct o r v 0

@c onne c tions t a r x = x po s ( )s t a r y = y po s ( )b e gi n r o t a t e 30

@ i nd uc t or h 0 en d r o t a t ermove 4 c os ( torad (3 0) ) 4 s i n ( t o r a d ( 3 0 ) )e n d y = y p o s ( )a l i n e 24 e nd ya l i n e 24 15r l i n e 4 0amove s t a r x s t a r yb e gi n r o t a t e 2 10

@ i nd uc t or h 0 en d r o t a t ermove 4 c os ( torad (3 0)) 4 s i n ( t o r a d ( 3 0 ) )

a l i n e 8 en d ya l i n e 8 15r l i n e 4 0

en d s c a l e

RESET

SETQ

!Q

! Exa mple o f l o g i c g a te u se : SR F l i pFlop

s i z e 19 1 4

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! R ad iu s o f en d t e r m i n a l st e r m r a d = 0 . 2 5

! R es et i n pu ta mo ve 4 2rmove t e r mr a d 0c i r c l e t er mr adrmove 2 t e r mr a d 0s e t j u s t RCte xt RESETrmove 3 t e r mr a d 0r l i n e 2 0

! S et i np utamove 4 12

rmove

t e r mr a d 0c i r c l e t er mr adrmove 2 t e r mr a d 0s e t j u s t RCte x t SETrmove 3

t e r mr a d 0r l i n e 2 0

! Top NAND Gate@nandrmove 0 2r l i n e 0 2rmove 0 2r l i n e 0 2! Bottom NAND Gate@nand

! I n t e rc o n n ec t i o nsrmove 6 1r l i n e 1 0@c onne c tionr l i n e 0 2r l i n e 7 3rmove 0 2r l i n e 7 3r l i n e 0 2@c onne c tionr l i n e 1 0r mo ve 1 0

! Top Outputr l i n e 2 0

r mo ve t e r mr a d 0c i r c l e t er mr adrmove 2 t e r mr a d 0s e t j u s t LCt e x t Q

! Bottom Outputrmove 0 8t e xt ! Qrmove 2 t e r mr a d 0c i r c l e t er mr adrmove t e r mr a d 0r l i n e 2 0

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C1

Q1

D1

D2

Q2

LOAD

! An HB ridge

! S et t he page s i z es i z e 21 1 0

! I mp or t t h e e l e c t r o n i c s m odu lei n c lu d e e l e c t r o n i c s . g l e

! Draw a g r i d i f t h e l i n e b el ow i s uncommented! @ d ra wg r id x s c a l e

! Top l e f t o f d ia gr ama mo ve 2 9g s a v e

! B at te ry l e gr l i n e 0 2@ c e ll v E 1 r l i n e 0 2

! G ro un d p l a n er l i n e 17 0

! Return t o t o p l e f tg r e s t o r e

! Power t o c ap l e gr l i n e 4 0@c onne c tionr l i n e 0 2@ p c a p a c i t or v t C 1

r l i n e 0

2@c onne c tion

! Back t o power r a i lr mo ve 0 8

! Power t o F i r s t L egr l i n e 5 0@c onne c tionr l i n e 0 1rmove 2 1@ n m o s fe t Q 1 rmove 2 1r l i n e 0 1

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@c onne c tion@ d i od e v u D 1

@c onne c tion

! Back t o P ower r a i lr mo ve 0 8

! Power t o s ec o nd l e gr l i n e 8 0@ d i od e v u D 2 @c onne c tionr l i n e 0 1rmove 2 1@ n m o s fe t Q 2 rmove 2 1r l i n e 0 1

! Back t o r i g h t hand s i d e o f l oa dr mo ve 0 4

! C o nn ec t io n s t o l o a dr l i n e 2 0rmove 4 0r l i n e 2 0rmove 2 1

! L oa db o x 4 2r mo ve 2 1s e t j u s t CCte xt LOAD

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