Yorkville EXM-Mobile-12 12-inch Battery Powered Portable PA System Service Manual

S E R VI C E
E X M
M A N U AL
M o bil e 1 2
W O RL D H E A D Q U A R T E R S
C A N A D A
U. S. A.
Y or k vill e S o u n d Li mit e d
Y or k vill e S o u n d I n c.
5 5 0 Gr a nit e C o urt
Pi c k eri n g, O nt ari o
L1 W 3 Y8 C A N A DA
4 6 2 5 Wit m er I n d u stri al E st at e
Ni a g ar a F all s, N e w Y or k
1 4 3 0 5, U S A
V oi c e: 9 0 5- 8 3 7- 8 4 8 1
F a x: 9 0 5- 8 3 7- 8 7 4 6
V oi c e: 7 1 6- 2 9 7- 2 9 2 0
F a x: 7 1 6- 2 9 7- 3 6 8 9
S M T Di s cl ai m e r
D u e t o t h e c o m pl e x n at ur e of t h e u s e of S M T i n st all e d c o m p o n e nt s
i n Y or k vill e e q ui p m e nt, w e hi g hl y c a uti o n all s er vi c e t e c h ni ci a n s i n
att e m pti n g t o r e p air or r e pl a c e S M T f a ct or y i n st all e d c o m p o n e nt s.
M a n y of t h e s e c o m p o n e nt s m a y b e gl u e d pri or t o i niti al s ol d eri n g.
R e pl a ci n g S M T c o m p o n e nt s r e q uir e s e x p e n si v e
s p e ci ali z e d d e- s ol d eri n g e q ui p m e nt a n d tr ai ni n g.
Y or k vill e S o u n d will r e p air a n d r e pl a c e d ef e cti v e S M T c o m p o n e nt s
t o e n s ur e pr o p er q u alit y a s s ur a n c e a n d i n st all ati o n i s m ai nt ai n e d.
M a n u al- S er vi c e- E X M M O BI L E 1 2- 0 0- 1 v 0 • M ar c h 6, 2 0 2 0
I M P O R T A N T S A F E T Y I N S T R U C TI O N S
T hi s li g ht ni n g fl a s h wit h arr o w h e a d s y m b ol, wit hi n
a n e q uil at er al tri a n gl e, i s i nt e n d e d t o al ert t h e u s er t o t h e pr e s e n c e of
u ni n s ul at e d “ d a n g er o u s v olt a g e” wit hi n t h e pr o d u ct’ s e n cl o s ur e t h at m a y b e
of s uffi ci e nt m a g nit u d e t o c o n stit ut e a ri s k of el e ctri c s h o c k t o p er s o n s.
C e s y m b ol e d’ é cl air a v e c t êt e d e fl è c h e d a n s u n tri a n gl e é q uil at ér al e st pr é v u p o ur al ert er
l’ utili s at e ur d e l a pr é s e n c e d’ u n « v olt a g e d a n g er e u x » n o n-i s ol é à pr o xi mit é d e l’ e n c ei nt e d u
pr o d uit q ui p o urr ait êtr e d’ a m pl e ur s uffi s a nt e p o ur pr é s e nt er u n ri s q u e d e c h o q u e él e ctri q u e.
T h e D O N O T S T A C K s y m b ol i s i nt e n d e d t o al ert t h e u s er t h at t h e pr o d u ct
s h all n ot b e v erti c all y st a c k e d b e c a u s e of t h e n at ur e of t h e pr o d u ct.
T h e e x cl a m ati o n p oi nt wit hi n a n e q uil at er e al tri a n gl e i s i nt e n d e d t o al ert t h e
u s er t o t h e pr e s e n c e of i m p ort a nt o p er ati n g a n d m ai nt e n a n c e ( s er vi ci n g)
i n str u cti o n s i n t h e lit er at ur e a c c o m p a n yi n g t h e a p pli a n c e.
D O N OT
P US H O R P ULL
S E P A R AT E
C O L L E C TI O N
WEEE
L e p oi nt d’ e x cl a m ati o n à l’i nt éri e ur d’ u n tri a n gl e é q uil at ér al e st pr é v u p o ur al ert er
l’ utili s at e ur d e l a pr é s e n c e d’i n str u cti o n s i m p ort a nt e s d a n s l a litt ér at ur e a c c o m p a g n a nt
l’ a p p ar eil e n c e q ui c o n c er n e l’ o p ér ati o n et l a m ai nt e n a n c e d e c et a p p ar eil.
I E C 6 0 4 1 7- 5 0 4 1
L a s y m b ol e N E P A S E M PI L E R e st p o ur al ert er l' utili s at e ur q u e l e pr o d uit
n e d oit p a s êtr e e m pil é v erti c al e m e nt e n r ai s o n d e l a n at ur e d u pr o d uit.
C A U TI O N: H O T S U R F A C E
A T T E N TI O N: S U R F A C E C H A U D E
F O L L O W A L L I N S T R U C TI O N S
I n str u cti o n s p ert ai ni n g t o a ri s k of fir e, el e ctri c s h o c k, or i nj ur y t o a p er s o n
C A U TI O N: T O R E D U C E T H E RI S K O F E L E C T RI C S H O C K, D O N O T R E M O V E C O V E R ( O R B A C K).
N O U S E R S E R VI C E A B L E P A R T S I N SI D E. R E F E R S E R VI CI N G T O Q U A LI FI E D S E R VI C E
P E R S O N N E L. T HI S D E VI C E I S F O R I N D O O R U S E O N L Y!
I N S T A L L E D B A T T E R Y P A C K S S H A L L N O T B E E X P O S E D T O E X C E S SI V E H E A T
S U C H A S S U N S HI N E, FI R E O R T H E LI K E.
R e a d I n str u cti o n s: T h e O w n er’ s M a n u al s h o ul d b e r e a d a n d u n d er st o o d b ef or e o p er ati o n of y o ur u nit. Pl e a s e, s a v e t h e s e
i n str u cti o n s f or f ut ur e r ef er e n c e a n d h e e d all w ar ni n g s.
Cl e a n o nl y wit h dr y cl ot h.
P a c k a gi n g: K e e p t h e b o x a n d p a c k a gi n g m at eri al s, i n c a s e t h e u nit n e e d s t o b e r et ur n e d f or s er vi c e.
W a r ni n g: T o r e d u c e t h e ri s k or fir e or el e ctri c s h o c k, d o n ot e x p o s e t hi s a p p ar at u s t o r ai n or m oi st ur e. D o n ot
u s e t hi s a p p ar at u s n e ar w at er!
W ar ni n g: W h e n u si n g el e ctri c pr o d u ct s, b a si c pr e c a uti o n s s h o ul d al w a y s b e f oll o w e d, i n cl u di n g t h e f oll o wi n g:
P o w er S o ur c e s
Y o ur u nit s h o ul d b e c o n n e ct e d t o a p o w er s o ur c e o nl y of t h e v olt a g e s p e cifi e d i n t h e o w n er s m a n u al or a s m ar k e d o n t h e
u nit. T hi s u nit h a s a p ol ari z e d pl u g. D o n ot u s e wit h a n e xt e n si o n c or d or r e c e pt a cl e u nl e s s t h e pl u g c a n b e f ull y i n s ert e d.
Pr e c a uti o n s s h o ul d b e t a k e n s o t h at t h e gr o u n di n g s c h e m e o n t h e u nit i s n ot d ef e at e d. A n a p p ar at u s wit h C L A S S I
c o n str u cti o n s h all b e c o n n e ct e d t o a M ai n s s o c k et o utl et wit h a pr ot e cti v e e art hi n g c o n n e cti o n. W h er e t h e M AI N S pl u g or
a n a p pli a n c e c o u pl er i s u s e d a s t h e di s c o n n e ct d e vi c e, t h e di s c o n n e ct d e vi c e s h all r e m ai n r e a dil y o p er a bl e.
H a z ar d s
D o n ot pl a c e t hi s pr o d u ct o n a n u n st a bl e c art, st a n d, tri p o d, br a c k et or t a bl e. T h e pr o d u ct m a y f all, c a u si n g s eri o u s p er s o n al
i nj ur y a n d s eri o u s d a m a g e t o t h e pr o d u ct. U s e o nl y wit h c art, st a n d, tri p o d, br a c k et, or t a bl e r e c o m m e n d e d b y t h e
m a n uf a ct ur er or s ol d wit h t h e pr o d u ct. F oll o w t h e m a n uf a ct ur er’ s i n str u cti o n s w h e n i n st alli n g t h e pr o d u ct a n d u s e m o u nti n g
a c c e s s ori e s r e c o m m e n d e d b y t h e m a n uf a ct ur er. O nl y u s e att a c h m e nt s/ a c c e s s ori e s s p e cifi e d b y t h e m a n uf a ct ur er
N ot e: Pr ol o n g e d u s e of h e a d p h o n e s at a hi g h v ol u m e m a y c a u s e h e alt h d a m a g e o n y o ur e ar s.
T h e a p p ar at u s s h o ul d n ot b e e x p o s e d t o dri p pi n g or s pl a s hi n g w at er; n o o bj e ct s fill e d wit h li q ui d s s h o ul d b e
pl a c e d o n t h e a p p ar at u s.
T er mi n al s m ar k e d wit h t h e “li g ht ni n g b olt” ar e h a z ar d o u s li v e; t h e e xt er n al wiri n g c o n n e ct e d t o t h e s e t er mi n al s r e q uir e
i n st all ati o n b y a n i n str u ct e d p er s o n or t h e u s e of r e a d y m a d e l e a d s or c or d s.
E n s ur e t h at pr o p er v e ntil ati o n i s pr o vi d e d ar o u n d t h e a p pli a n c e. D o n ot i n st all n e ar a n y h e at s o ur c e s s u c h a s r a di at or s,
h e at r e gi st er s, st o v e s, or ot h er a p p ar at u s (i n cl u di n g a m plifi er s) t h at pr o d u c e h e at.
N o n a k e d fl a m e s o ur c e s, s u c h a s li g ht e d c a n dl e s, s h o ul d b e pl a c e d o n t h e a p p ar at u s.
P o w er C or d
D o n ot d ef e at t h e s af et y p ur p o s e of t h e p ol ari z e d or gr o u n di n g-t y p e pl u g. A p ol ari z e d pl u g h a s t w o bl a d e s wit h o n e wi d er t h a n
t h e ot h er. A gr o u n di n g t y p e pl u g h a s t w o bl a d e s a n d a t hir d gr o u n di n g pr o n g. T h e wi d e bl a d e or t h e t hir d pr o n g ar e pr o vi d e d
f or y o ur s af et y. If t h e pr o vi d e d pl u g d o e s n ot fit i nt o y o ur o utl et, c o n s ult a n el e ctri ci a n f or r e pl a c e m e nt of t h e o b s ol et e o utl et.
T h e A C s u p pl y c or d s h o ul d b e r o ut e d s o t h at it i s u nli k el y t h at it will b e d a m a g e d. Pr ot e ct t h e p o w er c or d fr o m b ei n g w al k e d o n
or pi n c h e d p arti c ul arl y at pl u g s. If t h e A C s u p pl y c or d i s d a m a g e d D O N O T O P E R A T E T H E U NI T. T o c o m pl et el y di s c o n n e ct
t hi s a p p ar at u s fr o m t h e A C M ai n s, di s c o n n e ct t h e p o w er s u p pl y c or d pl u g fr o m t h e A C r e c e pt a cl e. T h e m ai n s pl u g of t h e
p o w er s u p pl y c or d s h all r e m ai n r e a dil y o p er a bl e.
U n pl u g t hi s a p p ar at u s d uri n g li g ht ni n g st or m s or w h e n u n u s e d f or l o n g p eri o d s of ti m e.
S er vi c e
T h e u nit s h o ul d b e s er vi c e d o nl y b y q u alifi e d s er vi c e p er s o n n el. S er vi ci n g i s r e q uir e d w h e n t h e a p p ar at u s h a s
b e e n d a m a g e d i n a n y w a y, s u c h a s p o w er- s u p pl y c or d or pl u g i s d a m a g e d, li q ui d h a s b e e n s pill e d or o bj e ct s
h a v e f all e n i nt o t h e a p p ar at u s, t h e a p p ar at u s h a s b e e n e x p o s e d t o r ai n or m oi st ur e, d o e s n ot o p er at e n or m all y,
or h a s b e e n dr o p p e d. Di s c o n n e ct p o w er b ef or e s er vi ci n g!
N O T T O B E S E R VI C E D
BY USERS
S UI V E Z T O U T E S L E S I N S T R U C TI O N S
I n str u cti o n s r el ati v e s a u ri s q u e d e f e u, c h o c él e ctri q u e, o u bl e s s ur e s a u x p er s o n n e s
A VI S: A FI N D E R E D UI R E L E S RI S Q U E D E C H O C E L E C T RI Q U E, N’ E N L E V E Z P A S L E C O U V E R T ( O U
L E P A N N E A U A R RI E R E) N E C O N TI E N T A U C U N E PI E C E R E P A R A B L E P A R L’ U TI LI S A T E U R.
C O N S U L T E Z U N T E C H NI CI E N Q U A LI FI E P O U R L’ E N T R E TI E N T C E P R O D UI T E S T P O U R L’ U S A G E À
L’I N T É R E U R S E U L E M E N T. L E S P A C K S B A T T E RI E S I N S T A L L É S N E D OI V E N T P A S Ê T R E E X P O S É S
À U N E C H A L E U R E X C E S SI V E T E L L E Q U E L E E N S O L EI L L E M E N T, L E F E U O U SI MI L AI R E S.
V e uill e z Lir e l e M a n u el: Il c o nti e nt d e s i nf or m ati o n s q ui d e vr ai e nt êtr e s c o m pri s e s a v a nt l’ o p ér ati o n d e v otr e a p p ar eil.
C o n s er v e z. G ar d e z S. V. P. c e s i n str u cti o n s p o ur c o n s ult ati o n s ult éri e ur e s et o b s er v e z t o u s l e s a v erti s s e m e nt s.
N ett o y e z s e ul e m e nt a v e c l e ti s s u s e c.
E m b all a g e: C o n s er v e z l a b oit e a u c a s o u l’ a p p ar eil d e v ait êtr e r et o ur n er p o ur r é p ar ati o n.
A v erti s s e m e nt: P o ur r é d uir e l e ri s q u e d e f e u o u l a d é c h ar g e él e ctri q u e, n' e x p o s e z p a s c et a p p ar eil à l a pl ui e o u à l' h u mi dit é.
N’ utili s e z p a s c et a p p ar eil pr è s d e l’ e a u!
Att e nti o n: L or s d e l’ utili s ati o n d e pr o d uit s él e ctri q u e, a s s ur e z- v o u s d’ a d h ér er à d e s pr é c a uti o n s d e b a s e s i n cl u a nt c ell e q ui s ui v e nt:
Ali m e nt ati o n - L’ a p p ar eil n e d oit êtr e br a n c h é q u’ à u n e s o ur c e d’ ali m e nt ati o n c orr e s p o n d a nt a u v olt a g e s p é cifi é d a n s
l e m a n u el o u t el q u’i n di q u é s ur l’ a p p ar eil. C et a p p ar eil e st é q ui p é d’ u n e pri s e d’ ali m e nt ati o n p ol ari s é e. N e p a s utili s er c et
a p p ar eil a v e c u n c or d o n d e r a c c or d e m e nt à m oi n s q u’il s oit p o s si bl e d’i n s ér er c o m pl èt e m e nt l e s tr oi s l a m e s. D e s pr é c a uti o n s
d oi v e nt êtr e s pri s e s afi n d’ e vit er q u e l e s y st è m e d e mi s e à l a t err e d e l’ a p p ar eil n e s oit d é s e n g a g é. U n a p p ar eil c o n str uit
s el o n l e s n or m e s d e C L A S S I d e vr ait êtr e r a c c or d é à u n e pri s e m ur al e d’ ali m e nt ati o n a v e c c o n n e xi o n i nt a ct e d e mi s e à l a
m a s s e. L or s q u’ u n e pri s e d e br a n c h e m e nt o u u n c o u pl e ur d' a p p ar eil s e st utili s é e c o m m e di s p o sitif d e d é br a n c h e m e nt, c e
di s p o sitif d e d é br a n c h e m e nt d e vr a d e m e ur er pl ei n e m e nt f o n cti o n n el a v e c r a c c or d e m e nt à l a m a s s e.
Ri s q u e -
N e p a s pl a c er c et a p p ar eil s ur u n c h ari ot, u n s u p p ort, u n tr é pi e d o u u n e t a bl e i n st a bl e s. L’ a p p ar eil p o urr ait t o m b er et
bl e s s er q u el q u’ u n o u s u bir d e s d o m m a g e s i m p ort a nt s. Utili s er s e ul e m e nt u n c h ari ot, u n s u p p ort, u n tr é pi e d o u u n e t a bl e
r e c o m m a n d é s p ar l e f a bri c a nt o u v e n d u s a v e c l e pr o d uit. S ui vr e l e s i n str u cti o n s d u f a bri c a nt p o ur i n st all er l’ a p p ar eil et utili s er l e s
a c c e s s oir e s r e c o m m a n d é s p ar l e f a bri c a nt. Utili s e z s e ul e m e nt l e s att a c h e m e nt s/ a c c e s s oir e s i n di q u é s p ar l e f a bri c a nt.
N ot e: L' utili s ati o n pr ol o n g é e d e s é c o ut e ur s à u n v ol u m e él e v é p e ut a v oir d e s c o n s é q u e n c e s n éf a st e s s ur l a s a nt é
s ur v o s or eill e s.
Il c o n vi e nt d e n e p a s pl a c er s ur l’ a p p ar eil d e s o ur c e s d e fl a m m e s n u e s, t ell e s q u e d e s b o u gi e s all u m é e s.
L’ a p p eil n e d oit p a s êtr e e x p o s é à d e s é g o utt e m e nt s d’ e a u o u d e s é cl a b o u s s ur e s et q u’ a u c u n o bj et r e m pli d e li q ui d e t el
q u e d e s v a s e s n e d oit êtr e pl a c é s ur l’ a p p ar eil.
A s s ur e z q u e l a p p ar eil e st f o ur ni d e l a pr o pr e v e ntil ati o n. N e pr o c é d e z p a s à l’i n st all ati o n pr è s d e s o ur c e d e c h al e ur t el s
q u e r a di at e ur s, r e gi str e d e c h al e ur, f o ur s o u a utr e s a p p ar eil s (i n cl u a nt l e s a m plifi c at e ur s) q ui pr o d ui s e nt d e l a c h al e ur.
L e s di s p o sitif s m ar q u é s d’ u n e s y m b ol e “ d’ é cl air” s o nt d e s p arti e s d a n g er e u s e s a u t o u c h er et q u e l e s c â bl a g e s
e xt éri e ur s c o n n e ct é s à c e s di s p o sitif s d e c o n n e cti o n e xt éri e ur e d oi v e nt êtr e eff e cti v é s p ar u n o p ér at e ur f or m é o u e n
utili s a nt d e s c or d o n s d éj à pr é p ar é s.
C or d o n d’ Ali m e nt ati o n -
N e p a s e nl e v er l e di s p o sitif d e s é c urit é s ur l a pri s e p ol ari s é e o u l a pri s e a v e c ti g e d e
mi s e à l a m a s s e d u c or d o n d’ ali m e nt ati o n. U n e pri s e p ol ari s é e di s p o s e d e d e u x l a m e s d o nt u n e pl u s l ar g e q u e l’ a utr e. U n e
pri s e a v e c ti g e d e mi s e à l a m a s s e di s p o s e d e d e u x l a m e s e n pl u s d’ u n e tr oi si è m e ti g e q ui c o n n e ct e à l a m a s s e. L a l a m e pl u s
l ar g e o u l a ti g e d e mi s e à l a m a s s e e st pr é v u p o ur v otr e s é c urit é. L a pri s e m ur al e e st d é s u èt e si ell e n’ e st p a s c o n ç u e p o ur
a c c e pt er c e t y p e d e pri s e a v e c di s p o sitif d e s é c urit é. D a n s c e c a s, c o nt a ct e z u n él e ctri ci e n p o ur f air e r e m pl a c er l a pri s e m ur al e.
É vit e z d’ e n d o m m a g er l e c or d o n d’ ali m e nt ati o n. Pr ot é g e z l e c or d o n d’ ali m e nt ati o n. A s s ur e z- v o u s q u’ o n n e m ar c h e p a s d e s s u s
et q u’ o n n e l e pi n c e p a s e n p arti c uli er a u x pri s e s. N’ U TI LI S E Z P A S L’ A P P A R EI L si l e c or d o n d’ ali m e nt ati o n e st e n d o m m a g é.
P o ur d é br a n c h er c o m pl èt e m e nt c et a p p ar eil d e l’ ali m e nt ati o n C A pri n ci p al e, d é c o n n e ct e z l e c or d o n d’ ali m e nt ati o n d e l a pri s e
d’ ali m e nt ati o n m ur al e. L e c or d o n d’ ali m e nt ati o n d u bl o c d’ ali m e nt ati o n d e l’ a p p ar eil d oit d e m e ur er pl ei n e m e nt f o n cti o n n el.
D é br a n c h e z c et a p p ar eil d ur a nt l e s or a g e s o u si i n utili s é p e n d a nt d e l o n g u e s p éri o d e s.
S er vi c e - C o n s ult e z u n t e c h ni ci e n q u alifi é p o ur l’ e ntr eti e n d e v otr e a p p ar eil. L' e ntr eti e n e st n é c e s s air e q u a n d l' a p p ar eil a ét é
e n d o m m a g é d e q u el q u e f a ç o n q u e s e s oit. P ar e x e m pl e si l e c or d o n d’ ali m e nt ati o n o u l a pri s e d u c or d o n s o nt e n d o m m a g é s, si il y
a e u d u li q ui d e q ui a ét é r e n v er s é à l’i nt éri e ur o u d e s o bj et s s o nt t o m b é s d a n s l' a p p ar eil, si l' a p p ar eil a ét é e x p o s é à l a pl ui e o u à
l' h u mi dit é, si il n e f o n cti o n n e p a s n or m al e m e nt, o u a ét é é c h a p p é. D é br a n c h er l’ a p p ar eil a v a nt d’ e nl e v er l e s c o u v er cl e s!
I M P O R T A N T S A F E T Y I N S T R U C TI O N S
T h e Li g ht ni n g Fl a s h wit h arr o w h e a d s y m b ol wit hi n a n e q uil at er al tri a n gl e, i s i nt e n d e d t o al ert t h e u s er t o t h e pr e s e n c e of u ni n s ul at e d
" d a n g er o u s v olt a g e" wit hi n t h e pr o d u ct e n cl o s ur e t h at m ay b e of s uffi ci e nt m a g nit u d e t o c o n stit ut e a ri s k of s h o ck t o p er s o n s
L e s y m b ol e r e pr é s e nt a nt u n é cl air a v e c u n e fl è c h e à l’i nt éri e ur d’ u n tri a n gl e é q uil at ér al e st utili s é p o ur pr é v e nir l’ utili s at e ur d e l a
pr é s e n c e d’ u n e t e n si o n él e ctri q u e d a n g er e u s e n o n i s ol é e à l’i nt éri e ur d e l’ a p p ar eil. C ett e t e n si o n e st d’ u n ni v e a u s uffi s a m m e nt
él e v é p o ur r e pr é s e nt er u n ri s q u e d’ él e ctr o c uti o n
T h e ex cl a m ati o n p oi nt wit hi n a n e q uil at er al tri a n gl e i s i nt e n d e d t o al ert t h e u s er t o t h e pr e s e n c e of i m p ort a nt o p er ati n g a n d m ai nt e n a n c e
( s er vi ci n g) i n str u cti o n s i n t h e lit er at ur e a c c o m p a nyi n g t h e pr o d u ct
L e s y m b ol e r e pr é s e nt a nt u n p oi nt d’ ex cl a m ati o n à l’i nt éri e ur d’ u n tri a n gl e é q uil at ér al, si g n al e à l’ utili s at e ur l a pr é s e n c e d’i n str u cti o n s
i m p ort a nt e s r el ati v e s a u f o n cti o n n e m e nt et à l’ e ntr eti e n d e l’ a p p ar eil d a n s c ett e n oti c e d’i n st all ati o n
1. R e a d t h e s e i n str u cti o n s.
2. K e e p t h e s e i n str u cti o n s.
3. H e e d all w ar ni n g s.
4. F oll o w all i n str u cti o n s.
5. D o n ot u s e t hi s a p p ar at u s n e ar w at er.
6. Cl e a n o nl y wit h dr y cl ot h.
7. D o n ot bl o ck a ny v e ntil ati o n o p e ni n g s. I n st all i n a c c or d a n c e wit h t h e m a n uf a ct ur er’s i n str u cti o n s.
8. D o n ot i n st all n e ar a ny h e at s o ur c e s s u c h a s r a di at or s, h e at r e gi st er s, st ov e s, or ot h er a p p ar at u s (i n cl u di n g a m plifi er s) t h at pr o d u c e h e at.
9. D o n ot d ef e at t h e s af et y p ur p o s e of t h e p ol ari z e d or gr o u n di n g-t y p e pl u g. A p ol ari z e d pl u g h a s t w o bl a d e s wit h o n e wi d er t h a n t h e ot h er. A
gr o u n di n g t y p e pl u g h a s t w o bl a d e s a n d a t hir d gr o u n di n g pr o n g. T h e wi d e bl a d e or t h e t hir d pr o n g s ar e pr ovi d e d f or y o ur s af et y. If t h e pr ovi d e d
pl u g d o e s n ot fit i nt o y o ur o utl et, c o n s ult a n el e ctri ci a n f or r e pl a c e m e nt of t h e o b s ol et e o utl et.
1 0. Pr ot e ct t h e p o w er c or d fr o m b ei n g w al k e d o n or pi n c h e d p arti c ul arl y at pl u g s, c o n v e ni e n c e r e c e pt a cl e s, a n d t h e p oi nt w h er e t h e y e xit
fr o m t h e a p p ar at u s.
1 1. O nl y u s e att a c h m e nt s/ a c c e s s ori e s s p e cifi e d by t h e m a n uf a ct ur er.
1 2. Us e o nly wit h t h e c art, st a n d, tri p o d, br ack et, or t a bl e s p ecifi e d by t h e m a n uf act ur er, or s ol d wit h t h e a p p ar at us. W h e n a c art is us e d, us e c a uti o n
w h e n m ovi n g t h e c art/ a p p ar at us c o m bi n ati o n t o av oi d i nj ur y fr o m ti p- ov er.
1 3. U n pl u g t hi s a p p ar at u s d uri n g li g ht ni n g st or m s or w h e n u n u s e d f or l o n g p eri o d s of ti m e.
1 4. R ef er all s er vi ci n g t o q u alifi e d s er vi c e p er s o n n el. S er vi ci n g i s r e q uir e d w h e n t h e a p p ar at u s h a s b e e n d a m a g e d i n a ny w ay, s u c h a s
p o w er- s u p pl y c or d or pl u g i s d a m a g e d, li q ui d h a s b e e n s pill e d or o bj e ct s h av e f all e n i nt o t h e a p p ar at u s, t h e a p p ar at u s h a s b e e n ex p o s e d t o r ai n or
m oi st ur e, d o e s n ot o p er at e n or m all y, or h a s b e e n dr o p p e d.
1. Li s e z c e s i n str u cti o n s.
2. C o n s er v e z c e s i n str u cti o n s.
3. R e s p e ct er t o u s l e s av erti s s e m e nt s.
4. S ui v e z t o ut e s l e s i n str u cti o n s.
5. N' utili s e z p a s l' a p p ar eil pr è s d e l' e a u.
6. N ett oy er u ni q u e m e nt av e c c hiff o n s e c.
7. N e bl o q u e z p a s l e s o u v ert ur e s d e v e ntil ati o n. I n st all er e n s ui v a nt l e s i n str u cti o n s d u f a bri c a nt.
8. N e p a s i n st all er pr è s d e s s o ur c e s d e c h al e ur t ell e s q u e r a di at e ur s, b o u c h e s d e c h al e ur, f o ur o u a utr e s a p p ar eil s ( y c o m pri s l e s a m plifi c at e ur s)
pr o d ui s a nt d e l a c h al e ur.
9. N' a n n ul e z p a s l' o bj e ctif s é c urit air e d e l a fi c h e p ol ari s é e o u d e l a ti g e d e mi s e à l a t err e. U n e fi c h e p ol ari s é e p o s s è d e d e u x l a m e s av e c u n e pl u s
l ar g e q u e l' a utr e. U n e pri s e av e c mi s e à l a t err e p o s s è d e d e u x l a m e s et u n e tr oi si è m e ti g e. L a l a m e l ar g e o u l a tr oi si è m e ti g e s o nt f o ur ni s p o ur
v otr e s é c urit é. Si l a fi c h e n' e ntr e p a s d a n s v otr e pri s e, c o n s ult e z u n él e ctri ci e n p o ur r e m pl a c er l a pri s e o b s ol èt e.
1 0. Pr ot é g er l e c or d o n d' ali m e nt ati o n d e s pi éti n e m e nt s o u pi n c e m e nt s e n p arti c uli er pr è s d e s fi c h e s, d e s pri s e s d e c o ur a nt et a u p oi nt d e
s orti e d e l' a p p ar eil.
1 1. Utili s e z u ni q u e m e nt l e s a c c e s s oir e s s p é cifi é s p ar l e f a bri c a nt.
1 2. Utili s er u ni q u e m e nt av e c u n c h arri ot, st a n d, tr é pi e d o u u n e t a bl e s p é cifi é e p ar l e f a bri c a nt, o u v e n d u s av e c l' a p p ar eil.
1 3. D é br a n c h e z l' a p p ar eil d ur a nt u n or a g e o u l or s q u'il r e st e i n utili s é p e n d a nt d e l o n g u e s p éri o d e s d e t e m p s.
1 4. C o nfi e z t o ut e r é p ar ati o n à u n t e c h ni ci e n q u alifi é. U n e r é p ar ati o n e st n é c e s s air e l or s q u e l' a p p ar eil a ét é e n d o m m a g é d e q u el q u e f a ç o n q u e c e
s oit; c o m m e l or s q u e l e c or d o n d' ali m e nt ati o n o u l a fi c h e e st e n d o m m a g é, l or s q u e d u li q ui d e a ét é r e nv er s é o u d e s o bj et s s o nt t o m b é s à l'i nt éri e ur,
l or s q u e l' a p p ar eil a ét é ex p o s é à l a pl ui e o u l' h u mi dit é, n e f o n cti o n n e p a s n or m al e m e nt, o u e st t o m b é.
W A R NI N G:
• To r e d u c e t h e ri s k of fir e or el e ctri c s h o ck, d o n ot ex p o s e t hi s a p p ar at u s t o r ai n or m oi st ur e a n d o bj e ct s fill e d wit h li q ui d s, s u c h a s v a s e s, s h o ul d n ot b e
pl a c e d o n t hi s a p p ar at u s.
• To c o m pl et el y di s c o n n e ct t hi s a p p ar at u s fr o m t h e a c m ai n s, di s c o n n e ct t h e p o w er s u p pl y c or d pl u g fr o m t h e a c r e c e pt a cl e.
• T h e m ai n s pl u g of t h e p o w er s u p pl y c or d or a p pli a n c e c o u pl er s h all r e m ai n r e a dil y a c c e s si bl e.
A V E R TI S S E M E N T:
• P o ur r é d uir e l e s ri s q u e s d'i n c e n di e o u d e c h o c él e ctri q u e, n e p a s ex p o s er c et a p p ar eil à l a pl ui e o u à l' h u mi dit é et n e pl a c e z p a s d’ o bj et s c o nt e n a nt
d e s li q ui d e s, t el s q u e d e s v a s e s, s ur l’ a p p ar eil.
• P o ur i s ol er t ot al e m e nt c et a p p ar eil d e l' ali m e nt ati o n s e ct e ur, d é br a n c h e z t ot al e m e nt s o n c or d o n d' ali m e nt ati o n d u r é c e pt a cl e C A.
• L a pri s e d u c or d o n d’ ali m e nt ati o n o u d u pr ol o n g at e ur, si v o u s e n utili s e z u n c o m m e di s p o sitif d e d é br a n c h e m e nt, d oit r e st er f a cil e m e nt a c c e s si bl e
C A U TI O N
T O P R E V E N T E L E C T RI C S H O C K H A Z A R D,
D O N O T C O N N E C T T O M AI N S P O W E R S U P P L Y
W HI L E G RI L L E I S R E M O V E D.
A VI S
P O U R P R É V E NI R L E S RI S Q U E S D' É L E C T R O C U TI O N,
N E P A S R A C C O R D E R A L’ A LI M E N T ATI O N É L E C T RI Q U E A L O R S
Q U E L A G RI L L E E S T R E TI R É E.
D O C- S af et y- 5 v 0 + U L 6 0 0 6 5- 0 0- 1 v 8 • F e br u ar y 2 4, 2 0 2 0
N O U S E R S E R VI C E A B L E P A R T S I N SI D E.
N E C O N TI E N T A U C U N E PI E C E
R E P A R A B L E P A R L’ U TI LI S A T E U R.
I
N P U T S
L E
V E L
EFFE CTS
Cli p
1
S H APE
-
Mi c / Li n e
M in
M ax
M u si c
+
S p e ec h
EFFE CTS
Cli p
2
S H APE
-
Mi c /
I n str u m e nt
M in
M ax
M u si c
+
S p e ec h
EFFE CTS
Cli p
3
S H APE
-
Mi c
3
M in
Li n e I n
M ax
M u si c
+
S p e ec h
P ai r i n g :
H ol d f o r 4 s e c o n d s
M
Roo m
A S T E R
H all
M AI N
O ut p ut
D el a y
Off
E F F E C T S
M in
M ax
M AI N
I n p ut
w w w. y or k vill e. c o m
T o L I N K, C o n n e c t
t h e M A I N O u t p ut
t o t h e M A I N I n p ut
of a n o t h er p o w er e d
s p e a k er c a bi n e t
Gr e e n = F ull y C h ar g e d
T HI S U NI T C A N
B E O P E R AT E D
W HI L E C H A R GI N G!
E X M
R e d = C h ar gi n g
E n s ur e y o ur u nit i s c h ar g e d f or
4- 5 h o ur s b ef or e b att er y o p er ati o n!
Bl u et o ot h
T M
M o bil e 1 2
C o nt ai n s Tr a n s mitt er M o d ul e F C C I D: A 8 T B M 2 0 S P K X Y N B Z
C o nt ai n s Tr a n s mitt er M o d ul e I D: 1 2 2 4 6 A- B M 2 0 S P K S 1
T hi s d e vi c e c o m pli e s wit h P art 1 5 of t h e F C C R ul e s. O p er ati o n i s
s u bj e ct t o t h e f oll o wi n g t w o c o n diti o n s: ( 1) t hi s d e vi c e m a y n ot c a u s e
h ar mf ul i nt erf er e n c e, a n d ( 2) t hi s d e vi c e m u st a c c e pt a n y i nt erf er e n c e
r e c ei v e d, i n cl u di n g i nt erf er e n c e t h at m a y c a u s e u n d e sir e d o p er ati o n.
E X M M O BI L E 1 2
S E RI A L N U M B E R
A- Z 1 7 4 9 / 1 v 5
1 0 0- 2 4 0 V
5 0- 6 0 H z
100 V A
D E SI G N E D & M A N U F A C T U R E D B Y
Y O R K VI L L E S O U N D • T O R O N T O, C A N A D A
O
N
L R10 0 4
O F F
DI S C O N N E C T P O W E R B E F O R E S E R VI CI N G!
D É B R A N C H E R L’ A P P A R EI L A V A N T D’ E N L E V E R L E S C O U V E R C L E S!
Pr o gr a m P o w er ( w att s)
M a x S P L ( d B)
Fr e q u e n c y R e s p o n s e ( H z +/- 3 d b)
S p e a k er C o nfi g ur ati o n - L F
S p e a k er C o nfi g ur ati o n - H F
I n p ut s
C h a n n el 1 I n p ut
C h a n n el 1 C o ntr ol s
C h a n n el 2 I n p ut
C h a n n el 2 C o ntr ol s
C h a n n el 3 I n p ut
C h a n n el 3 C o ntr ol s
M a st er V ol u m e C o ntr ol
Li n k I n/ O ut (t y p e / c o nfi g ur ati o n)
L E D I n di c at or s
Ot h er F e at ur e s
P o w er C o n s u m pti o n w hil e c h ar gi n g ( w att s)
Di m e n si o n s ( D W H x b a c k W, i n c h e s)
Di m e n si o n s ( D W H x b a c k W, c m)
W ei g ht (l b s/ k g)
S p e cifi c ati o n s
E X M M o bil e
6 0 w att s
115
7 0- 2 0 k
2 x 6-i n c h
1-i n c h S oft D o m e
3
X L R / ¼-i n c h C o m bi-j a c k
L e v el, S h a p e, Eff e ct s S e n d
X L R / ¼-i n c h C o m bi-j a c k
L e v el, S h a p e, Eff e ct s S e n d
X L R Mi c & 1/ 8-i n c h T R S St er e o J a c k, Bl u et o ot h ™
L e v el, S h a p e, Eff e ct s S e n d, Bl u et o ot h ™
Yes
X L R C o n n e ct or ( M al e a n d F e m al e)
P o w er, Cli p ( C H 1, C H 2, C H 3), Bl u et o ot h, 4 x B att er y L e v el,
C h ar gi n g St at u s
Eff e ct s ( H all R e v er b, R o o m R e v er b a n d D el a y)
Di git al Eff e ct s ( H all R e v er b, R o o m R e v er b a n d D el a y)
3 2 ( b att er y f ull y di s c h ar g e d a n d u nit i dl e)
7. 7 5 x 8
1 7. 5 x 7. 7 5 x 8
1 9. 7 x 2 0. 2 5
4 4. 5 x 1 9. 7 x 2 0. 2 5
6. 5
1 7. 8 / 8. 0
E X M 70
6 0 w att s
115
9 0- 2 0 k
2 x 5-i n c h
1-i n c h S oft D o m e
3
X L R / ¼-i n c h C o m bi-j a c k
L e v el, S h a p e, Eff e ct s S e n d
X L R / ¼-i n c h C o m bi-j a c k
L e v el, S h a p e, Eff e ct s S e n d
X L R Mi c & 1/ 8-i n c h T R S St er e o J a c k, Bl u et o ot h ™
L e v el, S h a p e, Eff e ct s S e n d, Bl u et o ot h
Yes
X L R C o n n e ct or ( M al e a n d F e m al e)
P o w er, Cli p ( C H 1, C H 2, C H 3), Bl u et o ot h
Di git al
N/ A
1 7. 5 x
4 4. 5 x
1 4. 4 /
E X M M o bil e 1 2
6 0 w att s
1 2 0 C o nti n u o u s ( 1 2 6 P e a k)
6 5- 1 8 k
12inc h
1 i n c h e xit c o m pr e s si o n dri v er
3
X L R / ¼-i n c h C o m bi-j a c k
L e v el, S h a p e, Eff e ct s S e n d
X L R / ¼-i n c h C o m bi-j a c k
L e v el, S h a p e, Eff e ct s S e n d
X L R Mi c & 1/ 8-i n c h T R S St er e o J a c k, Bl u et o ot h ™
L e v el, S h a p e, Eff e ct s S e n d, Bl u et o ot h ™
Yes
X L R C o n n e ct or ( M al e a n d F e m al e)
P o w er, Cli p ( C H 1, C H 2, C H 3), Bl u et o ot h,
4 x B att er y L e v el, C h ar gi n g St at u s
Di git al Eff e ct s ( H all R e v er b, R o o m R e v er b a n d D el a y)
3 2 ( b att er y f ull y di s c h ar g e d a n d u nit i dl e)
1 1. 5 x 1 3. 5 x 2 3. 5
2 9 x 3 4 x 5 9. 5
3 3. 4 / 1 5. 1
S p e cifi c ati o n s s u bj e ct t o c h a n g e wit h o ut n oti c e
P ui s s a n c e pr o gr a m m e ( w att s)
M a x S P L ( d B)
R é p o n s e e n Fr é q u e n c e ( H z +/- 3 d B)
C o nfi g ur ati o n h a ut- p arl e ur - E ntr é e s
C o nfi g ur ati o n d e s h a ut- p arl e ur s - H F
E ntr é e s
E ntr é e d u c a n al 1
C o m m a n d e d u c a n al 1
E ntr é e d u c a n al 2
C o m m a n d e d u c a n al 2
E ntr é e d u c a n al 3
C o m m a n d e d u c a n al 3
M a st er V ol u m e C o ntr ol
E ntr é e / S orti e Li n k (t y p e / c o nfi g ur ati o n)
I n di c at e ur s D E L
A utr e s c ar a ct éri sti q u e s
C o n s o m m ati o n p e n d a nt l a c h ar g e ( w att s)
Di m e n si o n s ( P L H x arri èr e L, p o u c e s)
Di m e n si o n s ( P L H x arri èr e L, c m)
P oi d s (l b / k g)
S p é cifi c ati o n s
E X M M O BI L E
6 0 w att s
115
7 0- 2 0 k
2 x 6- p o u c e
D ô m e s o u pl e d e 1 p o u c e
3
X L R / ¼ d e p o u c e C o m bi-j a c k
L e v el, S h a p e, Eff e ct s
X L R / ¼ d e p o u c e C o m bi-j a c k
L e v el, S h a p e, Eff e ct s S e n d
X L R et J a c k st ér é o 1/ 8- p o u c e st ér é o, Bl u et o ot h ™
L e v el, S h a p e, Eff e ct s, Bl u et o ot h ™
O ui
C o n n e ct e ur X L R
Ali m e nt ati o n, Cli p ( C H 1, C H 2, C H 3), Bl u et o ot h,
Ali m e nt ati o n, C 1, C 2, C 3 & Eff e ct Cli p, M a st er Cli p
Ni v e a u d e b att eri e 4 x, Ét at d e c h ar g e
Eff et s n u m éri q u e s ( H all R e v er b, R o o m R e v er b a n d D el a y)
Eff et s n u m éri q u e s ( H all R e v er b, R o o m R e v er b a n d D el a y)
3 2 ( b att eri e c o m pl èt e m e nt d é c h ar g é e et a u r e p o s)
N/ A
1 7. 5 x 7. 7 5 x 8
1 7. 5 x 7. 7 5 x 8
4 4. 5 x 1 9. 7 x 2 0. 2 5
4 4. 5 x 1 9. 7 x 2 0. 2 5
1 7. 8 / 8. 0
1 4. 4 / 6. 5
E X M 70
6 0 w att s
115
9 0- 2 0 k
2 x 5- p o u c e
D ô m e s o u pl e d e 1 p o u c e
3
X L R / ¼ d e p o u c e C o m bi-j a c k
L e v el, S h a p e, Eff e ct s
X L R / ¼ d e p o u c e C o m bi-j a c k
L e v el, S h a p e, Eff e ct s S e n d
X L R et J a c k st ér é o 1/ 8- p o u c e st ér é o, Bl u et o ot h ™
L e v el, S h a p e, Eff e ct s, Bl u et o ot h
O ui
C o n n e ct e ur X L R
E X M M o bil e 1 2
6 0 w att s
1 2 0 d B C o nti n u o u s ( 1 2 6 P e a k)
6 5- 1 8 k
1 2- p o u c e
D ô m e s o u pl e d e 1 p o u c e
3
X L R / ¼ d e p o u c e C o m bi-j a c k
L e v el, S h a p e, Eff e ct s
X L R / ¼ d e p o u c e C o m bi-j a c k
L e v el, S h a p e, Eff e ct s S e n d
X L R et J a c k st ér é o 1/ 8- p o u c e st ér é o, Bl u et o ot h ™
L e v el, S h a p e, Eff e ct s, Bl u et o ot h ™
O ui
X L R C o n n e ct or ( M al e a n d F e m al e)
P o w er, Cli p ( C H 1, C H 2, C H 3), Bl u et o ot h, 4 x B att er y L e v el,
C h ar gi n g St at u s
Eff et s n u m éri q u e s ( H all R e v er b, R o o m R e v er b a n d D el a y)
3 2 ( b att eri e c o m pl èt e m e nt d é c h ar g é e et a u r e p o s)
1 1. 5 x 1 3. 5 x 2 3. 5
2 9 x 3 4 x 5 9. 5
3 3. 4 / 1 5. 1
S p é cifi c ati o n s s uj ett e s à c h a n g e m e nt s a n s pr é a vi s
Bl o c k
D
E
S I
G
N
E
Di a g r a m - E X
D
&
M
A
N
U
F
A
C
T
U
R
M
E
7 0, E X
D
C h a n n el 1
B
Y
Y
O
R
K
M
V I
M o bil e
L
L
E
S
O
U
N
&
D
M o bil e 1 2
EFX
Li n e
1/ 4-i n c h
C LI P
L e v el
Li n e
XL R
Shape
Li mit
C o m bi J a c k
+ 2 4 V P h a nt o m
P o w er
C h a n n el 2
EFX
HP
I n str u m e nt
1/ 4-i n c h
P WR
A MP
E X M 7 0 / E X M M O BI L E / M O BI L E 1 2
1-I n c h E XI T
H F Dri v er
Li mit
M a st er
C LI P
L e v el
Li n e
XL R
Shape
HP
Li mit
EX M 70
C o m bi J a c k
8 1 Hz
+ 2 4 V P h a nt o m
P o w er
LP
EFX
P WR
A MP
5-I n c h
W o of er
Li mit
5-I n c h
W o of er
C h a n n el 3
+ 2 4 V P h a nt o m
P o w er
C LI P
L e v el
Mi c
XL R
Li n e
3. 5 m m
Shape
E X M M O BI L E
Bl u et o ot h
T M
6-I n c h
W o of er
A u di o
6-I n c h
W o of er
Li n k
Mi c
XL R
Mi c
XL R
E X M M O BI L E 1 2
1 2-I n c h
W o of er
bl o c k- di a gr a m- E X M 7 0- E X M M o bil e- M o bil e 1 2- 0 0- 3 v 0. ai
M 1 8 1 4 P art s R ef er e n c e Li st 3/ 5/ 2 0 2 0
REF
AI-ASS
C1
C2
C3
C4
C5
C6
C7
C8
C9
C10
C11
C12
C13
C14
C15
C16
C17
C18
C19
C20
C21A
C21B
C22A
C22B
C22C
C23A
C23B
C23C
C24A
C24B
C24C
C25A
C25B
C25C
C26A
C26B
C26C
C27A
C27B
C27C
C28A
C28B
C28C
C29A
C29B
C29C
C30A
C30B
C30C
C31A
C31B
C31C
C32A
C32B
C32C
C33
C34
C35
C36
C39
C57
C60
C74
C75
C76
C77
C78
C79
C80
C81
C82
C83
C84
C85
C86
C87
C88
C90
C91
YS #
M 1 8 1 4- 5 9
5258
5631
5631
5258
5258
5631
5631
8374
8374
7610
7602
7733
5961
7931
7927
5631
5631
5631
5258
5258
5257
5257
5979
5979
5979
7602
7602
7602
5879
5879
5879
7605
7605
7605
7693
7693
7693
5961
5961
5961
7605
7605
7605
5282
5282
5282
7605
7605
7605
5979
5979
5979
5979
5979
5979
7871
7693
7871
7693
7813
5631
5879
5979
5979
5979
5631
7605
5979
5979
5979
7874
7694
5631
5979
5631
7925
7925
5631
5282
D e s cri pti o n
E X M M O BI L E 1 2 I N P U T B O A R D
__4 U7 63 V 20 % C A P T & R 5 X7 M M .2 EL
_22 U 50 V 20 % C A P T & R 6 X7 M M .2 EL
_22 U 50 V 20 % C A P T & R 6 X7 M M .2 EL
__4 U7 63 V 20 % C A P T & R 5 X7 M M .2 EL
__4 U7 63 V 20 % C A P T & R 5 X7 M M .2 EL
_22 U 50 V 20 % C A P T & R 6 X7 M M .2 EL
_22 U 50 V 20 % C A P T & R 6 X7 M M .2 EL
150 N 50 V 5 % C A P
1206 S MT X7 R
150 N 50 V 5 % C A P
1206 S MT X7 R
_33 N 50 V 5 % C A P
0805 S MT X7 R
330 P 50 V 5 % C A P
0805 S MT N P O
__4 N7 50 V 10 % C A P
0805 S MT X7 R
_ 3 3 U 1 6 V 2 0 % C A P T & R R A D . 2I N N P
270 P 50 V 5 % C A P
0805 S MT N P O
100 P 50 V 10 % C A P
0805 S MT N P O
_22 U 50 V 20 % C A P T & R 6 X7 M M .2 EL
_22 U 50 V 20 % C A P T & R 6 X7 M M .2 EL
_22 U 50 V 20 % C A P T & R 6 X7 M M .2 EL
__4 U7 63 V 20 % C A P T & R 5 X7 M M .2 EL
__4 U7 63 V 20 % C A P T & R 5 X7 M M .2 EL
__2 U2 63 V 20 % C A P T & R R A D .2 EL
__2 U2 63 V 20 % C A P T & R R A D .2 EL
100 N 50 V 5 % C A P
0805 S MT X7 R
100 N 50 V 5 % C A P
0805 S MT X7 R
100 N 50 V 5 % C A P
0805 S MT X7 R
330 P 50 V 5 % C A P
0805 S MT N P O
330 P 50 V 5 % C A P
0805 S MT N P O
330 P 50 V 5 % C A P
0805 S MT N P O
100 U 16 V 20 % C A P T & R 8 X7 M M .2 EL
100 U 16 V 20 % C A P T & R 8 X7 M M .2 EL
100 U 16 V 20 % C A P T & R 8 X7 M M .2 EL
__1 N5 50 V 5 % C A P
0805 S MT N P O
__1 N5 50 V 5 % C A P
0805 S MT N P O
__1 N5 50 V 5 % C A P
0805 S MT N P O
__1 N 50 V 5 % C A P
0805 S MT N P O
__1 N 50 V 5 % C A P
0805 S MT N P O
__1 N 50 V 5 % C A P
0805 S MT N P O
_ 3 3 U 1 6 V 2 0 % C A P T & R R A D . 2I N N P
_ 3 3 U 1 6 V 2 0 % C A P T & R R A D . 2I N N P
_ 3 3 U 1 6 V 2 0 % C A P T & R R A D . 2I N N P
__1 N5 50 V 5 % C A P
0805 S MT N P O
__1 N5 50 V 5 % C A P
0805 S MT N P O
__1 N5 50 V 5 % C A P
0805 S MT N P O
_10 U 16 V 20 % C A P T & R 5 X7 M M .2 N P
_10 U 16 V 20 % C A P T & R 5 X7 M M .2 N P
_10 U 16 V 20 % C A P T & R 5 X7 M M .2 N P
__1 N5 50 V 5 % C A P
0805 S MT N P O
__1 N5 50 V 5 % C A P
0805 S MT N P O
__1 N5 50 V 5 % C A P
0805 S MT N P O
100 N 50 V 5 % C A P
0805 S MT X7 R
100 N 50 V 5 % C A P
0805 S MT X7 R
100 N 50 V 5 % C A P
0805 S MT X7 R
100 N 50 V 5 % C A P
0805 S MT X7 R
100 N 50 V 5 % C A P
0805 S MT X7 R
100 N 50 V 5 % C A P
0805 S MT X7 R
470 P 50 V 5 % C A P
0603 S MT N P O
__1 N 50 V 5 % C A P
0805 S MT N P O
470 P 50 V 5 % C A P
0603 S MT N P O
__1 N 50 V 5 % C A P
0805 S MT N P O
_47 P 50 V 5 % C A P
0805 S MT N P O
_22 U 50 V 20 % C A P T & R 6 X7 M M .2 EL
100 U 16 V 20 % C A P T & R 8 X7 M M .2 EL
100 N 50 V 5 % C A P
0805 S MT X7 R
100 N 50 V 5 % C A P
0805 S MT X7 R
100 N 50 V 5 % C A P
0805 S MT X7 R
_22 U 50 V 20 % C A P T & R 6 X7 M M .2 EL
__1 N5 50 V 5 % C A P
0805 S MT N P O
100 N 50 V 5 % C A P
0805 S MT X7 R
100 N 50 V 5 % C A P
0805 S MT X7 R
100 N 50 V 5 % C A P
0805 S MT X7 R
_10 N 50 V 5 % C A P
1206 S MT N P O
__3 N3 25 V 5 % C A P
0805 S MT N P O
_22 U 50 V 20 % C A P T & R 6 X7 M M .2 EL
100 N 50 V 5 % C A P
0805 S MT X7 R
_22 U 50 V 20 % C A P T & R 6 X7 M M .2 EL
_22 P 50 V 5 % C A P
0805 S MT N P O
_22 P 50 V 5 % C A P
0805 S MT N P O
_22 U 50 V 20 % C A P T & R 6 X7 M M .2 EL
_10 U 16 V 20 % C A P T & R 5 X7 M M .2 N P
REF
C92
C95
C96
C97
C98
C99
C100
C101
C102
C105
C106
C116
C124
C128A
C128B
C128C
C129
C130
C131
C134
C137
C139
C140
C143A
C143B
C143C
C144
C145
C146
C160
C171
C172
C175
C177
C179
C180
D2A
D2B
D3A
D3B
D3C
D4A
D4B
D4C
D6A
D6B
D11A
D11B
D11C
D12
D16
D17
D22
D23
D25
D27
D28
D29
D31
D32A
D32B
D32C
D33
D34
D35
D36
D37
D38
D39
D40
D41
D42
D43
D44
D46
D50
D51
D52
HW9
HW10
YS #
5631
7875
5979
5979
5979
5979
5979
5979
7875
5212
5254
5979
5212
7927
7927
7927
7927
7927
5631
7874
7798
5282
5631
7942
7942
7942
7927
7927
5979
5961
7874
5979
7738
5979
7734
7875
7885
7885
7620
7620
7620
7885
7885
7885
8077
8077
7885
7885
7885
7885
8162
8169
7620
8109
7885
7885
7885
7885
7885
7885
7885
7885
7885
7885
7885
7885
7885
8169
7885
7885
7885
7885
8077
7885
8162
7885
7885
7885
8761
8761
D e s cri pti o n
_22 U 50 V 20 % C A P T & R 6 X7 M M .2 EL
100 N 100 V 10 % C A P
1206 S MT X7 R
100 N 50 V 5 % C A P
0805 S MT X7 R
100 N 50 V 5 % C A P
0805 S MT X7 R
100 N 50 V 5 % C A P
0805 S MT X7 R
100 N 50 V 5 % C A P
0805 S MT X7 R
100 N 50 V 5 % C A P
0805 S MT X7 R
100 N 50 V 5 % C A P
0805 S MT X7 R
100 N 100 V 10 % C A P
1206 S MT X7 R
100 N 100 V 5 % C A P T & R R A D .2FL M
__1 U 63 V 20 % C A P T & R 5 X7 M M .2 EL
100 N 50 V 5 % C A P
0805 S MT X7 R
100 N 100 V 5 % C A P T & R R A D .2FL M
100 P 50 V 10 % C A P
0805 S MT N P O
100 P 50 V 10 % C A P
0805 S MT N P O
100 P 50 V 10 % C A P
0805 S MT N P O
100 P 50 V 10 % C A P
0805 S MT N P O
100 P 50 V 10 % C A P
0805 S MT N P O
_22 U 50 V 20 % C A P T & R 6 X7 M M .2 EL
_10 N 50 V 5 % C A P
1206 S MT N P O
_15 N 50 V 5 % C A P
0805 S MT C0 G
_10 U 16 V 20 % C A P T & R 5 X7 M M .2 N P
_22 U 50 V 20 % C A P T & R 6 X7 M M .2 EL
_10 P 50 V 10 % C A P
0805 S MT N P O
_10 P 50 V 10 % C A P
0805 S MT N P O
_10 P 50 V 10 % C A P
0805 S MT N P O
100 P 50 V 10 % C A P
0805 S MT N P O
100 P 50 V 10 % C A P
0805 S MT N P O
100 N 50 V 5 % C A P
0805 S MT X7 R
_ 3 3 U 1 6 V 2 0 % C A P T & R R A D . 2I N N P
_10 N 50 V 5 % C A P
1206 S MT N P O
100 N 50 V 5 % C A P
0805 S MT X7 R
_10 U 16 V 10 % C A P
1206 S MT X7 R
100 N 50 V 5 % C A P
0805 S MT X7 R
__1 U0 50 V 10 % C A P
1206 S MT C E R
100 N 100 V 10 % C A P
1206 S MT X7 R
P MLL4148 75 V 0 A2 S O D80 C S MT
P MLL4148 75 V 0 A2 S O D80 C S MT
M M BZ5227 B 3 V6 0 W35 5 % S MT Z E N
M M BZ5227 B 3 V6 0 W35 5 % S MT Z E N
M M BZ5227 B 3 V6 0 W35 5 % S MT Z E N
P MLL4148 75 V 0 A2 S O D80 C S MT
P MLL4148 75 V 0 A2 S O D80 C S MT
P MLL4148 75 V 0 A2 S O D80 C S MT
R L Z 7. 5 B 7 V 5 0 W 5
6 % S MT ZE N
R L Z 7. 5 B 7 V 5 0 W 5
6 % S MT ZE N
P MLL4148 75 V 0 A2 S O D80 C S MT
P MLL4148 75 V 0 A2 S O D80 C S MT
P MLL4148 75 V 0 A2 S O D80 C S MT
P MLL4148 75 V 0 A2 S O D80 C S MT
S M BJ 5 3 3 9 B 5 V6 5 W 0 D O 2 1 4 A A S M T Z E N
M M SZ5230 B 4 V7 0 W5 S O D123 S MT Z E N
M M BZ5227 B 3 V6 0 W35 5 % S MT Z E N
B A V21 W S 200 V 0 A2 S O D323 S MT
P MLL4148 75 V 0 A2 S O D80 C S MT
P MLL4148 75 V 0 A2 S O D80 C S MT
P MLL4148 75 V 0 A2 S O D80 C S MT
P MLL4148 75 V 0 A2 S O D80 C S MT
P MLL4148 75 V 0 A2 S O D80 C S MT
P MLL4148 75 V 0 A2 S O D80 C S MT
P MLL4148 75 V 0 A2 S O D80 C S MT
P MLL4148 75 V 0 A2 S O D80 C S MT
P MLL4148 75 V 0 A2 S O D80 C S MT
P MLL4148 75 V 0 A2 S O D80 C S MT
P MLL4148 75 V 0 A2 S O D80 C S MT
P MLL4148 75 V 0 A2 S O D80 C S MT
P MLL4148 75 V 0 A2 S O D80 C S MT
M M SZ5230 B 4 V7 0 W5 S O D123 S MT Z E N
P MLL4148 75 V 0 A2 S O D80 C S MT
P MLL4148 75 V 0 A2 S O D80 C S MT
P MLL4148 75 V 0 A2 S O D80 C S MT
P MLL4148 75 V 0 A2 S O D80 C S MT
R L Z 7. 5 B 7 V 5 0 W 5
6 % S MT ZE N
P MLL4148 75 V 0 A2 S O D80 C S MT
S M BJ 5 3 3 9 B 5 V6 5 W 0 D O 2 1 4 A A S M T Z E N
P MLL4148 75 V 0 A2 S O D80 C S MT
P MLL4148 75 V 0 A2 S O D80 C S MT
P MLL4148 75 V 0 A2 S O D80 C S MT
6- 3 2 X 1/ 2
P A N P HI L M S ZI N C C L E A
6- 3 2 X 1/ 2
P A N P HI L M S ZI N C C L E A
REF
J1
J2
J3
J4
J5
J6
LD1A
LD1B
LD1C
LD3
LD5
LD6
LD7
LD8
LD9
P1A
P1B
P1C
P2A
P2B
P2C
P3A
P3B
P3C
P5
PCB
Q1A
Q1B
Q2A
Q2B
Q3A
Q3B
Q4A
Q4B
Q4C
Q6
Q7
Q12
Q13
Q14
Q15
Q20
Q21
Q22
Q23
Q28
Q31
Q36
Q37
Q38
R1A
R1B
R1C
R2
R3
R6
R7
R8
R9
R10
R11
R14
R15
R16
R17
R18
R19
R20
R21
R22
R23
R25
R26
R28A
R28B
R29A
R29B
R30A
R30B
R31A
YS #
4154
4152
4010
4218
4010
4140
7033
7033
7033
7036
7032
7030
7031
7031
7033
4483
4483
4483
4472
4472
4472
4472
4472
4472
4433
M1814 BL A N K
7805
7805
8074
8074
8074
8074
7701
7701
7701
8363
7986
7805
8363
7986
7805
7986
7986
7986
7986
8074
8074
8074
8074
7805
7621
7621
7621
7676
7676
7679
7679
7676
7676
7679
7679
8182
7679
7824
7758
7758
7622
7676
7676
7679
7674
7758
7758
7626
7626
7634
7634
7758
7758
7621
D e s cri pti o n
1/ 4 & X L R P C B M T V E R T A C J C 6 A V 2 L
1/ 4 + S W & X L R P C B M T V E R T A C J C 9 A V 2 L
X L R F E M L P C B M T V E R T 2 4 M M A A- S E RI E S
3. 5 M M J C K P C B M T V S T 5 PI N S U B 4 1 8 6
X L R F E M L P C B M T V E R T 2 4 M M A A- S E RI E S
X L R M A L E P C B M T V E R T 2 4 M M A- S E RI E S
RE D
L E D 1 V5 20 M A 1206 S MT
RE D
L E D 1 V5 20 M A 1206 S MT
RE D
L E D 1 V5 20 M A 1206 S MT
R D/ G N L E D 1 V 7 2 0 M A 0 6 0 6 S M T
Y EL
L E D 1 V7 20 M A 1206 S MT
BL U
L E D 2 V8 20 M A 1206 S MT
G R N
L E D 2 V8 20 M A 1206 S MT
G R N
L E D 2 V8 20 M A 1206 S MT
RE D
L E D 1 V5 20 M A 1206 S MT
_ 2 0 K 5 C R/ A 9 M M
P32
_ 2 0 K 5 C R/ A 9 M M
P32
_ 2 0 K 5 C R/ A 9 M M
P32
_10 K
B LI N 9 M M
P35
_10 K
B LI N 9 M M
P35
_10 K
B LI N 9 M M
P35
_10 K
B LI N 9 M M
P35
_10 K
B LI N 9 M M
P35
_10 K
B LI N 9 M M
P35
_50 K
B LI N 9 M M
P32
1 _ O Z 2 S D 7 9. 6 5 S QI N 0 2 P E X M M O BI L E 1 2
M M BT3906LT1 P N P
S O T- 2 3 S M T T & R
M M BT3906LT1 P N P
S O T- 2 3 S M T T & R
B C 8 4 7 C 0. 1 A N P N 4 5 V S O T- 2 3 S M T
B C 8 4 7 C 0. 1 A N P N 4 5 V S O T- 2 3 S M T
B C 8 4 7 C 0. 1 A N P N 4 5 V S O T- 2 3 S M T
B C 8 4 7 C 0. 1 A N P N 4 5 V S O T- 2 3 S M T
M M BT A14
N P N D A R L S O T- 2 3 S M T
M M BT A14
N P N D A R L S O T- 2 3 S M T
M M BT A14
N P N D A R L S O T- 2 3 S M T
M M B FJ 1 1 0
N C H J F E T S O T- 2 3 S M T
2 N7002
N C H F E T S O T- 2 3 S M T T & R
M M BT3906LT1 P N P
S O T- 2 3 S M T T & R
M M B FJ 1 1 0
N C H J F E T S O T- 2 3 S M T
2 N7002
N C H F E T S O T- 2 3 S M T T & R
M M BT3906LT1 P N P
S O T- 2 3 S M T T & R
2 N7002
N C H F E T S O T- 2 3 S M T T & R
2 N7002
N C H F E T S O T- 2 3 S M T T & R
2 N7002
N C H F E T S O T- 2 3 S M T T & R
2 N7002
N C H F E T S O T- 2 3 S M T T & R
B C 8 4 7 C 0. 1 A N P N 4 5 V S O T- 2 3 S M T
B C 8 4 7 C 0. 1 A N P N 4 5 V S O T- 2 3 S M T
B C 8 4 7 C 0. 1 A N P N 4 5 V S O T- 2 3 S M T
B C 8 4 7 C 0. 1 A N P N 4 5 V S O T- 2 3 S M T
M M BT3906LT1 P N P
S O T- 2 3 S M T T & R
W100 1 K0 1 %
0805 S MT R E S
W100 1 K0 1 %
0805 S MT R E S
W100 1 K0 1 %
0805 S MT R E S
W100 2 K0 1 %
0805 S MT R E S
W100 2 K0 1 %
0805 S MT R E S
W100 4 K99 1 %
0805 S MT R E S
W100 4 K99 1 %
0805 S MT R E S
W100 2 K0 1 %
0805 S MT R E S
W100 2 K0 1 %
0805 S MT R E S
W100 4 K99 1 %
0805 S MT R E S
W100 4 K99 1 %
0805 S MT R E S
W125 22 K 5 %
0805 S MT R E S
W100 4 K99 1 %
0805 S MT R E S
W125 47 K5 1 %
0805 S MT R E S
W100 10 K0 1 %
0603 S MT R E S
W100 10 K0 1 %
0603 S MT R E S
W 100 1 M0 1 %
0805 S MT R E S
W100 2 K0 1 %
0805 S MT R E S
W100 2 K0 1 %
0805 S MT R E S
W100 4 K99 1 %
0805 S MT R E S
W125 562 R0 1 %
0805 S MT R E S
W100 10 K0 1 %
0603 S MT R E S
W100 10 K0 1 %
0603 S MT R E S
W100 100 K0 1 %
0805 S MT R E S
W100 100 K0 1 %
0805 S MT R E S
W100 20 K5 1 %
0805 S MT R E S
W100 20 K5 1 %
0805 S MT R E S
W100 10 K0 1 %
0603 S MT R E S
W100 10 K0 1 %
0603 S MT R E S
W100 1 K0 1 %
0805 S MT R E S
REF
R31B
R31C
R32A
R32B
R33A
R33B
R33C
R34A
R34B
R35A
R35B
R36
R37A
R37B
R38A
R38B
R39A
R39B
R40A
R40B
R41A
R41B
R41C
R42A
R42B
R42C
R43A
R43B
R43C
R45A
R45B
R45C
R46A
R46B
R46C
R47A
R47B
R47C
R48A
R48B
R48C
R49A
R49B
R49C
R50A
R50B
R50C
R51
R52A
R52B
R52C
R53A
R53B
R53C
R54A
R54B
R54C
R55A
R55B
R55C
R56A
R56B
R56C
R57A
R57B
R57C
R58A
R58B
R58C
R59A
R59B
R59C
R60A
R60B
R60C
R61A
R61B
R61C
R63
R64A
YS #
7621
7621
7633
7633
7625
7625
7625
7671
7671
7636
7636
7626
7671
7671
7758
7758
7645
7645
7626
7626
7621
7621
7621
7679
7679
7679
7621
7621
7621
4966
4966
4966
7671
7671
7671
7674
7674
7674
7679
7679
7679
7688
7688
7688
4966
4966
4966
7758
7761
7761
7761
7624
7624
7624
7628
7628
7628
7761
7761
7761
7824
7824
7824
7671
7671
7671
7674
7674
7674
7679
7679
7679
7681
7681
7681
7758
7758
7758
7628
7680
D e s cri pti o n
W100 1 K0
W100 1 K0
W100 2 K74
W100 2 K74
W100 10 K0
W100 10 K0
W100 10 K0
W125 249 R0
W125 249 R0
W100 27 K4
W100 27 K4
W100 100 K0
W125 249 R0
W125 249 R0
W100 10 K0
W100 10 K0
W100 475 K
W100 475 K
W100 100 K0
W100 100 K0
W100 1 K0
W100 1 K0
W100 1 K0
W100 4 K99
W100 4 K99
W100 4 K99
W100 1 K0
W100 1 K0
W100 1 K0
W125 40 K2
W125 40 K2
W125 40 K2
W125 249 R0
W125 249 R0
W125 249 R0
W125 562 R0
W125 562 R0
W125 562 R0
W100 4 K99
W100 4 K99
W100 4 K99
W 125 4 M7
W 125 4 M7
W 125 4 M7
W125 40 K2
W125 40 K2
W125 40 K2
W100 10 K0
W100 12 K1
W100 12 K1
W100 12 K1
W100 100 R
W100 100 R
W100 100 R
W100 15 K0
W100 15 K0
W100 15 K0
W100 12 K1
W100 12 K1
W100 12 K1
W125 47 K5
W125 47 K5
W125 47 K5
W125 249 R0
W125 249 R0
W125 249 R0
W125 562 R0
W125 562 R0
W125 562 R0
W100 4 K99
W100 4 K99
W100 4 K99
W125 8 K25
W125 8 K25
W125 8 K25
W100 10 K0
W100 10 K0
W100 10 K0
W100 15 K0
W100 6 K98
1
1
1
1
1
1
1
%
%
%
%
%
%
%
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
5 %
5 %
5 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
0805
0805
0805
0805
0805
0805
0805
0805
0805
0805
0805
0805
0805
0805
0603
0603
0805
0805
0805
0805
0805
0805
0805
0805
0805
0805
0805
0805
0805
0805
0805
0805
0805
0805
0805
0805
0805
0805
0805
0805
0805
0805
0805
0805
0805
0805
0805
0603
0603
0603
0603
0805
0805
0805
0805
0805
0805
0603
0603
0603
0805
0805
0805
0805
0805
0805
0805
0805
0805
0805
0805
0805
0805
0805
0805
0603
0603
0603
0805
0805
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
S MT RES
REF
R64B
R64C
R65A
R65B
R65C
R66A
R66B
R66C
R67
R68
R69
R70
R71
R72
R73
R74
R75
R76
R77
R78
R79
R81
R82
R83A
R83B
R83C
R84
R85
R86
R88
R94
R96
R98
R112
R122
R136
R146
R148
R149
R150
R151
R152
R153
R154
R155
R156
R157
R158
R159
R160
R161
R164
R167
R169
R170
R171
R172
R183
R184
R186
R192
R197
R203
R206A
R206B
R206C
R207
R208
R213
R220
R222
R223
R224
R225
R227
R229
R230
R231
R233
R239
YS #
7680
7680
7681
7681
7681
7679
7679
7679
7625
7673
7673
7621
7678
7622
8182
7678
7621
7622
7678
7678
7673
7671
7633
7681
7681
7681
7633
7637
7758
7679
7626
7621
7636
7673
4967
7621
7676
7739
7739
8182
7633
7758
7679
8182
8182
7758
7671
7758
7622
7621
7758
8182
7633
7679
7633
7671
7686
7624
7624
7624
7621
7824
7676
7678
7678
7678
8008
8008
7624
7676
7679
7679
7824
7824
7636
7679
7625
8103
7621
4967
D e s cri pti o n
W100 6 K98
W100 6 K98
W125 8 K25
W125 8 K25
W125 8 K25
W100 4 K99
W100 4 K99
W100 4 K99
W100 10 K0
W100 475 R
W100 475 R
W100 1 K0
W125 3 K92
W 100 1 M0
W125 22 K
W125 3 K92
W100 1 K0
W 100 1 M0
W125 3 K92
W125 3 K92
W100 475 R
W125 249 R0
W100 2 K74
W125 8 K25
W125 8 K25
W125 8 K25
W100 2 K74
W125 3 K32
W100 10 K0
W100 4 K99
W100 100 K0
W100 1 K0
W100 27 K4
W100 475 R
W125 39 K2
W100 1 K0
W100 2 K0
W250 1 R
W250 1 R
W125 22 K
W100 2 K74
W100 10 K0
W100 4 K99
W125 22 K
W125 22 K
W100 10 K0
W125 249 R0
W100 10 K0
W 100 1 M0
W100 1 K0
W100 10 K0
W125 22 K
W100 2 K74
W100 4 K99
W100 2 K74
W125 249 R0
W100 274 K
W100 100 R
W100 100 R
W100 100 R
W100 1 K0
W125 47 K5
W100 2 K0
W125 3 K92
W125 3 K92
W125 3 K92
W250 10 K 5
W250 10 K 5
W100 100 R
W100 2 K0
W100 4 K99
W100 4 K99
W125 47 K5
W125 47 K5
W100 27 K4
W100 4 K99
W100 10 K0
W125 120 K
W100 1 K0
W125 39 K2
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
5 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
5 %
5 %
5 %
1 %
1 %
1 %
5 %
5 %
1 %
1 %
1 %
1 %
1 %
1 %
5 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
% A N TI
% A N TI
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
1 %
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0603 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
1206 S MT R E S
1206 S MT R E S
0805 S MT R E S
0805 S MT R E S
0603 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0603 S MT R E S
0805 S MT R E S
0603 S MT R E S
0805 S MT R E S
0805 S MT R E S
0603 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
S U R G E 0805 S MT R E S
S U R G E 0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
M 1 8 1 4 ( 2) P art s R ef er e n c e Li st 3/ 5/ 2 0 2 0
REF
R240
R242
R244
R246
R247
R248
R249
R251
R252
R253
R255
R256
R257
R258
R259
R260
R261
R265
R276
R277
R278
R280
R282
R283
R284
R285
R286
R287
R288
R289
R290
R291
R292
R296
R298
R299
R300
R301
R302
R303
R304
R305
R306
R307
R308
R309
R310
R311
R312
R314
S1
S2
SNL1
U2
U3
U4A
U4B
U4C
U5
U9
U10
U11
U13
U16
U19
U24
U25
W3
W6
W10
Y1
YS #
7679
7626
7679
7634
8231
7679
7621
7621
7621
7621
7626
7626
7626
7626
7621
7676
7621
7674
7636
7628
8274
7628
7679
7679
7674
7634
7628
7624
7624
7758
7758
7636
7680
7637
7680
7676
7625
7624
7625
7648
7674
7624
7648
8362
7622
7622
7622
7622
7625
7745
4189
3439
8370
7817
7669
7668
7668
7668
7817
6766
6647
7668
7668
7817
7828
7828
7812
2395
2372
2370
7808
D e s cri pti o n
W100 4 K99 1 %
0805 S MT R E S
W100 100 K0 1 %
0805 S MT R E S
W100 4 K99 1 %
0805 S MT R E S
W100 20 K5 1 %
0805 S MT R E S
W100 2 K49 1 %
0603 S MT R E S
W100 4 K99 1 %
0805 S MT R E S
W100 1 K0 1 %
0805 S MT R E S
W100 1 K0 1 %
0805 S MT R E S
W100 1 K0 1 %
0805 S MT R E S
W100 1 K0 1 %
0805 S MT R E S
W100 100 K0 1 %
0805 S MT R E S
W100 100 K0 1 %
0805 S MT R E S
W100 100 K0 1 %
0805 S MT R E S
W100 100 K0 1 %
0805 S MT R E S
W100 1 K0 1 %
0805 S MT R E S
W100 2 K0 1 %
0805 S MT R E S
W100 1 K0 1 %
0805 S MT R E S
W125 562 R0 1 %
0805 S MT R E S
W100 27 K4 1 %
0805 S MT R E S
W100 15 K0 1 %
0805 S MT R E S
W125 6 K20 1 %
0805 S MT R E S
W100 15 K0 1 %
0805 S MT R E S
W100 4 K99 1 %
0805 S MT R E S
W100 4 K99 1 %
0805 S MT R E S
W125 562 R0 1 %
0805 S MT R E S
W100 20 K5 1 %
0805 S MT R E S
W100 15 K0 1 %
0805 S MT R E S
W100 100 R 1 %
0805 S MT R E S
W100 100 R 1 %
0805 S MT R E S
W100 10 K0 1 %
0603 S MT R E S
W100 10 K0 1 %
0603 S MT R E S
W100 27 K4 1 %
0805 S MT R E S
W100 6 K98 1 %
0805 S MT R E S
W125 3 K32 1 %
0805 S MT R E S
W100 6 K98 1 %
0805 S MT R E S
W100 2 K0 1 %
0805 S MT R E S
W100 10 K0 1 %
0805 S MT R E S
W100 100 R 1 %
0805 S MT R E S
W100 10 K0 1 %
0805 S MT R E S
W100 10 M 1 %
0805 S MT R E S
W125 562 R0 1 %
0805 S MT R E S
W100 100 R 1 %
0805 S MT R E S
W100 10 M 1 %
0805 S MT R E S
W125 200 K0 .1 %
0805 S MT R E S
W100 1 M0 1 %
0805 S MT R E S
W100 1 M0 1 %
0805 S MT R E S
W100 1 M0 1 %
0805 S MT R E S
W100 1 M0 1 %
0805 S MT R E S
W100 10 K0 1 %
0805 S MT R E S
W125 0 R 5 %
0805 S MT R E S
D P 4 T N O N S H O R TI N G V E R T R O T S W T
D P D T MI NI P C V E R T M O M E N T A R Y
1 MI L P O L YI MI D E L A B E L, 1" X . 3 8 0"
33078 D U AL O P A M P
S M T S O- 8
TL072 D U AL O P A M P
S M T S O- 8
M C33079 D Q U A D O P A M P
S MT S O14
M C33079 D Q U A D O P A M P
S MT S O14
M C33079 D Q U A D O P A M P
S MT S O14
33078 D U AL O P A M P
S M T S O- 8
V 1 0 0 0 DI G R E V E R B S M T I C S O 1 6 W
V4220 M S T E R E O C O D E C S MTI C S S O P28
M C33079 D Q U A D O P A M P
S MT S O14
M C33079 D Q U A D O P A M P
S MT S O14
33078 D U AL O P A M P
S M T S O- 8
L M13700 M X C O N D U CT A N C A M P S MTI C
L M13700 M X C O N D U CT A N C A M P S MTI C
S N 7 4 A H C 1 G 8 6 SI N G L E X O R S M T S O T 2 3 5
1 2 CI R P H- H E A D E R
2 M M
8 CI R P H- H E A D E R
2 M M
7 CI R P H- H E A D E R
2 M M
1 2. 2 8 8 C R Y S T A L 2- PI N 4. 5 M M S M T
REF
YS #
D e s cri pti o n
REF
YS #
D e s cri pti o n
REF
YS #
D e s cri pti o n
REF
YS #
D e s cri pti o n
M 1 8 1 5 P art s R ef er e n c e Li st 3/ 5/ 2 0 2 0
REF
AI-ASS
C37
C37H
C37L
C38
C38H
C38L
C40
C40H
C40L
C41H
C41L
C42H
C42L
C43
C44
C45
C46
C47
C48
C49
C50
C51
C52
C53
C54
C55
C56
C58
C59
C61
C62
C64
C66
C67
C68
C69
C70
C71
C72
C73
C89
C93
C94
C103
C104
C107
C108
C109
C110
C111
C112
C113
C114
C115
C117
C118
C119
C120
C121
C122
C123
C125
C127
C132
C133
C135
C141
C142
C148
C149
C150
C151
C152
C154
C155
C156
C157
C158
C159
YS #
M 1 8 1 5- 5 9
7734
7931
7931
7736
5257
5257
7736
7604
7604
5282
5254
5282
5229
5268
7693
5979
8349
7602
5254
5254
8349
7602
5240
5240
8349
5254
5254
8349
7602
7874
7605
7874
7874
7874
8349
7602
5240
5240
5268
7693
5979
7942
5254
8349
5204
5879
5254
5979
5204
5208
5208
5254
5254
5254
5209
5979
7692
7874
7693
7604
5275
5979
5240
5979
5979
7734
7735
7735
7693
7734
7813
7734
5257
7734
5979
5979
5979
5979
5979
D e s cri pti o n
E X M M O BI L E 1 2 A M P/
__1 U0 50 V 10 % C A P
270 P 50 V 5 % C A P
270 P 50 V 5 % C A P
470 N 50 V 5 % C A P
__2 U2 63 V 20 % C A P
__2 U2 63 V 20 % C A P
470 N 50 V 5 % C A P
180 P 50 V 5 % C A P
180 P 50 V 5 % C A P
_10 U 16 V 20 % C A P
__1 U 63 V 20 % C A P
_10 U 16 V 20 % C A P
150 N 63 V 10 % C A P
220 U 35 V 20 % C A P
__1 N 50 V 5 % C A P
100 N 50 V 5 % C A P
150 N 25 V 10 % C A P
330 P 50 V 5 % C A P
__1 U 63 V 20 % C A P
__1 U 63 V 20 % C A P
150 N 25 V 10 % C A P
330 P 50 V 5 % C A P
680 N 63 V 10 % C A P
680 N 63 V 10 % C A P
150 N 25 V 10 % C A P
__1 U 63 V 20 % C A P
__1 U 63 V 20 % C A P
150 N 25 V 10 % C A P
330 P 50 V 5 % C A P
_10 N 50 V 5 % C A P
__1 N5 50 V 5 % C A P
_10 N 50 V 5 % C A P
_10 N 50 V 5 % C A P
_10 N 50 V 5 % C A P
150 N 25 V 10 % C A P
330 P 50 V 5 % C A P
680 N 63 V 10 % C A P
680 N 63 V 10 % C A P
220 U 35 V 20 % C A P
__1 N 50 V 5 % C A P
100 N 50 V 5 % C A P
_10 P 50 V 10 % C A P
__1 U 63 V 20 % C A P
150 N 25 V 10 % C A P
_10 N 100 V 10 % C A P
100 U 16 V 20 % C A P
__1 U 63 V 20 % C A P
100 N 50 V 5 % C A P
_10 N 100 V 10 % C A P
__2 N2 400 V 5 % C A P
__2 N2 400 V 5 % C A P
__1 U 63 V 20 % C A P
__1 U 63 V 20 % C A P
__1 U 63 V 20 % C A P
__4 N7 250 V 5 % C A P
100 N 50 V 5 % C A P
150 P 50 V 5 % C A P
_10 N 50 V 5 % C A P
__1 N 50 V 5 % C A P
180 P 50 V 5 % C A P
__3 N3 100 V 5 % C A P
100 N 50 V 5 % C A P
680 N 63 V 10 % C A P
100 N 50 V 5 % C A P
100 N 50 V 5 % C A P
__1 U0 50 V 10 % C A P
__4 U7 50 V 10 % C A P
__4 U7 50 V 10 % C A P
__1 N 50 V 5 % C A P
__1 U0 50 V 10 % C A P
_47 P 50 V 5 % C A P
__1 U0 50 V 10 % C A P
__2 U2 63 V 20 % C A P
__1 U0 50 V 10 % C A P
100 N 50 V 5 % C A P
100 N 50 V 5 % C A P
100 N 50 V 5 % C A P
100 N 50 V 5 % C A P
100 N 50 V 5 % C A P
PS B OA R D
1206 S MT C E R
0805 S MT N P O
0805 S MT N P O
1206 S MT X7 R
T & R R A D .2 EL
T & R R A D .2 EL
1206 S MT X7 R
0805 S MT N P O
0805 S MT N P O
T & R 5 X7 M M .2 N P
T & R 5 X7 M M .2 EL
T & R 5 X7 M M .2 N P
T & R R A D .2FL M
T & R R A D .2 EL
0805 S MT N P O
0805 S MT X7 R
0603 S MT X7 R
0805 S MT N P O
T & R 5 X7 M M .2 EL
T & R 5 X7 M M .2 EL
0603 S MT X7 R
0805 S MT N P O
T & R R A D .2FL M
T & R R A D .2FL M
0603 S MT X7 R
T & R 5 X7 M M .2 EL
T & R 5 X7 M M .2 EL
0603 S MT X7 R
0805 S MT N P O
1206 S MT N P O
0805 S MT N P O
1206 S MT N P O
1206 S MT N P O
1206 S MT N P O
0603 S MT X7 R
0805 S MT N P O
T & R R A D .2FL M
T & R R A D .2FL M
T & R R A D .2 EL
0805 S MT N P O
0805 S MT X7 R
0805 S MT N P O
T & R 5 X7 M M .2 EL
0603 S MT X7 R
T & R R A D .2FL M
T & R 8 X7 M M .2 EL
T & R 5 X7 M M .2 EL
0805 S MT X7 R
T & R R A D .2FL M
T & R R A D .2FL M
T & R R A D .2FL M
T & R 5 X7 M M .2 EL
T & R 5 X7 M M .2 EL
T & R 5 X7 M M .2 EL
T & R R A D .2FL M
0805 S MT X7 R
0805 S MT N P O
1206 S MT N P O
0805 S MT N P O
0805 S MT N P O
T & R R A D .2FL M
0805 S MT X7 R
T & R R A D .2FL M
0805 S MT X7 R
0805 S MT X7 R
1206 S MT C E R
1210 S MT C E R
1210 S MT C E R
0805 S MT N P O
1206 S MT C E R
0805 S MT N P O
1206 S MT C E R
T & R R A D .2 EL
1206 S MT C E R
0805 S MT X7 R
0805 S MT X7 R
0805 S MT X7 R
0805 S MT X7 R
0805 S MT X7 R
REF
C161
C162
C163
C164
C165
C166
C168
C169
C176
C196
C197
D1
D5
D9
D9H
D9L
D10
D10H
D11H
D13
D14
D14H
D14L
D15
D15H
D15L
D16L
D18
D19
D20
D21
D24
D26
D30
D45
D47
D48
D49
D53
F1
HS1
HW1
HW9
HW10
L1
L2
L3
L4
L5
L6
L8
PCB
Q5
Q8
Q8L
Q9L
Q10H
Q10L
Q11
Q18
Q19
Q24
Q25
Q26
Q27
Q29
Q30
Q32
Q33
Q34
Q35
Q39
Q40
Q41
R27
R91
R97
R102
R102H
R102L
YS #
5229
5229
8349
8349
8349
8349
5229
5979
5979
5254
5979
7885
6565
7832
7885
6649
6565
7885
7885
8169
8169
7885
7885
8169
7885
7885
7885
8077
8077
7885
7885
6657
6565
6565
7885
7620
6657
7885
7885
2494
6698
4236
8807
8807
2911
2911
2911
2911
3306
7732
7754
M1815 BL A N K
7986
7986
8074
8074
7805
7805
6850
8208
8208
6976
7017
7986
7016
6976
7986
7720
8074
7006
7986
8075
8075
7844
7624
8360
7636
8360
7823
7823
D e s cri pti o n
150 N 63 V 10 % C A P T & R R A D .2FL M
150 N 63 V 10 % C A P T & R R A D .2FL M
150 N 25 V 10 % C A P
0603 S MT X7 R
150 N 25 V 10 % C A P
0603 S MT X7 R
150 N 25 V 10 % C A P
0603 S MT X7 R
150 N 25 V 10 % C A P
0603 S MT X7 R
150 N 63 V 10 % C A P T & R R A D .2FL M
100 N 50 V 5 % C A P
0805 S MT X7 R
100 N 50 V 5 % C A P
0805 S MT X7 R
__1 U 63 V 20 % C A P T & R 5 X7 M M .2 EL
100 N 50 V 5 % C A P
0805 S MT X7 R
P MLL4148 75 V 0 A2 S O D80 C S MT
B340 40 V 3 A S C H S M C S MT
M M3Z18 VT1 G 18 V0 0 W 2 5 % S MT Z E N
P MLL4148 75 V 0 A2 S O D80 C S MT
C D BF0130L 30 V 1 A S C H S O D323F S MT
B340 40 V 3 A S C H S M C S MT
P MLL4148 75 V 0 A2 S O D80 C S MT
P MLL4148 75 V 0 A2 S O D80 C S MT
M M SZ5230 B 4 V7 0 W5 S O D123 S MT Z E N
M M SZ5230 B 4 V7 0 W5 S O D123 S MT Z E N
P MLL4148 75 V 0 A2 S O D80 C S MT
P MLL4148 75 V 0 A2 S O D80 C S MT
M M SZ5230 B 4 V7 0 W5 S O D123 S MT Z E N
P MLL4148 75 V 0 A2 S O D80 C S MT
P MLL4148 75 V 0 A2 S O D80 C S MT
P MLL4148 75 V 0 A2 S O D80 C S MT
R L Z 7. 5 B 7 V 5 0 W 5
6 % S MT ZE N
R L Z 7. 5 B 7 V 5 0 W 5
6 % S MT ZE N
P MLL4148 75 V 0 A2 S O D80 C S MT
P MLL4148 75 V 0 A2 S O D80 C S MT
B 1 6 0- E 3 6 0 V 1 A 0 S C H D O 2 1 4 A C S M T
B340 40 V 3 A S C H S M C S MT
B340 40 V 3 A S C H S M C S MT
P MLL4148 75 V 0 A2 S O D80 C S MT
M M BZ5227 B 3 V6 0 W35 5 % S MT Z E N
B 1 6 0- E 3 6 0 V 1 A 0 S C H D O 2 1 4 A C S M T
P MLL4148 75 V 0 A2 S O D80 C S MT
P MLL4148 75 V 0 A2 S O D80 C S MT
F U S E 5 A 0 2 5 0 V TI M E D E L A Y T & R
H E A T SI N K T P A 3 1 1 6 D 2 W 3 0 X L 5 1 X H 2 8 A L U M
G A P P A D G R 2 5 A 2. 0 0 M M 1 4 X 1 1 M M
6- 3 2 X 5/ 1 6
P A N P H M S J S500
6- 3 2 X 5/ 1 6
P A N P H M S J S500
_ 1 0. 0 U H 2 0 % C OI L
12 M M S MT
_ 1 0. 0 U H 2 0 % C OI L
12 M M S MT
_ 1 0. 0 U H 2 0 % C OI L
12 M M S MT
_ 1 0. 0 U H 2 0 % C OI L
12 M M S MT
47 U H C H O K E 0 R08 R A D
2 2 0. 0 U H
C OI L
S MT
F E R RI T E B E A D 1 A 5 2 6 R
S MT 1206
1 _ O Z 2 S D 5 8. 9 S QI N 0 2 P E X M M O BI L E 1 2
2 N7002
N C H F E T S O T- 2 3 S M T T & R
2 N7002
N C H F E T S O T- 2 3 S M T T & R
B C 8 4 7 C 0. 1 A N P N 4 5 V S O T- 2 3 S M T
B C 8 4 7 C 0. 1 A N P N 4 5 V S O T- 2 3 S M T
M M BT3906LT1 P N P
S O T- 2 3 S M T T & R
M M BT3906LT1 P N P
S O T- 2 3 S M T T & R
NT D20 P06L P C H MF ET D2 P A K S MT
M C78 M05 B DT R P O S R E G
S MT D P A K3
M C78 M05 B DT R P O S R E G
S MT D P A K3
F D N 5 6 1 8 P C H M F E T S O T- 2 3 S M T
2 S C4027
NP N
D P A K3 S MT T R
2 N7002
N C H F E T S O T- 2 3 S M T T & R
2 S A1552
P NP
D P A K3 S MT T R
F D N 5 6 1 8 P C H M F E T S O T- 2 3 S M T
2 N7002
N C H F E T S O T- 2 3 S M T T & R
T L 4 3 1 A 3 T E R M A D J V R E G S M T S O T- 2 3
B C 8 4 7 C 0. 1 A N P N 4 5 V S O T- 2 3 S M T
B S C 0 6 0 P 0 3 N S 3 E G A T M A 1 P F E T P G- T D S O N- 8
2 N7002
N C H F E T S O T- 2 3 S M T T & R
B C 8 5 7 C 0. 1 A P N P 4 5 V S O T- 2 3 S M T
B C 8 5 7 C 0. 1 A P N P 4 5 V S O T- 2 3 S M T
MJ D 2 4 3 T 4 G N P N
D P A K3 S MT T S
W100 100 R 1 %
0805 S MT R E S
W 125 1 M300.1 %
0805 S MT R E S
W100 27 K4 1 %
0805 S MT R E S
W 125 1 M300.1 %
0805 S MT R E S
W100 18 K2 1 %
0805 S MT R E S
W100 18 K2 1 %
0805 S MT R E S
REF
R103
R103H
R103L
R104
R104H
R104L
R105
R105H
R105L
R106
R106H
R106L
R107
R107H
R107L
R108
R108H
R108L
R109
R109H
R109L
R110
R110H
R110L
R111
R111H
R111L
R112H
R112L
R113H
R113L
R114L
R115H
R115L
R116H
R116L
R117H
R117L
R118H
R118L
R119H
R119L
R120
R120L
R121
R123
R124
R125
R126
R127
R128
R129
R130
R131
R132
R133
R134
R135
R137
R138
R139
R140
R141
R142
R144
R145
R162
R168
R173
R174
R175
R176
R177
R178
R179
R180
R181
R182
R187
R188
YS #
7645
7637
7637
7625
7680
7642
8362
7642
7642
7625
7824
7824
7625
7625
7824
7621
7674
7676
7624
7823
7823
7624
7625
7824
8362
7624
7624
8254
7824
7627
7627
7645
7624
7624
7625
7625
7648
7648
7648
7648
7628
7628
7745
7681
7821
7642
7821
7821
8192
7978
7978
7978
7978
7821
7621
8172
7642
7637
7621
7626
7626
8360
7824
7626
7852
7624
7852
7671
7642
7900
7621
7625
7824
7803
7636
7636
8182
7645
7626
7626
D e s cri pti o n
W100 475 K 1 %
W125 3 K32 1 %
W125 3 K32 1 %
W100 10 K0 1 %
W100 6 K98 1 %
W100 4 K75 1 %
W125 200 K0 .1 %
W100 4 K75 1 %
W100 4 K75 1 %
W100 10 K0 1 %
W125 47 K5 1 %
W125 47 K5 1 %
W100 10 K0 1 %
W100 10 K0 1 %
W125 47 K5 1 %
W100 1 K0 1 %
W125 562 R0 1 %
W100 2 K0 1 %
W100 100 R 1 %
W100 18 K2 1 %
W100 18 K2 1 %
W100 100 R 1 %
W100 10 K0 1 %
W125 47 K5 1 %
W125 200 K0 .1 %
W100 100 R 1 %
W100 100 R 1 %
W125 62 K 5 %
W125 47 K5 1 %
W100 13 K 1 %
W100 13 K 1 %
W100 475 K 1 %
W100 100 R 1 %
W100 100 R 1 %
W100 10 K0 1 %
W100 10 K0 1 %
W100 10 M 1 %
W100 10 M 1 %
W100 10 M 1 %
W100 10 M 1 %
W100 15 K0 1 %
W100 15 K0 1 %
W125 0 R 5 %
W125 8 K25 1 %
W125 10 R0 1 %
W100 4 K75 1 %
W125 10 R0 1 %
W125 10 R0 1 %
W125 5 K76 1 %
W500 3 R3 5 %
W500 3 R3 5 %
W500 3 R3 5 %
W500 3 R3 5 %
W125 10 R0 1 %
W100 1 K0 1 %
W750 0 R1 5 %
W100 4 K75 1 %
W125 3 K32 1 %
W100 1 K0 1 %
W100 100 K0 1 %
W100 100 K0 1 %
W 125 1 M300.1 %
W125 47 K5 1 %
W100 100 K0 1 %
W250 10 R 5 %
W100 100 R 1 %
W250 10 R 5 %
W125 249 R0 1 %
W100 4 K75 1 %
W 1 2 5 3 0 K 0. 5 %
W100 1 K0 1 %
W100 10 K0 1 %
W125 47 K5 1 %
W063 0 R 1 %
W100 27 K4 1 %
W100 27 K4 1 %
W125 22 K 5 %
W100 475 K 1 %
W100 100 K0 1 %
W100 100 K0 1 %
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
1210 S MT R E S
1210 S MT R E S
1210 S MT R E S
1210 S MT R E S
0805 S MT R E S
0805 S MT R E S
2010 S MT T R
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
1206 S MT R E S
0805 S MT R E S
1206 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0603 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
0805 S MT R E S
REF
R188H
R188L
R189
R190
R191
R193
R196
R198
R199
R202
R204
R205
R209
R210
R212
R217
R218
R221
R234
R237
R238
R243
R245
R250
R254
R262
R267
R268
R270
R271
R272
R273
R274
R275
R279
R281
R293
R294
R295
R297
R315
R316
R317
R318
R319
R320
R321
R322
R325
R326
R327
SNL1
U6
U7
U8
U12
U14
U15
U18
U20
U21
U22
U23
W1
W2
W3_
W7
W10_
W11
YS #
8153
8153
7625
5078
5078
7758
7645
7675
8192
7625
7622
7636
8192
7625
7728
8004
7625
7645
7626
8192
8257
7728
8153
7671
7671
7824
7671
7645
8153
7645
8274
7758
7758
7758
8360
7634
7626
7824
7675
7728
7624
7624
7634
7624
7624
7624
7624
7624
8191
7642
8137
8370
8320
7828
6690
7817
7668
7669
7719
8173
6627
7817
7012
3538
2371
2395
3538
2370
4227
D e s cri pti o n
W125 5 K36 1 %
0805 S MT R E S
W125 5 K36 1 %
0805 S MT R E S
W100 10 K0 1 %
0805 S MT R E S
W250 2 R4 5 %
1206 S MT R E S
W250 2 R4 5 %
1206 S MT R E S
W100 10 K0 1 %
0603 S MT R E S
W100 475 K 1 %
0805 S MT R E S
W125 1 K21 1 %
0805 S MT R E S
W125 5 K76 1 %
0805 S MT R E S
W100 10 K0 1 %
0805 S MT R E S
W 100 1 M0 1 %
0805 S MT R E S
W100 27 K4 1 %
0805 S MT R E S
W125 5 K76 1 %
0805 S MT R E S
W100 10 K0 1 %
0805 S MT R E S
W100 39 R 5 %
0805 S MT R E S
1 W00 0 R01 1 % C U R R S E N S S MT R E S
W100 10 K0 1 %
0805 S MT R E S
W100 475 K 1 %
0805 S MT R E S
W100 100 K0 1 %
0805 S MT R E S
W125 5 K76 1 %
0805 S MT R E S
W125 11 K0 1 %
0805 S MT R E S
W100 39 R 5 %
0805 S MT R E S
W125 5 K36 1 %
0805 S MT R E S
W125 249 R0 1 %
0805 S MT R E S
W125 249 R0 1 %
0805 S MT R E S
W125 47 K5 1 %
0805 S MT R E S
W125 249 R0 1 %
0805 S MT R E S
W100 475 K 1 %
0805 S MT R E S
W125 5 K36 1 %
0805 S MT R E S
W100 475 K 1 %
0805 S MT R E S
W125 6 K20 1 %
0805 S MT R E S
W100 10 K0 1 %
0603 S MT R E S
W100 10 K0 1 %
0603 S MT R E S
W100 10 K0 1 %
0603 S MT R E S
W 125 1 M300.1 %
0805 S MT R E S
W100 20 K5 1 %
0805 S MT R E S
W100 100 K0 1 %
0805 S MT R E S
W125 47 K5 1 %
0805 S MT R E S
W125 1 K21 1 %
0805 S MT R E S
W100 39 R 5 %
0805 S MT R E S
W100 100 R 1 %
0805 S MT R E S
W100 100 R 1 %
0805 S MT R E S
W100 20 K5 1 %
0805 S MT R E S
W100 100 R 1 %
0805 S MT R E S
W100 100 R 1 %
0805 S MT R E S
W100 100 R 1 %
0805 S MT R E S
W100 100 R 1 %
0805 S MT R E S
W100 100 R 1 %
0805 S MT R E S
W125 5 K62 1 %
0805 S MT R E S
W100 4 K75 1 %
0805 S MT R E S
W125 1 K62 1 %
0805 S MT R E S
1 MI L P O L YI MI D E L A B E L, 1" X . 3 8 0"
M A X 1 7 2 0 5 B A T T E R Y M G R T 1 4 3 3- 2 S M T
L M13700 M X C O N D U CT A N C A M P S MTI C
T P A3116 D2 D A D ST A M P T S S O P32 PI C S MT
33078 D U AL O P A M P
S M T S O- 8
M C33079 D Q U A D O P A M P
S MT S O14
TL072 D U AL O P A M P
S M T S O- 8
M C 3 3 0 6 3 A D R B U C K/ B O O S T I N V I C S O 8
M KL15Z64 VL H4 48 M HZ M C U S MT L Q F P64
L M 3 4 0 9 P F E T B U C K S M T I C V S S O P- 1 0 P
33078 D U AL O P A M P
S M T S O- 8
L P 2 9 5 0- 3 3 L D R P T O 9 2 FI X E D 3 V 3 R E G
2 4 PI N B R E A K A W A Y L O C K . 1 5 6
2 CI R W S- H E A D E R
0. 1 5 6
1 2 CI R P H- H E A D E R
2 M M
2 4 PI N B R E A K A W A Y L O C K . 1 5 6
7 CI R P H- H E A D E R
2 M M
_ 3 PI N P O W E R V H M A L E . 1 5 6 5 A
REF
YS #
D e s cri pti o n
M 1 8 1 6 P art s R ef er e n c e Li st 3/ 5/ 2 0 2 0
REF
AI-ASS
C41
C42
C126
C136
C138
C147
C153
C173
C174
C178
D7
D8
L7
L9
PCB
Q9
Q10
Q16
Q17
R4
R80
R87
R95
R100
R113
R114
R115
R116
R117
R118
R119
R166
R215
R228
R269
SNL1
U1
U17
W6_
YS #
M 1 8 1 6- 5 9
7871
7871
5234
7738
5234
7734
7734
5979
5979
5669
7885
7885
8091
8091
M1816 BL A N K
8363
7805
8074
7985
7821
7625
7625
7679
7625
7645
7625
7824
7628
7679
7681
7628
7821
7626
7625
7673
8372
7669
8284
2372
D e s cri pti o n
E X M M O BI L E 1 2 B L U E T O O T H B O A R D
470 P 50 V 5 % C A P
0603 S MT N P O
470 P 50 V 5 % C A P
0603 S MT N P O
470 N 63 V 10 % C A P T & R R A D .2FL M
_10 U 16 V 10 % C A P
1206 S MT X7 R
470 N 63 V 10 % C A P T & R R A D .2FL M
__1 U0 50 V 10 % C A P
1206 S MT C E R
__1 U0 50 V 10 % C A P
1206 S MT C E R
100 N 50 V 5 % C A P
0805 S MT X7 R
100 N 50 V 5 % C A P
0805 S MT X7 R
470 U 6 V3 20 % C A P R A D EL T & R
P MLL4148 75 V 0 A2 S O D80 C S MT
P MLL4148 75 V 0 A2 S O D80 C S MT
1000 U H
C OI L
6 X6 M M S MT
1000 U H
C OI L
6 X6 M M S MT
1 _ O Z 2 S D 4 3. 5 2 S QI N 1 0 P E X M M O BI L E 1 2
M M B FJ110
N C H J F E T S O T- 2 3 S M T
M M BT3906LT1 P N P
S O T- 2 3 S M T T & R
B C 8 4 7 C 0. 1 A N P N 4 5 V S O T- 2 3 S M T
T C M809 S
R E S ET S E N S E S MT S OT23 B
W125 10 R0 1 %
0805 S MT R E S
W100 10 K0 1 %
0805 S MT R E S
W100 10 K0 1 %
0805 S MT R E S
W100 4 K99 1 %
0805 S MT R E S
W100 10 K0 1 %
0805 S MT R E S
W100 475 K 1 %
0805 S MT R E S
W100 10 K0 1 %
0805 S MT R E S
W125 47 K5 1 %
0805 S MT R E S
W100 15 K0 1 %
0805 S MT R E S
W100 4 K99 1 %
0805 S MT R E S
W125 8 K25 1 %
0805 S MT R E S
W100 15 K0 1 %
0805 S MT R E S
W125 10 R0 1 %
0805 S MT R E S
W100 100 K0 1 %
0805 S MT R E S
W100 10 K0 1 %
0805 S MT R E S
W100 475 R 1 %
0805 S MT R E S
1 MI L P O L YI MI D E L A B E L,. 3 7 5" X . 3 7 5"
TL072 D U AL O P A M P
S M T S O- 8
B M 2 0 B L U E T O O T H A U DI O S M T M O D
8 CI R P H- H E A D E R
2 M M
REF
YS #
D e s cri pti o n
REF
YS #
D e s cri pti o n
1
2
3
4
5
6
7
8
9
10
11
9708 Po
A
12
13
14
15
16
17
er S u p pl y
A
Legend
B att er y
S y st e m G n d
B
I E C_ RE CT
I n p ut - 8 5 - 2 4 0 VA C
-12 V
S G
3 0 9 4 C a bl e
BT
M1816 V01
B l uet o o t h B M 2 0. S c hD o c
C
7408
+
O OFE R
G
PIN1601
B
B
B
B
B
B
B
B
PIN1401
CON14
T_
T_
T_
T_
T_
T_
T_
T_
+5 V_
+5 VF X
V r ef
- V_
F Xe n S W _
+ V_ P R E
A mp Gnd
A mp In
+12 V_
Li n k M u t e
B at L o w Al ert _
W A KE~
St at us
S y s P wr
E n a ble
+5v
D Gnd
+ V
A Gnd
Aud io
+5 V
-12 V
H
I
75L E D
C H A R GI N G L E D
+27 In
R E D_ L E D
B at +
100 L E D
L E DS_ E N
J
Hi s t or y. S c hD o c
A s s e m b l y. S c hD o c
D E SI G N HI S T O R Y
1
A S S E M BL Y
2
1
2
3
4
5
6
7
8
9
10
11
12
CON12
2
CON17
N17
PIN2101
CON21
N21
PIN2401
CON24
N24
PIN2701
CON27
N27
PIN3001
N1
PIN1701
CON30
0
CON32
N32
PIN3401
CON34
N34
PIN3601
CON36
N 3 6L
PIN3801
CON38
N38
PIN4001
N3
PIN3201
M
CON40
N40
PIN4201
CON42
N42
1
CON44
42
CON46
N46 3
PIN4801
CON48
N48 4
PIN5001
CON50
N50 5
PIN5201
CON52
N52 6
PIN5401
CON54
N54 7
PIN5601
PIN4401
N4
PIN4601
CON56
N56
/12
/12
/12
/12
/12
/12
/12
/12
/12
/12
/12
/12
5
6
7
8
9
10
L M_
W 1 1: 1
W 1 1: 2
W 1 1: 3
W2
3
3
3
E
W3
B+
1
T h er m _ 2
B3
W 1: 1
W 1: 2
W 1: 3
W 1: 4
+ 5 V _ O ut
+5 V_ F X
V r ef _
- V _P R E
F Xe n S W
+ V _ P R E _ O ut
A m p I nA mp In +
+ V
Li n k M u t e
B at L o w Al ert
W A K E_
S k pr
W1
Hi O utHi O ut +
L o O ut +
L o O ut-
PS
/12 1
/12 2
/12 3
/12 4
/12 5
/12 6
/12 7
/12 8
/12 9
/ 1 21 0
/ 1 21 1
/ 1 21 2
F
G
H
W AKE
7
7
7
7
7
7
7
3 1 1 5 C a bl e
W10
E C A D I N CI D E N T A L
E C O. S c h D o c
4
A M P 1815 V01
S1
S2
3 1 2 4 C a bl e
W3
PIN1201
2
1
2
3
4
+5 V
N O TE S
3
W7 :2 4
1
M ut e S W
C h as sis
S1
S2
PIN1501
+5VF X
+V_ P R E
I n p ut S e cti o n. S c hD o c
P o w e r S wit c h W 7 : 1 4
4
4
4
4
8
7
6
5
4
3
2
1
8
8
8
8
8
8
8
8
B
B
B
B
B
B
B
B
I n p ut M 1 8 1 4 V 0 1
N14
CON15
N 1 5 CON16
N16
PIN2001 CON19
N19
PIN2301 CON20
N20
PIN2601 CON23
N23
CON26
PIN2901 N 2 6
CON29
N29
PIN1901
S G
-12 V
B att er y
4 3 2 1
W7
3 0 9 3 C a bl e
8
8
8
8
8
8
8
8
8
7
6
5
4
3
2
1
W6
_W1
W 2: 2
W 2: 1
7306
1
2
1
S?
1
D
-
T _ A u di o
T_ A Gnd
T_ +15v
T_ D Gnd
T _ + 5v
T _ E n a bl e
T _ S y s P wr
T _ St at u s
W6_
F
K
EETE R
P o w er
2
E
T
2
+
Ps G n d
+ 2 7 Vi n
D
-
2
2
B T_ Aud io_
B T_ A Gnd_
B T_ + V_
B T Gnd
+5v_ B T
B T _ E n a ble _
B T _ S y s P wr _
B T _ B l u _L E D
Hi A m p O ut +
Hi A m p O utL o A m p O ut +
L o A m p O ut-
C
B
11
7
7
7
7
7
7
7
1
2
3
4
5
6
7
I
75L E D_
C H A R GI N G _ L E D _
+27 In_
R E D_ L E D_
B at + _
100 L E D_
L E DS_ E N_
P o w er S u p p l yS e cti o n . S c hD o c
J
Y or k v ill e S o u n d Lt d.
Pr o d u c t( s):
5 5 0 Gr a nit e C o urt
Pi c k er i n g, O N
C a n a d a L 1W 3 Y 8
w w w . y or k vill e. c o m
E X M M o bil e 1 2
D e s cr i pti o n:
B a tt er y P o er e d P A S p e a er
12
P C B #:
M1814
M o difi e d: 2 0 1 9 - 0 9- 1 7
13
R e v #:
Fil e:
14
V01
E M L R e v #:
01
S h e et
9
Of
T m p R e v: V 0 3 1
T o p S h e et. S c hD o c
15
1
16
17
K
1
2
A
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
A
Ch1
C h 1 . S c hD o c
I G
C h O ut
Bu s Gnd
F X
Mi c + Li n e
B
B att er y St at u s L E Ds. S c hD o c
St at u s L E Ds
L E DS_ E
R E D_ L E
75L E
100 L E
P h a nt +
Gr o u n d s
C
PIR21301
PID1601DCOD16
PID1602 1 6
W100
COR213
R213
100 R
PIR21302
D O- 2 1 4 A A
0805
S M BJ5339 B
5V6
P O LL EE DD SS_ E0 NE N
P O RR EE DD _ 0L LE DE D
P O \ 7 7 55 LLE ED D
P O \ 11 00 00L EL DE D
N
D
D
D
PCO HC AH RA GIR GN IGNL GE LD E D
C H A R GI N G _ L E D
B at +
+27 In
PID4602COD46
PID4601D 4 6
P O B a B at t +0
P O 0 2 + 72 7 II n n
7
PIW1007
7
4
PIW1004
7
6
PIW1006
1
PIW1001
2
PIW1002
5
PIW1005
3
PIW1003
W10 :7
7
7
W10 :4
W10 :6
COW10:1
COW10:2
COW10:3
COW10:4
COW10:5
COW10:6
WCOW10:7
10 :1
7
7
7
W10 :2
W10 :5
W10 :3
B
C
D O- 2 1 4 A A
S M BJ5339 B
5V6
D
D
C h ass is
P O W WA A KK EE ~
C h O ut
Bu s Gnd
F X
W a ke
Ch In
B u s G n d Li n k M u t e
B at L o w Al ert _
P h a nt +
F
I G
G
W6 :8
8P O
8 PIW608
H
7P O
PIW607
8
W6 :7
Mi c
+ 1/ 8
B T_ Aud io
B B TT _0 AA G Gn dn d
PIR21401 PIR21402
St./ B T
F X
F X. S c h D o c
C h O ut
Bu s Gnd
F X
P h a nt +
B BT T0_ AA uu ddi io o
PIR21601
I G
Ch3
C h 3 . S c hD o c
COR216
R216
P O 0 +VV _0 P PR RE E
P O V r V er e f
PIR16502 PIR16501
P O- 0V _V 0
PIW306 6 / 1 2 W 3 : 6
PIW303 3
/12 W3 :3
G
QCOQ31
31
PPIR21902G
PIR19702COR197
PIQ3103
5
U25
PIU250COU25
P O B BT T0_ SStta at tu su s
PILD602
W6 :2
2
Pwr
8 PIW602P O BB TT_0S Sy sy Ps wr
W6 :3
3
8 PIW603 P O BB TT _0 EE nna ab bl el
BL U
B T _ St a t u s
COSPCR7
SP C R7
K
COLD6
L D6
PILD601
7030
S I N GL E PX IOU 2R 45 0 4
7812
e
S N74 A H C1 G86
2
3
4
5
P I 1U 2 5 0 1
PIU2503
6
1 M0
0805
1 U
7
1206
COR310
R310
COR311
R 3 11
1 M0
1 M0
1 M0
0805
0805
0805
P I1 C0108 0V 0 1 P I1C 01 80 0 N0 2
1206
8
9
COR312
R312
PIR31201W 1 0 0 PIR31202
COC180
C180
50 V
S 2: 1
S 2: 2
COR309
R309
CCOC179
179
PIC17902 PIC17901
COS2:21
COD33
D33
PID3302
PID3301
S O D80
10K0
0805
P MLL4148
10
RCOR211
2 11
/12 W3 :8
PIW307 7 / 1 2 W 3 : 7
PIW309 9 / 1 2 W 3 : 9
B C847 C
S O T 23
PIR21102
I G
PIR19202COR192
PIQ3102
R192
1K0
PIQ3101
B C847 C
COC106
C106
B T _ P a ir
PIS203
PIS206
PIR30801W 1 0 0 PIR30802
PIR30901W 1 0 0 PIR30902
PIR31001W 1 0 0 PIR31002
PIR31101W 1 0 0 PIR31102
S O D80
P I 2U 2 5 0 2
-12 V
2495
1
Vcc
G N D
PID2502 P M L L 4 1 4 8 COR308
R308
D25
PID2501 COD25
3
1
8 PIW601
COW6:1
COW6:2
COW6:3
COW6:4
COW6:5
COW6:6
COW6:7
COW6:8
W6 :1
D NS
PIR21101
D O WN
W6 :6
J
PIR31301W 1 2 5 PIR31302
0805
B T _ S y s P wr
PIR18501
RCOR185
185
0805
PIC1061
PIC1062
PIW308 8
COR183
R183
COR184
R184
100 R
100 R
COR186
R186
PIC10
PIC102
PIR18601W 1 0 0 PIR18602
PIQ2801
100 R
0805
COC1
C1
63 V
4U7
PIQ2802
4 X 7 M M . 2i n
COQ28
Q28
1 U
63 V
H
0805
0805
0805
S O T 23
+Phan to m
PIR18302W 1 0 0 PIR18301
PIR18401W 1 0 0 PIR18402
PIR19201
PIQ2803
5 X 7 M M . 2i n
I
B C847 C
B C847 C
Gr o u n d s
PIR23202 PIR23201
Ph Gnd
COR232
M O ME NTA RY
J
PIS202
PIS205
UP
W6 :5
6
PIW606
8
P O BB TT _ 0+ V0 V
PIR18502
COR313
R313
R197
47K5
PIR19701
P O A mA pm p II nn
P O A Am m pp GGn dn d
P +O102 1V 2_ V 0
8
S G
PIW304 4 / 1 2 W 3 : 4
COR219
PIR31402
W125
P I W56 0 5
P O BB TT _0 D DG Gn dn d
F
-12 V
G r o unds
PIR21901
W6 :4
B att er y
S y st e m G n d
PIW30111 1 / 1 2 W 3 : 1 1
COR165
COR163
4
PIW604
8
P O BB TT_0+ 05 v5 v
Legend
+ V _ P R E- L
PIW305 5 / 1 2 W 3 : 5
G r o unds
I
PIR21602
P O FF XX een nS SW _W 0
P OB Ba at tL Lowo Alw Aelrte r_ t 0
PIR16301
PIR16302
COR214
F X _ O ut
Bu s Gnd
F X_In
F Xa G n d
F Xe n S W _
B B si g
B T_ A Gnd
-12 V
E
PIW30101 0 / 1 2 W 3 : 1 0
PIW301 1 / 1 2 COW3:12
COW3:1
COW3:2
COW3:3
COW3:4
COW3:5
COW3:6
COW3:7
COW3:8
COW3:9
COW3:10
COW3:11
W3 :1
PIW302 2 / 1 2 W 3 : 2
P O 0 5+ 5 VV _ 0
P O 0 5+ 5 VV F FX X
A m pI n
A mp Gnd
Mi c + I n str
+Phan to m
Li n k M u t e P O L i n k M u t e
L i n kM u t e
M ast er . S c hD o c
M ast er
W125
I G
PIW30121 2 / 1 2 W 3 : 1 2
W100
Ch2
C h 2 . S c hD o c
I G
E
G r o unds
PIS201
PIS204
I n p ut S e cti o n
S e c ti o n:
3439
RCOR314
314
0 R0
Pr o d u c t( s):
P C B #:
PIR31401
0805
E X M M o bil e 1 2
M1814
M o difi e d: 2 0 1 9 - 0 9- 1 7
11
12
13
R e v #:
Fil e:
14
V01
E M L R e v #:
01
S h e et
I n p ut S e cti o n. S c hD o c
15
2
9
Of
T m p R e v: V 0 3 1
16
17
K
1
2
3
4
5
7
8
9
10
11
12
13
14
15
16
17
+ V _ Pr e
A
11
S H
50 V
22 U
PIR602
PIR702
W100
W100
COR6
R6
PISG301
COSG4
S G4
PISG401
50 V
22 U
PISG402
X. L R- P H O N E
PIJ10S
S
PIJ10R
R
PIJ10T
T
COC4
C4
63 V
4U7
7 V5
PIR35A01
0 W5
0805
B C847 C
-12 V
P MLL4148
S O T 23
Gr o u n d s
COR46A
R46 A
C H 1C H1 +
COD4A
D4 A
PIC25A02
PIC25A01
PIC28A01
PIC28A02
CR O4R74 7AA
0805
PIR502
C hI G A
4K99
562R0
Gr o u n d s
0805
RCOR57A
57 A
-
CCOC28A
28 A
0805
COR58A
R58 A
COR55A
R55 A
PIR55A01W
12K1
S O 14
+
2
1 0 0 PIR55A02 P I U 4 A 0 2
0603
CCOC27A
27 A
P I U 14 A 0 P1 I C 2 7 A 0 2 P I C 2 7 A 0 1
0603
M C33079 D
7668
P I U 34 A 0 3
COR59A
R59 A
S O 14
+
249R0
0805
562R0
0805
16 V
33 U
COU4A:1
COU4A:2
COU4A:3
COU4A:4
COU4A:5
U 4 A: 1
M C33079 D
7668
PIR57A01W 1 2 5 PIR57A02 PIR58A01W 1 2 5 PIR58A02
PIR59A01W 1 0 0 PIR59A02
COC5
C5
63 V
4 U7
4K99
T
M
20 K
5 C
COR53A
R53 A
12K1
-
PIP1A01
PIR53A02
PIR52A01W 1 0 0 PIR52A02
U 4 A: 4
P I U 41A 40 1 4
P I 1U 42A 0 1 2
50 V
0805
RCOR52A
52 A
0805
P I 1U 43A 0 1 3
0805
330 P
4K99
0805
CC O2C52 5AA
PIC23A02 PIC23A01
CR O4R84 8AA
PIR48A01W 1 0 0 PIR48A02
R A D . 2i n
100 R
B
PIP1A024 4 8 36
D
P MLL4148
S O D80
CC O2C22 2A A
PIC22A02 PIC22A01
COR41A
R41 A
100 N
COR206A
R206 A
1K0
3K92
RCOR54A
54 A
PIC128A02 PIC128A01
R56 A
47K5
PIR56A01
0805
P I U 64 A 0 6
PIC143A02 PIC143A01
10 P
RCOR45A
45 A
S O 14
F
4 M7
40K2
0805
P I C 2 6 A 0 2 P I C 2 6 A 0 P1 I U 94 A 0 9
0805
50 V
PIR49A01W 1 2 5 PIR49A02
0805
1 N
0805
COR49A
R49 A
PIR45A01W 1 2 5 PIR45A02
RCOR83A
83 A
8K25
P I U 84 A 0 8
P I1U 40A 0 1 0
COR60A
R60 A
PIR60A01W 1 2 5 PIR60A02
0805
S O 14
+
G
U 4 A: 3
M C33079 D
RCOR61A
61 A 7668
PIR61A01W 1 0 0 PIR61A02
8K25
10K0
0805
0603
P BO uB su Gs nG dn d
PIR62A01 PIR62A02
COC31A
C31 A
+V_ P R E
A CJ C6 A V 2 L
PIC32A01
PIC32A0
50 V
4154
COC32A
C32 A
100 N
0805
100 N
0805
50 V
G r o unds
V-
T
COP2A:1
COP2A:2
P 2 A: 1
PIR64A01W 1 0 0 PIR64A02
PIP2A01
6K98
V+
0805
PIP2A02
B
R65 A
PIP2A03
PIR65A01W 1 2 5 PIR65A02
8K25
PIP3A01
0805
10 K
4472
.
U 4 A: 5
M C33079 D
7668
H
COR62AC O R 6 5 A
1B
S O 14
PIU4A01
11
I
PIU4A04
CR O6R46 4AA
PIC31A02 PIC31A01
P OC Ch hO Outu t
PIR83A01W 1 2 5 PIR83A02
-
50 V
5 X 7 M M . 2i n
U 4 A: 2
M C33079 D
7668
0805
CC O1 C4134 3AA
0805
16 V
10 U
E
1K0
0805
CCOC30A
3 0 A CCOC26A
26 A
PIC29A02 PIC29A01
+
PIC30A1
PIC30A2
COC29A
C29 A
50 V
P I U 74 A 0 7
P I U 54 A 0 5
Vr e 2 A
0805
4K99
0805
40K2
RCOR43A
43 A
PIR42A01W 1 0 0 PIR42A02PIR43A01W 1 0 0 PIR43A02
CR O5R05 0AA
PIR50A01
COC128A
C128 A
100 P
5 0 V COR42A
R42 A
PIR50A02
8 X 7 M M . 2i n
PIR54A01W 1 0 0 PIR54A02
0805
0805
100 U
16 V
0805
PIR56A02COR56A
0805
PIP1A03
PIC24A01 PIC24A02
6
Gr o u n d s
COD32A
D32 A
CCOC24A
24 A
15K0
PIR53A01
0805
0805
4 X 7 M M . 2i n
L e el
0805
P G
PIR41A01W 1 0 0 PIR41A02 PIR206A01W 1 2 5 PIR206A02
COP1A:1
COP1A:2
P1 A 1
C
PIQ4A02 S O T- 2 3
R33 A
10K0
PID32A01
PID32A02
S O D80
PIR44A02
COR44A
W100
9
COC23A
C23 A
PIR46A01W 1 2 5 PIR46A02 PIR47A01W 1 2 5 PIR47A02
249R0
PIR44A01
QCOQ4A
4A
M M B T A 1 4 L TI G
7701
PIR3A01
P MLL4148
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RST N
B att er y
S y st e m G n d
50 V
B
-12 V
CCOC60
60
COC74
C74
12
W100
100 N
PID2901COD29
PID2902DP 2M9L L 4 1 4 8
S O D80
11
PIC1601
PIC1602
PIC601
PIC602
6
13
PID2801COD28
PID2802DP 2M8L L 4 1 4 8
Legend
10
W100
7
50 V
6
100 N
5
W100
4
W125
3
50 V
2
100 N
1
8
9
10
11
12
13
R e v #:
Fil e:
14
V01
E M L R e v #:
01
S h e et
F X. S c h D o c
6
9
Of
T m p R e v: V 0 3 1
15
16
17
K
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
A
A
B
B
COR96
R96
PIR9802
D
R A D .2 in
1 6 VS O T- 2 3
PIR702
W100
1 K0
PIR701
PISG1302
COR73
R73
PIJ503
PIR7301W 1 2 5 PIR7302
Li n k F
L i n kI O + PITP3101 L i n k G n d
TCOTP31
P31
0805
1
XL R F E ML
0805
P I U 1 3 20 2
P O CCh hI In n
G
P BO uB su sG Gn nd d
PIR9202
PIR9201
P I U 1 3 30 3
-
COJ6
6
COU13:1
COU13:2
COU13:4
COU13:5
U13 :1
M C33079 D
7668
P I1 U 1 3 0 1
COR92
1
PIJ601
Link M
Ma le XL R
P O I IG G
S O14
+
PIJ603
PIJ604
PIR9002
PIR9001
Gr o u n d s
PIR19402 PIR19401
COR194
475 R0
0805
PIR7502COR75
PITP2401
R75
1 K0
PIR7501
COTP24
T P24
L i n kI O-
0805
0805
PIR7602
COR112
R1 12
PIR1201
L i n kI O-
W100
2 K74
PIJ602
4140
PIR8201 W 1 0 0 PIR8202
PIR1202
W100
4010
COR82
R82
PIR7201
TCOTP25
P25
22 K
COR76
R76
1 M0
PIR7601
0805
PIC301
PIC302
PIC3501
PIC3502
50 V
COR72
R72
1 M0
COC33
C33
0603
470 P
PITP2501
50 V
L i n kI O +
PIJ502
PIR7202
W100
1
P I3U 5 0 3
PIR20701W 2 5 0 PIR20702
0805
PISG1402
PIJ501
F
COR207
R207
475 R0
PISG1401
COJ55
0805
PIR6901 W 1 0 0 PIR6902
COSG14
S G14
E
100 K0
COR69
R69
COC35
C35
0603
COR79
R79
PIR7901W 1 0 0 PIR7902
10 K
CCOC105
105
PITP2301
0805
COTP23
T P23
+
L i n k M ut e
M C33078
7817
D
P I U 51 0 1
M a st er
COR81
R81
COU5:3
COU5:1
COU5:2
U5 :1
S O8
COD51
D51
PIR8101W 1 2 5 PIR8102
PIP501
249 R0
PIC10502 PIC10501
T
50 K
COP5:1
COP5:2
P5 1
0805
P MLL4148
B
M
B
PIP502
PIP503
4433
RCOR36
36
PIR3601W 1 0 0 PIR3602
S O D80
E
100 K0
0805
63 V
100 N
RCOR74
74
PIR7401 W 1 2 5 PIR7402
R A D .2 in
PIR7102COR71
3 K92
0805
COC34
C34
PIC3402 PIC3401
1 N
COC124
C124
P I C 1 2 4 0 2 P IRC A1 2D 4 .0 21 i n
63 V
100 N
RCOR208
208
50 V
0805
DCOD52
52
P I5U 5 0 5
6
PIU506
R71
3 K92
PIR7101
0805
13
PIU13013
COR77
R77
+
-
+
U13 :4
M C33079 D
7668
Li n k R et
14
PIU13014
CCOC39
39
PIC3902 PIC3901
R A D .2 in
2 K74
0805
3 K92
0805
P I U 57 0 7
+
COC36
C36
COC137
C137
50 V
RCOR239
239
1
P I C11 53 7N0 2 P I5C 01 3V7 0 PIR23901
W 1 2 5 PIR23902
0805
0805
39 K2
50 V
0805
7668
P I7U 1 3 0 7
P OA Ammp pI In n
S O14
F
U13 :2
M C33079 D
P 5: 2
PIC3602 PIC3601
1 N
7817
M C33078
PIR26602 P I U 1 350 5
PIR26601
COR266
PIR7801W 1 2 5 PIR7802
U5 :2
-
0805
PI504
RCOR78
78
S O D80
P I U 1 360 6
1 2 5 PIR8502
3 K32
16 V
33 U
0805
47 P
RCOR85
85
P I C 1 3 0 2 P I C 1 3 0 1 PIR8501W
PIR8402 W 1 0 0 PIR8401
S O14
-
CCOC13
13
RCOR84
84
3 K92
P MLL4148
S O8
Li n k G n d
PIR702
12
PIU13012
PIR701
PID5201
PID5202
10 K
0805
-
C
PID5101
PID5102
PIR20801W 2 5 0 PIR20802
475 R0
27 K4
-12 V
P I2U 5 0 2
PIR9402W 1 0 0 PIR9401
470 P
PISG1301
S O D80
COR94
R94
W100
COSG13
S G 13
0805
2 N7002
7986
P MLL4148
1
PIR9801
COQ7
Q7
COD35
D35
PID3502
PID3501
PIQ602
COR70
R70
D
QCOQ6
6
PIQ603
S
PIQ702
PIQ703
0805
W125
33 U
0805
J 11 0
1 K0
W125
475 R0
PIQ601
COR98
R98
W100
PIR6801 W 1 0 0 PIR6802 P I C 1 6 0 0 1 P I C 1 6 0 0 2
S O T- 2 3
L i n k Se n d
D
COC160
C160
COR68
R68
S
G
C
P OL Li in nk k MM utu te e
PIR9602W 1 0 0 PIR9601
PIQ701
PIR8901
PIR8902
PAO Am pm pG Gn nd d
COR89
P OW aWkaek e
G
0805
COR90
+ V_P R E
H
8
Gr o u n d s
COC99
C99
+ V _ Pr e
PIC9801
PIC9802
4
50 V
0805
4
COC98
C98
V-
PIU504
11
PIU1301
Legend
S O14
-12 V
100 N
0805
H
PIU1304 U M71 63C63:835 0 7 9 D
V+
U5 :3
P I C5 90 9 V0 1 P I1C 09 09 0N2
I
PIU508
B att er y
B att er y
S y st e m G n d
+ V_P R E
I
-12 V
S G
-12 V
J
J
M a st er
S e c ti o n:
P r o d u ct( s):
P C B #:
K
E X M M o bil e 1 2
M1814
R e v #:
M o difi e d: 2 0 1 9 - 0 9- 1 7
1
2
3
4
5
6
7
8
9
10
11
12
13
14
Fil e:
V01
E M L R e v #:
01
M a s t er. S c hD o c
15
S h e et
7
9
Of
T m p R e v: V 0 3 1
16
17
K
1
2
A
3
4
5
6
7
8
9
10
11
A
PIR20302
PIR13601
W100
W100
P O 0+ 22 7 7I In n
COR203
R203
2 K0
0805
W100
PIR24202
COSPCR2
SP C R2
COSPCR3
SP C R3
COSPCR4
SP C R4
COSPCR5
SP C R5
COSPCR6
SP C R6
W100
F
COR242
R242
S
PIQ1402
100 K0
PIQ203
PIQ2001
G
PIQ202
PIR24201
0805
D
2495
S
COR249
R249
1K0
PIR24902
0805
PIR2502COR255
D
PIQ2101
G
R255
100 K0
PIQ2102
PIR2501
0805
Legend
G
QCOQ21
21
2 N7002
7986
PIQ2103
S
W125
PILD701
PILD502
Y EL
50
LCOLD8
D8
G R N
75
7032
2 N7002
7986
PIQ203
PIR25102
0805
PIQ2201
G
RCOR256
256
100 K0
PIQ202
PIR25601
0805
S
COR252
R252
1 K0
PIR25202
D
PIR25602
0805
PIQ2303
PIR25301
PIR25302
D
PIQ2301
PIR25702
RCOR257
257
100 K0
PIR25701
0805
PIQ2302
0805
F
PIR25802
G
S
RCOR253
253
1 K0
COR258
R258
100 K0
PIR25801
0805
G
B att er y St at u s
S e cti o n:
-12 V
E X M M o bil e 1 2
Pr o d u ct( s):
S G
P C B #:
H
M1814
R e v #:
M o di fie d: 2 0 1 9 - 0 9- 1 7
2
QCOQ23
23
2 N7002
7986
PO\10LED
E
-12 V
B att er y
S y st e m G n d
1
7031
PIR25201
COQ22
Q22
RCOR251
251
1K0
PILD802
G R N
100
PO\75LED
7031
PIR25101
PILD801
PILD702
100L E D
W125
POLEDS0N
PILD501
LCOLD7
D7
75L E D
W100
PIR24901
0805
M M BT3906L T1
L D5
7 8 0 5 COLD5
W100
2 N7002
7986
20 K5
D
W100
G
COQ20
Q20
COR246
R246
COQ15
Q15
S O T- 2 3
PIR2302PIQ1401
D
PIQ1503
0805
W100
2 N7002
7033
PORED0L
S OT 23
PIR2301
W100
PIQ140739 8 6
1K0
0805
PILD902
PIQ1501
PIR24601
S O T- 2 3
COQ14
Q14
COR233
R233
R E D
C riti c al
0805
PIQ1502
PIR24602
R E D_L E D
PIR2301
COLD9
L D9
W100
PILD901
S O T- 2 3
P OC CH HA AR RGIG NI NG _G L0 EL DE D
E
7.5 B
W100
RL
W100
7 V5
PIR26501
R23
562 R0
S O T- 2 3
B at +
4V7
COD27
R265
562 R0
L E D S_ E N
Cha rge
PID1201COD12
PID1202
PID2701
PID2702
W100
POBat0
RE D
7036
S O D123
D27
P MLL4148
PID3802COD38
PID3801D 3 8
PILD301
W100
PILD304
C
PIR26502COR265 PIR2302COR23
S O D80
COLD3:1
COLD3:2
L D 3: 1
Cha rge
PID3901COD39
PID3902
D39
S O D80
0805
PILD303
7036
PID4302COD43
D43
PID43010 W 5
1 K0
PIR26102
G R N
PILD302
COR261
R261
D12
P MLL4148
L D 3: 2
0805
P MLL4148
W100
W100
COR260
R260
D
1 K0
S O D80
0805
PIR2601
B
PIR25902
PIR26101
PIR201
PIR2602
C
+ V_P R E
COR259
R259
S O T- 2 3
W100
2K0
0805
0805
PIR25901
COR220
R220
2K0
1K0
PIR13602
PIR20301
PIR202
B
COR136
R136
3
4
5
6
7
8
Fil e:
V01
01
E M L R e v #:
B a tt er y St at us L E D s. S c h D o c
9
10
S h e et
T m p R e v:
8
9
Of
V031
11
H
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
D E SI G N HI S T O R Y A N D I N F O R M A TI O N
A
B
C H A N G E HI S T O R Y
P O T E N TI O M E T E R S A N D
C
D
E
F
G
H
I
#
1
2
3
4
5
6
7
8
9
10
11
12
13
D AT E
0 8 - JA N- 2 0 1 9
1 7 - S e pt- 2 0 1 9
.
.
.
.
.
.
.
.
.
.
.
V E R#
V01
.
.
.
.
.
.
.
.
.
.
.
.
P C#
.
9437
.
.
.
.
.
.
.
.
.
.
.
D E S C RI P T I O N O F C H A N G E
R EL E A S E D F O R P R O D U CT I O N
C h a n g e R 2 4 8 1K 2 1 t o 4K 9 9 , R 2 4 4 1K 2 1 t o 4K 9 9 , R 1 7 2 8 2K 5 t o 2 7 4K.
.
.
.
.
.
.
.
.
.
.
.
#
1
2
3
4
5
6
7
8
9
10
11
12
13
D AT E
.
.
.
.
.
.
.
.
.
.
.
.
.
V E R#
.
.
.
.
.
.
.
.
.
.
.
.
.
P C#
.
.
.
.
.
.
.
.
.
.
.
.
.
D E S C RI P T I O N O F C H A N G E
.
.
.
.
.
.
.
.
.
.
.
.
.
#
1
2
3
4
5
6
7
8
9
10
11
12
13
D AT E
.
.
.
.
.
.
.
.
.
.
.
.
.
V E R#
.
.
.
.
.
.
.
.
.
.
.
.
.
P C#
.
.
.
.
.
.
.
.
.
.
.
.
.
D E S C RI P T I O N O F C H A N G E
.
.
.
.
.
.
.
.
.
.
.
.
.
T H I S S HE E T
C O N TAI N S A
C HA N G E H I S TO R Y
FU N CT I O N
LE V EL
LE V EL
L E V EL
Shape
Shape
Shape
FX Send
F X Send
F X Send
M a s t er
F X S e l e ct
.
.
P OT S
4483
4483
4483
4472
4472
4472
4472
4472
4472
4433
4189
.
.
B
N O BS
P O T E N T I O M E TE R S S I T C H E S A N D
REF
P1 A
P1 B
P1 C
P2 A
P2 B
P2 C
P3 A
P3 B
P3 C
P4
S1
.
.
A
N O BS
Y S# ST YL E
P32
P32
P32
P32
P32
P32
P32
P32
P32
P32
.
.
N O B#
10043
10043
10043
9921
9921
9921
9921
9921
9921
10043
10045
.
.
C
D
ST YL E P32
E
F
G
H
I
LO G, A LI S T O F T H E P O T S & K N O B S A N D A LE A D S & PI N S R E F E R E N C E S E C TI O N.
J
J
D e s i g n I nf or m ati o n An d H i st or y
S e cti o n:
Pr o d u ct( s):
K
P C B #:
E X M M o b il e 1 2
M1814
R e v #:
M o difi e d: 2 0 1 9 - 0 9- 1 7
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
Fil e:
V01
E M L R e v #:
Hi st o r y.S c h D o c
01
S h e et
9
Of
T m p R e v: V 0 3 1
16
17
9
K
PAN2901
PAN2301
8
CON16
R 49 A
C O R 4 5 A RC O5 R05 A0 A RC O3 R03 80 8
PAN1501
C O C 2 6 A RC O2 R0 260 A6 A RC O3R13 11 1
CON26
CON15
CON24
RC O6R16 1AA
RC O4 R34 A3 A
PAN2401
COR60ACOR41ACOC2ACOR42A
R 60 A
R41 A
S N74 A H C1 G86 C 22 A
D NS
R42 A
R 313
CC O3C03 0A A RC O3 R13 21 2
PAN1601
CON12
COD25COD33
2 C3PAN1401
72
ON14
Cr iti c al
4 K99
6 K98
10 U
C31 A
C32 A
6 K98
R 64 B
GN
Cha rge
PAN5601
CON52
CON48
CON54
PAN5401 CWO W 1 00
7 PAW1007 PAW1006 PAW1005 PAW1004 PAW1003 PAW1002 PAW1001 1 1
2370
C O N 4 4 PAN4401C O N 5 0 PAN5001C O N 4 6 PAN4601
PAN5201
PAN4801
C 30 B
R 60 B
R 41 B
C 22 B
R 65 B
P 2B
D 32 B
100 N
100 N
10 K0
1 K0
R 160
100 P
R 158
10 K0
C 82 R 169
R 152 R150 R153
C 78
3 N3
M C33079 D
1 N5
6
4
ct
F
X
S
el
e
S/ N L A B E L
1
R
22 U
COD4
D 44
4148
PAD4401
100 N 22 K
C80 R 154
R 155
22 K
PAC9001
YCOY1
1
PAU908 PAU906PAU905PAU904PAU903PAPUA9027PAU901 UC O9U 9
PAU10010
PAU1009
PAU1008
PAU1007
PAU1006
PAU1005
PAU1004
PAU1003
PAU1002
PAU1001
PAR148102 R 0PAR14801
RC O1 R41 84 8
COD28
UCOU10
10
PAU90 PAU901PAU901PAU9012PAU9013PAU9014PAU9015PAU9016C O H W 1 8
PAD3101
PAC8601+
PAC8602
COD31
22 U
22 U
CC O5C 75 7
COD29
C O8C68 6
PAD2902
2 2PAR15901
PPAC8702
1 M 0 PAC8701
PAC8801
PAR15902
C O8C 88 8 RC O1R51 95 9 C O8C78 7
22 P
PAC8802
PAU10014
PAU10013
PAU10012
PAU10011
V1000
100 N
C 81
PAD2901
V4220 M
PAU10025
PAU10026
PAU10027
PAU10028
D 28
PAU10019
PAU10020
PAU10021
PAU10022
PAU10023
PAU10024
C 30 C
R49 C
R 65 C
6 K98
R 64 C
4148
D 32 C
0
7
1
2 K74
4 K99
22 K
10 K0
4148
PAD4101
DCOD41
41
COC81 PAC8102 PAC8002 COC80
PAU10015
PAU10016
PAU10017
PAU10018
R 60 C
R 41 C
C 22 C
8 K25
R 83 C
100 N C31 C
100 N C 32 C
1 N5
4 K99
R42 C
100 N
10 U
R
100 P
4 K99
10 N
D37
D42
PAC9002
COR154 2. 2 8 8P A Y 1 0 1
PAR15401 P A Y 1 10 2
PAC8402 PAR15501
PAC8101 PAC8001
PAD28014 1 4 8PAD2802
PAC5702
C O9C 09 0
PAD4402
PAR15502 PAR15402
COR149PAR149012 R 0PAR14901
R 149
4148
4148
4148
D 34
4148
4148
D 40
D36
100 N
COR15
PAD4102
PAS1011
PAR1264012 KPAR16402RC O1 R61 46 4 PAHW1800
PAD3102 1PAC7402
00
N CC O7PAC7401
C 47 4
PAC7602
PAC7601
COC76
Y o r k vill e
C 2018
COR219 PAN1701 PAN1901
COR163 COR214
PAN2701 PAR16302PAR16301 PAN2101
CON17
CON20
CON56
R49 B
100 N
C 31 B
4148
P 3B
10 U
1 K0
8 K25
4 M7
8 K25
R 54 C
R 167
R122
274 K
3V6
C 99
M a s t er
R289
CL ODL D3 3R D/
100 N
1 N5
4 K99
R 42 B
100 N
1 K0
8 K25
4 M7
8 K25
R 54 B
15 K0
R 56 C
C 139
249 R0
100 N
C 98
R 36 100 K0
C 39 47 P
+
22 U
10 K0
10 K0
PALD301
100 N
4148
1 K0
100 N
8 K25
4 M7
8 K25
C 27 A
100 U
100 U
10 U
6 K98
R 292
R 172
COSPCR6
PALD303 PALD302
PALD304
4148
A
9
8
5
33 U
+
33 U
562 R0
R 304
COD38
PAC7902
C O7C 97 9
C O7C 57 5 PAC7502
1 0 0 PANC7501
100 N
D43
7 V5
PAD3802
PAD4201
COD34 COD37COD42
PAC7901
PAC5701+
PAD4202
COR169COR153
OC78
COC82COR150C
COR152
100 N
C 76
CLO LD D99
PAQ1403
1 K 0PAR2302
PAR23301
CR O2R 32 33 3
PAD3401 PAD3701
4148
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0 PAC218C02N PAC28C01
5
COC18
COR1C
CR O4R74 7CC CR O4R84 8CC CC O1C41 34 3CC PAC1143C002 PPAC143C01PAR49C01 PAR45C02
C18
R1 C
PAQ4C03
4 0 K PAR45C01
2 PAR50C01
4 0 K 2PAR50C02 PAC30C01 PAC32C01 PAC31C01
COESD3
PAQ4C02
PAR31C01
PAR83C01
PAR33C01
2PAR464C019 RPAR046C02 PAC215C02N P5AC25C01C O R 2 4
5
6
2
R
0
1 K 0PAR1C02
PAR47C01 PAR47C02
PAR1C01
RC O4 R54 C5 C RC O5 R05 0C C
1 NPAC26C02 P3AR206CK01 9 2PAR206C02 PAC30C02 PAC32C02 PAC31C02
PAR49C02 PAC26C01
PALD1C01 PALD1C02 CD O4D 4CC PAD4C02
22 U
PAR2402
CRO 4R 64 6CC CCO2C 52 5CC PAR2401
PCOP3C
3 C
P
CC O2 C62 C6 C RC O2 R0 260 C6 C
4AR48C0K1 9 PAR48C02
9 PAD4C01
4
1
4
8
PAR60C02
PAR41C02
CRO 2R 222
PAR42C01
PAC22C02
CL O DL D1 1 C
1PAR61C02
0 K PAR61C01
0
M C33079 D
CD O1D 1 1 C
C O6 R16 1CC
CR O5R 25 2CC
PAR55C01
R
CCO2C 42 4CC
PAR52C01
PAD11C02
4 1 4 8 PAD11C01
PAR2201
4 K 9 PAR2202
9
PAR43C01 PAC22C01 PAR42C02
PAR413C02K 0 PAR60C01 PAR41C01
CDO3D 3CC
RC O4 R34 C3 C
3PAC23C01
3 0 PAC23C02
P PAR52C02PAR55C02
COJ3
CR O2R 72 78 8
PAD3C01
PAR65C02
.475
.475
5
C
0
3
3
2
R
C
O
O
C
C
2
3
C
PAR64C01
R
3
0
5
PAD3C02
COTP10
PA6R2780K2 2 P0AR27801
CU O4U 4CC
ES D
CRO2R 82 85 5 1
2
PAD3C03
P1AC1208C020 PAPC128C01PAR65C01
CR O5R 55 5CC
PATP1001 PASG1001
PAR64C02
CU O2U 42 4
PAC10202 PAC9502
PAR54C02 CC O1 C21 82 8CC
PASG1002
PAR2101
PAR2102
2
K
0
COR21
R21
PAU2408
PAU2409
PAD32C02
PAC17101
.225
C O2 C92 9C C
PAR54C01
COSG10 3
PAU2407
PAU24010
PAC10201 PAC9501
2 K0
PAR2001
CRO 2R 20 0 PAR2002
R62C
COSG9
C O PAR62C01
PAR62C02
CRO2R 23 311
PAU2406
PAU24011
C
7
2
C
O
C
C
2
7
C
1PAR231010 KPAR203102 PAC17102
PASG902
PAD32C01 PAP3C03 PAP3C02
PAU2405
PAU24012
PAR53C01 PA4R56C702 K 5
PAP3C01
PAR56C01
PASG901 PATP901
PAU2404
1 0 0 PAR30501
R PAU24013
PAR30502
PC O2P 2CC C O9C 91 1
L
e
v
el
PAR27602
R
8
8
8
8
R
O
C
PAR8801
PAR8802
4
K
9
9
PAU2403
PAU24014
PAR53C02
COTP9
COC16
2 0 K P5AR28501PAU24015
C16
PAR28502
PAU2402
PAR66C01
4 K 9 9PAR66C02 RC O6 R66 6C C
.175
PAP1C03 PAP1C02 PAP1C01
2C O2N 5U8
CRO2R 72 76 6 PAR27601
PAU2401 CPO 1P 1CC
5PAR28402
6 2 RPAR28401
0 PAU24016
C O1C01 01 1
PAN5801
UCOU2
2
PAR23001
PAR28601
PAR28001
PAR27702
PAC13401
PAC10001
PAR30202
CC O1 C01 00 0
PAR30002
PAR30101
4 K 9 PA9R2402
PAR24001
PAR30601
O8C38 3
C
L i n e I n CRCROO22RR8422820420
PAR23002
PAR28602 PAR28002 PAR27701
1401 PAC10002
PAP2C03 PAP2C02 PAP2C01 1PAC104020 P PACPAC10102
RC O6R76 7
4 K 9 PA9R28202 PAR22901
CUO1U 16 6
PAR28201
PAR30001
PAR30102
PAR30602 PAR30201
PAC13402
4 K 9 PA9R2902
COJ4 CRO2R 2 29 9
CON59
PAU1608
PAU1601
PAC10101
2
K
7
4
2
0
1
5
1
R
A
P
PAR15101
7
K
2
0
7
2
R
A
P
1
0
7
2
R
A
P
PAQ3803
2
K
7
4
COSPCR7
1
0
7
6
1
R
A
P
2
0
7
6
1
R
A
P
PAR6701
1
0
M
PAR30301
PAR30302
PAC8302
P1AC1406010 PANC14602C O1C41 64 6
A U 1 6 0 7 PAR30402
PAU1602
CCO C1 177
PA4R2830K1 9 PA9R28302 PAC17702
CQO3Q 38 8
22 U
PAJ402
PAN5901
RC O2 R22 72 7
PAR17002 PAU1108
PAU1107
M C 3 3 0 7 8PPAU1606
PAC14501
PAU1603
B T 3 9 0 6 L T PAQ3802
1CR O3R03 30 3
CRO2R 82 83 3 PAC17701 M MPAQ3801
1 0 K PAR8602
0 RC O8R68 6
PAU1109
PAU1106 PAC8301 PAR6702 PAR8601
PAR30401
PAC17201
1 0 0 PAC17202
N
PAD2301
PAR17001
PAR29901
C O1C41 54 5 PAC14502
PAU1605
PAU1604
BPALD601
T _ S t at PALD602
us
CR O2R 2 24 4
PAR30701 PAC17502
PAU11010
PAU1105
COPZ
CC O8C58 5
PAJ401
PATP1101
COQ13
Q
1
3
2 7 K PAR29102
4 PAR29801
6 K 9 PAR29802
8 RC O2R92 89 8
PAJ403
PAU1104
RC O2R 92 911 PAR29101
PAR2501 PAR22402
CL O LD D66
4 7 KPAR22401
5
PAR29902 PAD2302 PAR30702
3 K 3 PAR29602
2
1 0 0 PAC13002
P C O1 C31 03 0
PAR29601
COTP11
PAQ1302 PAQ1301 PAR16902 PAR15302 PAU11011
1PAC805010 PAC8502
N PAC13001
PAU1103
PAU11012
COSG11
J110
PAC17501 CRO2R 92 96 6
PAQ3702 PAQ3701
C O T P 1 2 PATP1201
PAR2502
PAR29201
1 0 K 0PAR16101 RC O1R61 611
PAR15802 PAR16102
PAR16901
PAR15301
B C847 C
PAQ1303
PAU11013
PAU1102
NPAS204
C R
N CL
PAS201
PASG1102
PAR31402
CC O1C 71 75 5
PAJ405
PAR15801
PAQ3703
PAR16002
CCO 1C 199
PAU1101
PAR29202
PAC8201 PAR15002 P A U 1 1 0 1 4
CQO 3Q 377
PASG1101
CR O3R03 70 7
C R
PAR31401 C O9C 29 2
CL
PAC7801
PAC12901
PAS202
PAS205
10K0
PAR156022PA4R157901 RPA0R15702 PAR16001
PAR15601
PAR15001
UCOU11
11
PAR22301
CR O1R51 65 6 PAC12902
PATP3001C O T P 3 0
PAC8202 PAR15202 PAC7802
RC O1 R51 75 7
22 U
CR O2R 42 48 8 PAR244802K 9 9
NPAS206
O R
N OL
PAS203
CQ O1Q 12 2
PAR22502
4 7 KPAR22501
5PAR24801
PAJ404PASG1202
PAR22302
C O1 C2192 9
CC O1C 41 40 0
D
1
7
7
1
D
O
C
PAR15201
3
6
R
O
C
R
6
3
CR O2R 2 25 5
PAR17102
PASG1201
CR O2R 22 32 3
1 0 K 0 PAR2601
COS2
S2
PAQ1202 PAQ1201 PAR6302
CRO 2R 266 PAR2602
1 5 K PAR6301
0 PAD17024 V 7 PAD1701
9 RC O2R42 4 4
CCO 1C 01 05 5
PAR17101 3 9 0 6
CR O7R 7 7 PAR4240K2 9 PAR24401
PAQ1203
10K0
PAR5101
PAR5102
7
4
2
R
O
C
R
2
4
7
2 K 0PAR14601
PAR14602
CCO 2C 200
RCOR51
51
CR O7R 47 4
2 K 4 9PAR24702
PAR24701
COS1
RC O2R22 2 2
PAR17202
3
9
K
2
PAR12201
2
0
2
1
R
A
P
3 K 9 PAR7401
2 PAC3402 PAR22202
PAR7402
PAR7102
4
K
9
9
PAR22201
PAR20702
CRO6R 96 9
CCO1C 144
4 1 4 8 PAD5101
PAD5102
PAQ3603
PAR17201
B C847 C
3 K 9 PAR7702
2 PAC3401
COR194
4PAR6901
7 5 RPAR6902
0 PAR20701
2PAC1401
7 0 P PAC1402
PAR7101 PAR7701
CQ O3Q 63 6 PAQ3601
PAQ3602
PAC9802
P A R 1 9 4 0 2
P A R 1 9 4 0CR1O 7R 722 PAR7201
PAR9201
PAR7801 PAC3602
1 M PAR7202
0
PAD2203
PAC9801 PAR9202 PAD2202
COU5
COSNL1
4 7 0 PAC3301
P
PAC3302
UC O1U 31 3 C O R 9 2
PAD2201
PAR7802 PAC3601
CCO 3C 33 3
M C33079 D
DC O2D 2 2
1PAC90020 PAC9901
N
PAR18402 PAR18602
4
7
0
P
PAC3501 PAC3502PAR20802
PAR8202
PASG1401
PAC3902 PAR3601
CCO3C 53 5 PAR7602
PASG1402
PAR18401 PAR18601
1 M PAR7601
0
PAR8201
PAR20801 PAD5202
4 1 4 8 PAD5201
PAC3901 PAR3602
CRO 7R 76 6 CDO 5D 52 2
PATLH500
E X M M o bil e 1 2
Cli p
COR309 COR310
1 M0 R 309
COC2
PAR23602
PAR23601
PAHW1900 COR52ACOR5ACOR58ACOR59A
R 52 A
R 55 A
1 N5 C28 A
249 R0 R 57 A
PAC202C 2
C25 A
COC28A COC25A
COR57A
COW1086
CON23
COR49APAN2601CR 24 65 AA
COR236
PAW108700
RC O4 R74 A7 A
CR O4R 84 8AA
COW1087
CRO1R 1AA
CRO3R 13 1AA
CDO3D 3AA
CDO2D 2AA
CR O2R 82 8A A
1 M0 R 310
PAW108600
PAN1201
1
8 CI R
PAW608 PAW607 PAW606 PAW605 PAW604 PAW603 PAW602 PAW6011 WCOW6
6
CON29
PAN2001
COR21 PAN3801
CON27
CON38
PAN4201
165
C O R CON21
CON19
COR216
PAR21602
W3
PAR21601 COW3
PAR16502
PAN3401C O N 3 4
PAR16501
C O 1N 3 0
PAW3012 PAW3011PAW3010PAW309 PAW308 PAW307 PAW306 PAW305 PAW304 PAW303 PAW302 PAW3011PAN3001
C O N 4 0 PAN4001C O N 3 6PAN3601C O N 3 2 PAN32012 3 9 5
PAR21401PAR21402
PAR21102PAR21101
CON42
PAR21902
PAR21901
8
PAR18501PAR18502
COR185
1
2
3
4
5
6
7
8
9
P C B ASSE M BLY
A
10
11
12
13
14
15
16
17
D O C U M E N T ATI O N
A
S P E CI A L P R O D U C TI O N N O T E S
B
B
1 . RT V A L L T A L L CA P S
2. US E PI
A C UT T E R T O S E P A R A T E B O A R D F RO M P A N E L.
Pl e a s e m a e sur e C 3 i s V E RTI C A L
a n d n ot b e nt o e r co e ri n g t e L E D
L D1 A
C
C
D
D
E
E
F
F
Pl e a s e m a e sur e C 2 1 A C 2 1 B C 2 4 C ar e
n ot b e nt o e r co e ri n g t e L E D s n e xt t o t e m
L D1 A L D1 B L D1 C
G
G
H
H
I
I
J
T H I S S HE E T
C O N TAI N S S P E C I A L P RO D U C TI O N
NO T E S A N D A LI S T O F P C B HA R D W A R E P A R T S R E Q U I RE D F O R T H E B U I L D.
J
A s s e m bl y
S e cti o n:
Pr o d u ct( s):
K
P C B #:
M1814
R e v #:
M o difi e d: 1 1/ 5/ 2 0 1 9
1
2
3
4
5
6
7
8
9
10
11
12
13
14
Do c u m e nt a ti o n
E X M M o b il e 1 2
Fil e:
15
V01
E M L R e v #:
A s s e m bl y. S c h D o c
16
01
S h e et
10
Of
T m p R e v: V 0 3 1
17
11
K
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
D E SI G N HI S T O R Y A N D I N F O R M A TI O N
A
B
C H A N G E HI S T O R Y
P O T E N TI O M E T E R S A N D
C
D
E
F
G
H
I
#
1
2
3
4
5
6
7
8
9
10
11
12
13
D AT E
0 8 - JA N- 2 0 1 9
1 7 - S e pt- 2 0 1 9
.
.
.
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V01
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P C#
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9437
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D E S C RI P T I O N O F C H A N G E
R EL E A S E D F O R P R O D U CT I O N
C h a n g e R 2 4 8 1K 2 1 t o 4K 9 9 , R 2 4 4 1K 2 1 t o 4K 9 9 , R 1 7 2 8 2K 5 t o 2 7 4K.
.
.
.
.
.
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.
.
#
1
2
3
4
5
6
7
8
9
10
11
12
13
D AT E
.
.
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V E R#
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P C#
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D E S C RI P T I O N O F C H A N G E
.
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#
1
2
3
4
5
6
7
8
9
10
11
12
13
D AT E
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T H I S S HE E T
C O N TAI N S A
C HA N G E H I S TO R Y
FU N CT I O N
LE V EL
LE V EL
L E V EL
Shape
Shape
Shape
FX Send
F X Send
F X Send
M a s t er
F X S e l e ct
.
.
P OT S
4483
4483
4483
4472
4472
4472
4472
4472
4472
4433
4189
.
.
B
N O BS
P O T E N T I O M E TE R S S I T C H E S A N D
REF
P1 A
P1 B
P1 C
P2 A
P2 B
P2 C
P3 A
P3 B
P3 C
P4
S1
.
.
A
N O BS
Y S# ST YL E
P32
P32
P32
P32
P32
P32
P32
P32
P32
P32
.
.
N O B#
10043
10043
10043
9921
9921
9921
9921
9921
9921
10043
10045
.
.
C
D
ST YL E P32
E
F
G
H
I
LO G, A LI S T O F T H E P O T S & K N O B S A N D A LE A D S & PI N S R E F E R E N C E S E C TI O N.
J
J
D e s i g n I nf or m ati o n An d H i st or y
S e cti o n:
Pr o d u ct( s):
K
P C B #:
E X M M o b il e 1 2
M1814
R e v #:
M o difi e d: 1 1/ 5/ 2 0 1 9
1
2
3
4
5
6
7
8
9
10
11
12
13
14
Fil e:
15
V01
E M L R e v #:
Hi st o r y.S c h D o c
01
S h e et
9
Of
T m p R e v: V 0 3 1
16
17
9
K
1
2
3
4
5
6
7
8
9
10
11
9708 Po
A
15
16
17
er S u p pl y
I E C_ RE CT
-12 V
3 0 9 4 C a bl e
B
S G
B T M1816 V01
C
B l uet o o t h B M 2 0. S c hD o c
B T_ Aud io_
B T_ A Gnd_
B T_ + V_
B T Gnd
+5v_ B T
B T _ E n a ble _
B T _ S y s P wr _
B T _ B l u _L E D
-
7408
T
+
EETE R
2
P o w er
1
O OFE R
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-
8
7
6
5
4
3
2
1
T_
T_
T_
T_
T_
T_
T_
T_
+5 V_
+5 VF X
V r ef
- V_
F Xe n S W _
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Li n k M u t e
B at L o w Al ert _
W A KE~
St at us
S y s P wr
E n a ble
+5v
D Gnd
+ V
A Gnd
Aud io
+5 V
-12 V
1
2
3
4
5
6
7
8
9
10
11
12
L M
1
2
3
4
5
6
7
75L E D
C H A R GI N G L E D
+ V_ In_
R E D_ L E D
B at +
100 L E D
L E DS_ E N
J
Hi s t or y. S c hD o c
A s s e m b l y. S c hD o c
D E SI G N HI S T O R Y
1
2
A S S E M BL Y
3
W10
E C A D I N CI D E N T A L
E C O. S c h D o c
N O TE S
4
5
6
7
8
9
10
11
3
3
3
2
2
2
1
W 1: 1
W 1: 2
W 1: 3
W 1: 4
4
4
4
4
PIN1301
CON13
3
NCON18
18
PIN2201
NCON22
22
PIN2501
NCON25
25
PIN2801
CON28
N
PIN3101 2 8
N1
PIN1801
CON31
1
NCON33
33
PIN3501
NCON35
35
PIN3701
N3
PIN3301
CON37
7L M _
NCON39
39
PIN4101
NCON41
41
PIN4301
NCON43
43
N3
PIN3901
7
7
7
7
7
7
7
+ 5 V _ O ut
+5 V_ F X
V r ef _
- V _P R E
F Xe n S W
+ V _ P R E _ O ut
A m p I nA mp In +
+ V
Li n k M u t e
B at L o w Al ert
W A K E_
1 PIN4501
CON45
2 PIN4701
N45
CON47
3 PIN4901
N47
CON49
4 PIN5101
N49
CON51
5 PIN5301
N51
CON53
6 PIN5501
N53
CON55
7 PIN5701
N55
CON57
N57
Ps G n d
+ Vi n
Hi O utHi O ut +
L o O ut +
L o O ut-
PS
1 /12
2 /12
3 /12
4 /12
5 /12
6 /12
7 /12
8 /12
9 /12
1 0/ 1 2
11 / 1 2
12 /12
3 1 1 5 C a bl e
7
7
7
7
7
7
7
W1
W2
1
2
3
4
/12
/12
/12
/12
/12
/12
/12
/12
/12
/12
/12
/12
A M P 1815 V01
W AKE
I
2
S k pr
E
W11
F
Hi A m p O ut +
Hi A m p O utL o A m p O ut +
L o A m p O ut-
B
B
B
B
B
B
B
B
W7 :2 4
3 1 2 4 C a bl e
W3
+V_ P R E
I n p ut S e cti o n. S c hD o c
+5 V
1
M ut e S W
C h as sis
S1
S2
I n p ut M 1 8 1 4 V 0 1
+5VF X
W7 :1 4
S1
S2
S G
-12 V
3 0 9 3 C a bl e
G
H
W7
P o w e r S wit c h
8
7
6
5
4
3
2
1
W6
8
8
8
8
8
8
8
8
B
B
B
B
B
B
B
B
F
B att er y
4 3 2 1
8
8
8
8
8
8
8
8
T _ A u di o
T_ A Gnd
T_ +15v
T_ D Gnd
T _ + 5v
T _ E n a bl e
T _ S y s P wr
T _ St at u s
W6_
W 1 1: 1
W 1 1: 2
W 1 1: 3
S?
+
7306
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S e c ti o n:
Pr o d u c t( s):
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14
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16
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PIQ10L03
S OT23
PIC42L01
PIC42L0
PIC41L0
PIC41L02
COC41L
C41L
5 X 7 M M . 2i n
COC42L
C42L
- V _P W R
COR112L
R1 12L
1 U
PIR112L01W 1 2 5 PIR112L02
63 V
PIR108L02W 1 0 0 PIR108L01
RC O1R21 02 0LL
8 K25
2 K0
0805
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8L
PIQ8L02
PIR120L1
0805
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PIQ8L01
PID15L01
S OT23
S O D80
PIQ9L03 COQ9L
PIR10L1
0805
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0805
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B C847 C
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D16L
J
PID16L02
PIR116L01W 1 0 0 PIR116L02 PID16L01
10 K0
P MLL4148
0805
S O D323F
P r o d u ct( s):
15 K0
0805
P C B #:
12
13
S O D80
Li mit er s
S e c ti o n:
11
PIR120L2
47 K5
CR O1R 1 144LL
475 K
PIQ10L02
RC O1R01 80 8LL
PIR107L01W 1 2 5 PIR107L02
+ V_P R E_
63 V
PIR119L01 W 1 0 0 PIR119L02
10
CCOC158
158
- V _P W R
COR68L
E X M M o bil e 1 2
M1815
R e v #:
M o difi e d: 2 0 1 9 - 0 8- 2 0
1
0805
H
R A D .2 in
0805
RCOR119L
1 19L
C155
0805
PIR68L01
5 K36
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PID9L02COD9L
D9L
PID9L013 0 V
PIR117L01 W 1 0 0 PIR117L02 PIR118L01W 1 0 0 PIR118L02
E
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+
150 N
100 R
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5
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0603
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R11 1L
4
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RCOR275
275
PIR27501W 1 0 0 PIR27502 P I U 1 14 021 2
0805
0805
0805
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PIC1501COC155
PIC1502
PIC15602COC156
PIC15601
A m p BI n-
50 V
0805
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PIC40L02 PIC40L01
PIR109L01W 1 0 0 PIR109L02
B att er y
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6
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0805
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50 V
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8
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270 P
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9
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2
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1
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Fil e:
V01
E M L R e v #:
01
L i mit er s. S c hD o c
15
S h e et
6
7
Of
T m p R e v: V 0 3 1
16
17
K
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
D E SI G N HI S T O R Y A N D I N F O R M A TI O N
A
B
A
B
C H A N G E HI S T O R Y
#
1
2
3
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E C?
F
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LO G, A LI S T O F T H E P O T S & K N O B S A N D A LE A D S & PI N S R E F E R E N C E S E C TI O N.
J
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D e s i g n I nf or m ati o n An d H i st or y
S e cti o n:
Pr o d u ct( s):
K
P C B #:
E X M M o b il e 1 2
M1815
R e v #:
M o difi e d: 2 0 1 9 - 0 8- 2 0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
Fil e:
V01
E M L R e v #:
Hi st o r y.S c h D o c
01
S h e et
8
Of
T m p R e v: V 0 3 1
16
17
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1
A
2
3
4
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S P E CI A L P R O D U C TI O N N O T E S
6
7
8
9
P C B ASSE M BLY
H e at si n
11
12
13
14
15
16
17
D O C U M E N T ATI O N
A
A s s e m bl y P C B Fi ni s i n g
B
3 Fli p t e g ui d e f or t e 4 2 3 6 p ad o nt o t e
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10
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6698
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T H I S S HE E T
C O N TAI N S S P E C I A L P RO D U C TI O N
A s s e m bl y
S e cti o n:
Pr o d u ct( s):
P C B #:
3
4
5
6
7
8
9
10
11
12
13
14
Do c u m e nt a ti o n
E X M M o b il e 1 2
M1815
R e v #:
M o difi e d: 2 0 1 9 - 0 8- 2 0
2
J
NO T E S A N D A LI S T O F P C B HA R D W A R E P A R T S R E Q U I RE D F O R T H E B U I L D.
K
1
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15
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V01
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A s s e m bl y. S c h D o c
16
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S h e et
7
Of
T m p R e v: V 0 3 1
17
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K
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
A
A
PA NEL
PA R T S
C or n er s
D O C U M E NT AT I O N
B
Bl a n
COPCB
P CB
C
D
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H W13
COHW14
H W14
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CAIO A-IA0 AS SSS Y 11
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COBF1
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E C A D I n ci d ent a l s
S e cti o n:
Pr o d u ct( s):
K
P C B #:
E X M M o b il e 1 2
M1815
R e v #:
M o difi e d: 2 0 1 9 - 0 8- 2 0
1
2
3
4
5
6
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8
9
10
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12
13
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15
Fil e:
V01
E M L R e v #:
E C O. S c h D o c
01
S h e et
9
Of
T m p R e v: V 0 3 1
16
17
7
K
S / N L A B EL
10 K0 R202
1 K0
R212
R137
27 K4 R205
10 K0 R210
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PAU20017
PAU20018
PAU20019
PAU20020
PAU20021
PAU20022
PAU20023
PAU20024
PAU20025
PAU20026
PAU20027
PAU20028
PAU20029
PAU20030
PAU20031
PAU20032
R297
C148
1 N
NT D20 P06L
4 U7
4 U7
10 K0
3 K32
R135
C142
C141
PAU20064
PAU20063
PAU20062
PAU20061
PAU20060
PAU20059
PAU20058
PAU20057
PAU20056
PAU20055
PAU20054
PAU20053
PAU20052
PAU20051
PAU20050
PAU20049
COC18
CDO 1D 100
D14
D15
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PAW402 PAW404 PAW406
PAW401 PAW403 PAW405
PAD1001
PAD1401PAR10802PAD1501 PAD1301
PAR10801
CCO 1C 19 977 1 K 0
CDO 1D 133
PA1C197002 0PAC1N9701
PAR11002
PAR11001
100 R
COR201
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PAU12040 PAU2001 RPAU203 PAD1402PAR10902PAD1502 PAD1302 CRO 1R 10 066
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PAU2015PAU209 PAU2013PAU20148 PAU202PAU201 PAU20127 CROP1AUR20PAR20102
CRO 1R 10 099
PAR10602
1 0 KPAR10601
0 PAR10702
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CCO 1C 13 322
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N 3 PAN301
CCO 1C 19 966
PAC196021 PAC11301
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TL431 A
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CCO 1C 11133
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PAX202
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PAD1802 PAC9302
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3 9 PAR24301
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4 7 PAC15001
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C154
PAX101
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PAU1505PAU1506PAU1507PAU1508COU15
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CRO 1R 1 19 9LL
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PA1C1300C1O0X 2N PAC13202
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PAQ1102
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PAR23802P
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CON2
COU6
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PAN201 PAR21050010 KPAR10502
COR241
M A X17205
COD21
D21
PAU2106
COR133
C149
F D N5618
100 K0
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COC159
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PAR118L01 PAR119L01
CRO 1R 11 188LL
CUO U77
2
PATP3501
PAC6201
PAC15902 PAU1504 PAU1503 PAU1502 PAU1501
PAC6202 CCO 6C 622
PAC15901
PAR17801
COTP35
COR1PALR15L02
10
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COD30
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M KL15 64 VL H4
PAR111L02
1
1 N5
180 P
PAR115L010 0 R
CCO 1C 10 044
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18 K2
47 K5
4148
COC40L
PAR105L02 PAC40L01 PAR111L01
COR105L
2 S A1552
C168
PAU701
100 R C40L
R109L
R111L
10 M
R294
R272
6 K20 47 K5
R108 H
C42 H
562 R0
Q10 H
CDO 9D 9HH
PAR118L02
PAU702
4 K75
D14 H
4148
18 K2
47 K5
180 P
4 K75
C40 H R109 H
R105 H R106 H
L M13700 M X
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PAR106L02 PAR109L02
PAR105L01 PAC40L02
9
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PAR108H02
PAD14L02
COD14LPAD14L01
D NS
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PAW804 PAW803 PAW802 PAW801 1
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3 9 PAR21202
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3 9 PRAR29702
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COR108H
PAU7014
PAR119H025 KPAR109H01 PAR118H02 PAU7015
PAU7016
4 1 4 8PAD9H01 PAR118H01
PAD9H02
CRO1R 1 188 H
PAR108H01
CRO 1R 14 455
CCO1C 15 522
PAR9902
PAR9901C O H W 1 5
PAR13401
4 K 7 PA5R13402 PAR12302
4 K 7 PA5R12301 CRO 1R 12233
PAW909PAW907PAW905PAW903 PAW901
PAR1145020 0PAR14501
R
PAC10402PAW901PAW908 PAW904PAW906 PAW902 PAC113021 U
PAD2102
4 1 4 8PAD2101
COR109LPAC104011 0 N
PAR106L01 PAR109L01
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W8
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PAR21801 PAR13502
L M3409
V
COD14H
PAD14H01
PAU708
PAU707
PAU706
PAU705
PAU704
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COR177
COR106L
PA1C15001 0 N PA1C156002PA0C1P5AC0125N601
PAR1102L082 KPAR2102L01 CRO 1R 10 022LL R 1 0 6 L
PAU709
PAU7010
PAU7011
PAU7012
PAU7013
PAR111H010 0PAR1R1H02 PAR115H020 0PAR1R5H01
CRO 1R 11 155 HH
PAU1201
CQO 2Q 255
PAC135012 UPAC13501
PAU21010
PAU2109
PAU2108
PAU2107
PAU2105
+
CRO 1R 11 111 HH PAC40H01 PAR105H02
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PAU2303
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PAU2102
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PAU2104
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PAR17402 PAR23402 PAR23401 PA2R179071 KPAR17902
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N
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CCO 1C 13 355
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CQO 2Q 277
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PAC11702
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PAR17401 PAC12302
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PAR14011 0 RPAR1402
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PABF200
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Q 1 1 PAQ101
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ES D
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4 7 5 PAKR18202 CRO1R 71 766
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CRO1R 18 822
CRO3R 13 155
CQO 4Q 400
COC111
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e
CDO 4D 488
E X M M o bil e 1 2
2 U2
PATP3801C O T P 3 8
TL072
PAQ4003
PAQ4002
PAR31502
PAR31601
1 0 0 PAR31501
R
100 N
PAQ4001
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Q39
PAD4801
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0
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CQO Q44 11
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20 K5
PAQ3903
PAQ3902
PAR2701
1 0 0 PAR2702
R
R142
COR317
PAR31702
PAR31701
B C857 C
R322
PAQ4103
100 R
PAR32201
1 0 0 PAR32202
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PAQ3901
PAR31602
100 R
MJ D243 T 4 G
R317
R321
100 R
COR32
PAQ4102
PAQ4101
PAR32002
COR321 PAR32001
PAR32101 PAR32102
CRO 2R 277
CRO 3R 31 188
PAR3119020 0 PAR31901
R PAD4901
PAR31802
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100 K0
CDO 5D 533
CRO 3R 32 200
CCO OE ES DS 1D 2
CRO 3R 13 199
RT
V
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PAD5302
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4148
249 R0
PAR16801
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PAR25401
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PAR25002
PAR16802
PAR25402
PAR26702
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PAW3003
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8
PAN2501
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2
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PAN3701 PAN3901
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PAHS100 COHS1
PAHS101
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PAQ3503
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0 0 2 CQO 3Q 355 PAN3101
PAQ3501 PAQ3502
PA4R268072 5 PAR26801
K CRO2R 62 68 8
PAW701 PAW702 SP owitw cerh
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W7
COHW16PAHW1600COW7
CCO 1C 12 277
PAC12702
PAC12701
PAC10301
6698
18 V0
475 K
1
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3538
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PATP1901 C
PAR23702
PAR23701
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PAR18802
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20902 CCO5C 54 4
PARPAR12601
PAR12602 PAC5401
COF1
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CRO 2R 22211
PAU801PAU802PAU803PAU804PAU805PAU806PAU807PAU80PAU809PAU801PAU801PAU8012PAU8013PAU8014PAU8015PAU8016CUO U88
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R131
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PAC4402 PAC4502
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+
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PAR12001
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PAQ3401
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PAR2640P2AR26401
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1 U
+
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R125
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PAC6902
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PAR32301
PAR32302
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2371
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+
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CRO2R 52 544
R271
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1
680 N
COHW13
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PAR12101 CCO1C 61 633 CCO 1C 16 644 CCO 1C 16 655 CCO1C 61 666 PAR13101
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32 277
PAR32702
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COR125
C103
PAQ1903
D18
PAC11902
CCO 4C 488
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PAC11901
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C47
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9 1 U PAC4802
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680
CRO1R 31 300
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PAL102
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N
10 U H R T V
10 U H
150 N
PAQ1901
PAR19902
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N M C78 M05 B
PAQ1802
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+
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M C78 M05 B
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Q18
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PAC7201
PAL401
R126 5 K76
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PAC110021 0 NPAC11001CCO1C 11100
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0 PAR17502
1 K P0AR17501
RT V
0 R0
+
100 U
PAC10701 PAC10702
PAR147301K 7PAR17302
5
PAR32601
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CCO 1C 12 222
PA1C12081 0 P PAR19801 PAC1202 COD24
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CRO 1R 17755
PAC7202
PAL302
PAL101
R121
10 R0
PAL601
PAU1804PAU1803PAR19802 COR198
CCO 7C 722
PAL202
100 N
220 U H
COL6
L6
CRO1R 17 733
5 K76
R199
150 P
C119
PAL602
COC121
PAC12102
PAC12101
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PAC61012 0 NPAC6101 PAR123701R 3PAR12702
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M C33063 A
R191
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R190
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PAC108011 U PAC10802PAU1808PAU1807 PAU1805PAU18U061 8
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PAR68H01 PAR68L01
PAR68H02 PAR68L02
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PAC11401 PAC11402
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4148
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+
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D ATE
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V E R#
P C#
D E S C R I PTI O N
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D ATE
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D E S C R I PTI O N
E C?
F
G
H
I
C
D
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O F C H A NG E
F
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O F C H A NG E
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T HI S S H EE T C O N T AI N S A C H A N G E
H
I
HI S T O R Y L O G, A LI S T O F T H E P O T S & KN O B S A N D A L EA D S
& PI N S R EF E R E N C E S E C TI O N.
J
J
D e si g n I nf or mati o n A n d Hi st or y
S e cti o n:
Pr o d u ct( s):
K
P C B #:
E X M M o bil e 1 2
M1815
R e v #:
M o difi e d: 2 0 1 9 - 0 2- 2 6
1
2
3
4
5
6
7
8
9
10
11
12
13
14
Fil e:
15
V01
E M L R e v #:
Hi st o r y. Sc h D o c
01
S h e et
7
Of
T m p R e v: V 0 3 1
16
17
7
K
1
2
3
4
5
6
7
9
10
11
9708 Po
A
Legend
12
13
14
15
16
17
er S u p pl y
A
I E C_ R E C T
I n p ut - 8 5 - 2 4 0 V A C
B att er y
S y st e m G n d
B
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BT
M1816 V01
Bl u et o ot h B M 2 0. S c h D o c
B T _ A u di o _
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B T_ + V_
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B T _ E n a bl e _
B T _ S ys P wr _
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CON5
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PIN601
CON6
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PIN701
P o w er
PIN801
CON8
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2
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CON11
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Y S#7406
1
O OFE RS
8
7
6
5
4
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1 /12
2 /12
3 /12
4 /12
5 /12
6 /12
7 /12
8 /12
9 /12
10/12
11/12
1 2/ 1 2
L M
A M P 1815 V01
4
4
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2 /12
3 /12
4 /12
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W2
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B
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I n p ut S e cti o n. S c h D o c
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W 1: 3
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8
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8
7
6
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8
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3
4
5
6
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A S S E M BL Y N OT E S
1
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D E SI G N
3 1 1 5 C a bl e
7
7
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HI S T O R Y
4
5
6
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8
9
10
11
7
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2
3
4
5
6
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C H A R GI N G _ L E D _
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P o w er S u p pl y S e cti o n. S c h D o c
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Y or k vill e S o u n d Lt d.
Pr o d u ct( s):
5 5 0 Gr a nit e C o urt
Pi c k eri n g, O N
C anada L1 W 3 Y8
w w w. y or k vill e. c o m
E X M M o bil e 1 2
D e s cri pti o n:
B att er y P o
12
P C B #:
M1816
M o difi e d: 1 5/ 0 1/ 2 0 1 9
13
er e d P A S p e a er
R e v #:
Fil e:
14
V01
E M L R e v #:
01
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T o p S h e et. S c h D o c
15
1
3
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T m p R e v: V 0 3 1
16
17
K
3
4
5
6
7
8
9
10
11
12
13
14
15
A
Legend
B att er y
S y st e m G n d
B M20
-12 V
S G
P I U 1 17 0 1 P 0 _ 0
37
G N D PIU17037
P I U 1 27 0 2
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R100
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470 P
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114
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0603
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COC174
C 174
100 N
0805
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W 6 _: 4
8
P O +05 5v _V B0 TB T
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1000U H
8091
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3
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PIC17801
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6 _: 3
2
8
P O BB TT_0S Sy sY PS wP rW _R 0 PIW6002
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6 _: 2
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R118
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0805
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R ST
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PIQ1701 7 9 8 5
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B C847 C
PIQ1601
PIR11701 W 1 0 0 PIR11702
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215
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0805
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Gr o u n ds
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0805
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7805
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P OB TB _T E0 nE aNblA eB _L E 0
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Q17
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COR116
R116
PIC17302PIC17301
100 N
B T_ Gnd
50 V
0805
J
+5 V B T
CCOC178
178
RA D
470 U
6V3
Bl u et o ot
S e cti o n:
PIL701
Pr o d u ct( s):
P C B #:
4
8
0805
PIR11601 W 1 0 0 PIR11602
B A T _I N
COQ10
Q10
PIQ1001
E X M M o bil e 1 2
M1816
M o difi e d: 1 5/ 0 1/ 2 0 1 9
1
24
1
P O BB TT_0BlB uL_ UL 0E LD E D PIW6001
PIR26901W 1 0 0 PIR26902
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COL9
L9
1000 U H
8091
AI R
22
COD7
D7
P I D 7 0P2I D 7 0 1
0805
PIC17401
PIC17402
B K_ O UT
MI C _ BI A S
A D A P _I N
PID802
PID801
15K0
PIL902
RCOR269
269
27
26
MFB PIU17026
21
B T_ A Gnd_
COD8
D8
COR119
R119
4
PIW6004
P I U 1 7 0 2 7
V D D _I O
0805
S OT23
PIR11901 W 1 0 0 PIR11902
J
LE D1
PIR11501 W 1 2 5 PIR11502
PIQ1002
S O D80
P O BB T TG Gn dN D
M I C1_ P
AI L
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0805
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P I U 21 87 0 2 8
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47K5
Gr o u n ds
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PIW6005
P I U 31 07 0 3 0
CR O1R 1 15 5
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P I U 31 27 0 3 2
P I U 11 70 0 1 0
1 1
Pr o g r a m
H CI _ T X D
29
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11
1 7 0
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P I U 1 97 0 9 S P K L
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P I U 11 72 0 1 2 MI C 1 _ N
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1206
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H CI _ R X D
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0805
P O BB TT _0 AA GG nNd D_ 0
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138
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R A D .2 in
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16 V
50 V
PIC15301
PIC13602
PIR11301W 1 0 0 PIR11302
1 U
F
PIU104
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+
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0603
1 67
20
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1
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P I U 31 67 0 3 6
P I U 31 37 0 3 3 U A R T _ R X
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470 P
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PIR402
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0 3
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+ VBT
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PIW6006
1 37
EA N
P I U 1 47 0 4 P 2 _ 0
W100
COW60:6
W6_ :6 8
8284
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C
COR4
R4
A
B
1 3. 5 X 2 6 m m S M T M o d ul e
_ W6_
17
UCOU17
17
17
B
B T _ A U DI O _
BT_ A G N D_
+VBT
BT G N D
+5V_ BT
BT_ E N A BL E_
BT_ S Y S P W R_
BT_ BL U_L E D
16
8
7
6
5
4
3
2
1
16
T a g _ C o n n e ct - U A R T P C B c o n n e cti o ns - W 5
10
5v In
- 3
9, 7, 3
R X
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1
B T_ G N D
- 1
2
P0_0
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P2_4
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6
T X
- 6
W100
2
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G N D
1
5
6
7
8
9
10
11
12
13
R e v #:
Fil e:
14
V01
E M L R e v #:
01
S h e et
Bl u et o ot h B M 2 0. S c h D o c
15
2
3
Of
T m p R e v: V 0 3 1
16
17
K
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
D E SI G N HI S T O R Y A N D I N F O R M A TI O N
A
B
A
B
C H A N G E HI S T O R Y
D ATE
0 8- J A N- 2 0 1 9
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D E S C RI P T I O N O F C H A N G E
R EL E A S E D F O R P R O D U CT I O N
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D E S C RI P T I O N O F C H A N G E
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C
D
E
E C?
F
G
H
I
T HI S SH E E T C O N T A I N S A C H AN G E
C
D
E
F
G
H
I
HI ST O R Y L O G, A LI ST O F T H E PO T S
& KN O B S
AN D A L E AD S
& PI N S R EF E R E N C E
S EC TI O N.
J
J
D e s i g n I nf or m ati o n A n d Hi st or y
S e ct i o n:
Pr o d u ct( s):
K
P C B #:
E X M M o bil e 1 2
M 1816
R e v #:
M o d ifi e d: 1 5/ 0 1/ 2 0 1 9
1
2
3
4
5
6
7
8
9
10
11
12
13
14
V 01
E M L Re v #:
F il e: Hi st or y. S c h D o c
15
01
S h e et
3
Of
T m p Re v: V 0 3 1
16
17
3
K
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Bl u e T o ot h
475R0
PAR26902
C
O
S
P
C
R
2
PASPCR200 PAC17802
100 N
0
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6
1
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PAU1705
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PAU17014PAU17013PAU17012 PAU17010PAU17019 PAU1707 PAU1708 PAU1706
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PAC12602
PAR401
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PAU17016
PAC17302 PAU17017
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PAU17021
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PAR11601
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PAD802
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1 0 KPAR10001
0 PAU105PAU106
PAR10002
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PAC4101
1 0 K PAR8701
0
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0
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CR O1R 1 188
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8 K25
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47 K5
4148
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PAD702
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10 U
10 K0
R1 14
C42
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PAC4202 PAR11401
PAC4201
COR100
PAU1703
PAU1702
PAU1701
B M 20
COU17
B
U17
B
+
PAR22801 PAR9502
470 N
COC42COR14PAC12601
R100
470 N
R 8 7 PAC13801
CCO1C 31 388
CRO1R 1 199
PAC13601
PAR11301
4 7 5 PAR11302
K
PAR22802 PAR9501
4 K99
R95
R2 28
COR28COR95
CCO1C 21 266
PAR16602
PAC153101 UPAC15302
10 K0
CRO1R 1 133
CC O1C 51 533
Q9
COW5
W5
COR16PAR16601 COQ9
10 R0
PAW501 PAW502
PAW503 PAW504
PAW505 PAW506
C136
470 U
PAC17801COC136
CCO1C 17788
R166
Pr o gr a m
PAW500
A
CWO6W 6_0
CRO2R 62 69 9 PAR26901
744
1 0 0 N CC O1C 71PAC17401
PAC17402
5
PAL701
COL7
L7
R
A
6
PAW6001 PAW6002 PAW6003 PAW6004 PAW6005 PAW6006 PAW6007 PAW6008
1000U H 1000U H
PAL901
COL9
L9
5
2372
PAL702
1
PAL902
4
3
PAU17024PAU17025PAU17026 PAU17028PAU17027 PAU17031PAU17029 PAU17032 PAU17030 PAU1703
PAR21501
COR215
R215
COQ17
Q17
PAQ1702
100 K0
PAQ1703 PAQ1701 PAR21502
T CM809 S
C
O
S
P
C
R
1
PASPCR100
PAU17034
PAU17035
PAU17036
PAU17037
E N G I NE E R:
P R O D U C T:
G A, R R, R H
P CB
D ESI G N E R:
B att er y P o w er e d P A S p e a k er
T C
C O N T A C T:
C
Y or k vill e S o u n d Lt d.
5 5 0 Gr a nit e C o urt
Pi c k eri n g, O N L 1 W 3 Y 8
Canada
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B O A R D N O.:
FI L E
N AM E:
M1816
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R E V:
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M O D I FI E D:
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S P E CI A L P R O D U C TI O N N O T E S
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P ut D at a M atri x L a b el # 8 3 7 2 o n t o p of U 1 7.
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T HI S SH E E T C O N T A I N S S P ECI A L P R O D U C TI O N N O T E S
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AN D A LI ST O F P C B
H AR D W A R E
P AR T S
R EQ UI R E D F O R T H E
BUI L D.
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HI ST O R Y L O G, A LI ST O F T H E PO T S
& KN O B S
AN D A L E AD S
& PI N S R EF E R E N C E
S EC TI O N.
J
J
D e s i g n I nf or m ati o n A n d Hi st or y
S e ct i o n:
Pr o d u ct( s):
K
P C B #:
E X M M o bil e 1 2
M 1816
R e v #:
M o d ifi e d: 1 5/ 0 1/ 2 0 1 9
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E M L Re v #:
F il e: Hi st or y. S c h D o c
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3
Of
T m p Re v: V 0 3 1
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3
K
1. C h a n n el 1 & 2 I n p u t s
T h e c o m bi-j acks ar e o pti miz e d
f or mics ( X L R) or a b al a nc e d li n e
l ev el ( 1/ 4-i nc h) s o urc e o n c h a n n el
1 or i nstr u m e nt l ev el o n c h a n n el 2.
F or c o n d e ns er mics, 1 2 V of p h a nt o m p o w er is
pr es e nt o n t h e X L R p orti o n of t h e j ack.
2. C h a n n el 3 I n p u t
E q ui p p e d wit h a n X L R j a ck ( o pti mi z e d f or
mi c s, a n u n b al a n c e d T R S 1/ 8-i n c h p h o n e j a ck
( or p ort a bl e m e di a pl ay er s) a n d Bl u et o ot h ™.
F or c o n d e n s er mi c s, 1 2 V of p h a nt o m p o w er i s
pr e s e nt o n t h e X L R p orti o n of t h e j a ck.
N ot e: W h e n Bl u et o ot h ™ i s u s e d t h e v ol u m e
i s c o ntr oll e d b y C h a n n el 3’ s L e v el c o ntr ol.
3. Bl u e t o o t h ™
T h e Yor kvill e E X M M o bil e is c a p a bl e of r ec eivi n g
str e a mi n g a u di o ov er Bl u et o ot h ™ fr o m d evic es
s uc h as s m art p h o n es, t a bl ets a n d l a pt o ps.
P airi n g: F or ‘ P airi n g’ d e pr ess t h e P airi n g
B utt o n f or 4 s ec o n ds a n d t h e n r el e as e.
St at u s: Sl o w bli n ki n g i n di c at e s p airi n g
m o d e w hil e f a st bli n ki n g i n di c at e s a n av ail a bl e, u n p air e d c o n n e cti o n. A st e a d y ( s oli d)
bl u e li g ht i n di c at e s it’s p air e d a n d a u di o i s
av ail a bl e t o C h a n n el 3.
N ot e: W h e n c o n n e ct e d wit h Bl u e t o ot h ™, A L L a u di o i s str e a m e d fr o m
y o ur d e vi c e. If y o u d o n’t w a nt y o ur
str e a mi n g m u si c t o b e i nt err u pt e d,
t ur n off ‘ n oti fi c ati o n s’ o n y o ur d e vi c e.
4. C h a n n el L e v el C o n t r ol s
U s e t hi s c o ntr ol t o a dj u st t h e c h a n n el’s l ev el i n
t h e ov er all s y st e m mi x.
5. C h a n n el S h a p e C o n t r ol s
S etti n g t o w ar ds ‘ M usic’ s h a p es t h e r es p o ns e f or
I
N P U T S
L E
EFFE CTS
1
E X M
M o bil e
M o bi l e + E X M
T M
T h e i n di c at or s will b e e n g a g e d o nl y w h e n t h e p o w er
s wit c h i s t ur n e d o n.
M o bi l e1 2
r e pr o d uci n g pr er ec or d e d m usic w hil e s etti n g
t h e c o ntr ol t o w ar ds ‘ S p e ec h’ acc e nt u at es t h e
mi d-fr e q u e nci es h el pi n g s p e ec h a n d v oc als.
T h e r es p o ns e is fl at i n t h e c e nt er p ositi o n.
6. C h a n n el Eff e c t s C o n t r ol s
T his c o ntr ol d et er mi n es h o w m uc h of t h e s el ect e d
effect is a p pli e d t o t h e c orr es p o n di n g c h a n n el.
7. M a s t e r C o n t r ol
T h e M a st er C o ntr ol i s u s e d t o s et t h e ov er all
l ev el of t h e Yor k vill e E X M M o bil e.
8. Eff e c t s S el e c t o r
T hr e e eff e ct s ar e av ail a bl e a s w ell a s a n off
( n o- eff e ct s) p o siti o n. T h e eff e ct s ar e D el ay,
H all R ev er b a n d R o o m R ev er b. T h e s el e ct e d
eff e ct i s av ail a bl e t o all 3 i n p ut c h a n n el s, t h e
a m o u nt of eff e ct a p pli e d i s c o ntr oll e d by t h e
i n di vi d u al c h a n n el’s eff e ct s k n o b.
N ot e: If eff e ct s ar e n ot i n u s e, s et t hi s
s wit c h t o t h e off p o siti o n t o h el p c o n s er v e b att er y lif e..
9. Li n k J a c k s
To u s e t h e Li n k f e at ur e, i n s ert a st a n d ar d
X L R p at c h c a bl e b et w e e n c a bi n et s. T h e n
E X M M o bil e c a bi n et s ar e li n k e d, A L L mi x er
i n p ut s ar e s e nt t o A L L s p e a k er s.
1 0. B a t t e r y S t a t u s I n di c a t o r s
T h e st at us L E Ds ( gr e e n, gr e e n, y ell o w, a n d r e d)
i n dic at e t h e a p pr oxi m at e c h ar g e l ev el. T h e u p p er
gr e e n L E D is ill u mi n at e d if t h er e’s gr e at er t h a n
8 5 % c h ar g e. T h e r e d L E D b e gi ns t o bli nk if t h e
b att er y is critic ally l o w ( a p pr ox. 1 0 % r e m ai ni n g).
9
7
1 1. L o w- P o w e r
“ Sl e e p ” S t a t e
To pr es er ve b att er y life, t h e u nit is
e q ui p p e d wit h “sl e e p” m o d es. T h es e m o d es
ar e a ut o m atic a n d n e arly u n d et ect a bl e w h e n
c o nfi g ur e d pr o p erly. To e ns ur e t h e sl e e p st at es
d o n ot i nt erfer e wit h n or m al o p er ati o n, t h e E X M
M o bil e s h o ul d b e s et u p wit h c h a n n el g ai ns s et
as hi g h as p ossi bl e (j ust b el o w cli p pi n g) a n d t h e
o ut p ut l evel s h o ul d b e s et wit h t h e M ast er c o ntr ol.
1 2. C h a r gi n g I n di c a t o r
W h e n A C i s c o n n e ct e d t o t h e u nit, t h e
c h ar gi n g i n di c at or will b e t ur n e d o n. If it’s
gr e e n, t h e u nit i s f ull y c h ar g e d. If it’s r e d, t h e
u nit i s i n t h e pr o c e s s of c h ar gi n g.
1 3. C h a r gi n g t h e E X M M o bil e
To c h ar g e t h e E X M M o bil e, pl u g it i nt o a n A C
p o w er s o urc e usi n g t h e i ncl u d e d p o w er c or d.
T h e c h ar gi n g i n dic at or L E D dis pl ays t h e st at us;
ev e n if all of t h e st at us L E Ds ar e lit, t h er e is still
p ossi bly a d diti o n al c h ar gi n g ti m e r e q uir e d.
T h e E X M M o bil e c a n b e s af el y l eft
c o n n e ct e d t o A C p o w er f or c h ar gi n g
i n d e fi nit el y. It will i nt elli g e ntl y c o ntr ol it s o w n
c h ar gi n g r e gi m e w h e n pl u g g e d i n l o n g-t er m.
If t h e E X M M o bil e i s g oi n g t o b e u n u s e d f or
l o n g er t h a n o n e m o nt h, it i s a d vi s a bl e t o p eri o di c all y pl u g it i n t o c h ar g e u p t h e b att er y. If st or e d
f or a l o n g p eri o d u n u s e d a n d n ot m ai nt ai n e d, it
i s a d vi s a bl e t o c o n n e ct t h e c h ar g er a n d l e a v e it
pl u g g e d i n f or a p pr oxi m at el y 2 4 h o ur s.
T h e E X M M o bil e will n ot c h ar g e w h e n t h e
t e m p er at ur e i s b el o w 0° C or a b o v e 4 5 ° C.
10
Cli p
1
S H APE
-
M i c / Li n e
M in
M ax
M u si c
S p e ec h
5
Cli p
2
S H APE
-
Mi c /
I n str u m e nt
M in
M ax
M u si c
EFFE CTS
S H APE
-
Mi c
3
Li n e I n
M in
M ax
M u si c
A S T E R
M in
+
4
8
S p e ec h
P ai r i ng :
H ol d f o r 4 s e c o n d s
a n d t h e n r el e a s e .
CAN
U NI T T E D
S
I
H
T
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PERA
B E O H A R GI N
C
E
W HI L
M AI N
O ut p ut
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M
+
EFFE CTS
2
E X M
6
V E L
B l u et o oth
M AI N
I n p ut
Roo m
T o LI N K , C o n n e c t
t he M A I N O ut p ut
t o t h e M A I N I n p ut
o f a n o t h er p o w er e d
s p e a k e r c a bi n e t
H all
D el a y
3
Off
E F F E C T S
T h e E X M M o bi l e i s d eliv e r e d wit h 4 0 - 50 % of
t h e c h ar g e c a p a cit y. Pl e a s e c h arg e yo ur u nit f o r
5- h o ur s pri or t o i niti al b a tter y o p er ati o n!
T o g et t h e f ull O w n er’ s M a n u al pl e a s e vi sit o ur w e b sit e at
htt p:// w w w. y or k vill e. c o m/ m a n u al s/ or, if y o u n e e d a pri nt e d v er si o n c all 9 0 5- 8 3 7- 8 7 7 7
Pri nt e d I n C A N A D A
Q ui c k St art- E X M M o bil e- 0 0- 2 v 1 • Y S # Q S T A R T- M O BI L E • F e br u ar y 1 4 2 0 2 0
1. E ntr é e s d e s C a n a u x 1 et 2
L es c o m bi-j acks s o nt o pti mis és p o ur l es
micr os ( X L R) o u u n e s o urc e d e nive a u
li g n e sy m étri q u e ( 1/ 4 p o uc e) s ur l e c a n al
1 o u nive a u d’i nstr u m e nt s ur l e c a n al
2. Po ur l es micr os à c o n d e ns at e ur, u n e
ali m e nt ati o n fa nt ô m e d e 1 2 V est pr és e nt e s ur l a p arti e
X L R d e l a pris e.
2. E ntr é e d u C a n al 3
E q ui p é e d’ u n e pris e X L R ( o pti mis é e p o ur l es
micr o p h o n es), u n e pris e asy m étri q u e T R S 1/ 8 «( p o ur
l es l ect e urs m ulti m é di a p ort a bl es) et Bl u et o ot h ™. Po ur
l es micr os à c o n d e ns at e ur, u n e ali m e nt ati o n fa nt ô m e d e
1 2 V est pr és e nt e s ur l a p arti e X L R d e l a pris e.
R e m ar q u e: L ors q u e Bl u et o ot h ™ est utilis é,l e vol u m e est
c o ntr ôl é p ar l a c o m m a n d e d e nive a u d u C a n al 3.
3. Bl u et o ot h ™
L e E X M M o bil e d e Yor k vill e e st c a p a bl e d e r e c ev oir
d e l’ a u di o e n str e a mi n g vi a Bl u et o ot h ™ à p artir d e
di s p o sitif s t el s q u e l e s t él é p h o n e s i nt elli g e nt s, l e s
t a bl ett e s et l e s or di n at e ur s p ort a bl e s.
J u m el a g e : Po ur j u m el er, a p p uy ez s ur l e b o ut o n
Pairi n g p e n d a nt 4 s ec o n d es, p uis r el âc h ez.
Ét at : L e cli g n ot e m e nt l e nt i n di q u e l e m o d e d e
j u m el a g e t a n di s q u e l e cli g n ot e m e nt r a pi d e i n di q u e
u n e c o n n exi o n di s p o ni bl e, n o n j u m el é e. U n e
l u mi èr e bl e u e fi x e i n di q u e q u’il e st j u m el é et l’ a u di o
e st di s p o ni bl e p o ur l e c a n al 3.
R e m ar q u e: l or s q u e v o u s êt e s c o n n e ct é av e c Bl u e t o ot h ™, T O U T a u di o e st diff u s é p ar v otr e a p p ar eil.
Si v o u s n e v o ul e z p a s q u e v otr e m u si q u e s oit
i nt err o m p u e, d é s a cti v e z l e s “ n oti fi c ati o n s” s ur v otr e
a p p ar eil.
4. C o m m a n d e s d e Ni v e a u d e s C a n a u x
Utili s e z c ett e c o m m a n d e p o ur aj u st er l e ni v e a u d u
c a n al d a n s l’ e n s e m bl e d u m él a n g e d u s y st è m e.
5. C o m m a n d e “ S H A P E ” d e C a n al
L a p ositi o n « M usic » aj ust e l a r é p o ns e p o ur u n e
I
N P U T S
L E
EFFE CTS
1
E X M
M o bil e
M o bi l e + E X M
L e s i n di c at e ur s n e s er o nt a c ti v é s q u e l or s q u e l’i nt err u pt e ur
d’ ali m e nt ati o n s er a all u m é.
M o bi l e1 2
m eill e ur e r e pr o d ucti o n d e l a m usi q u e pr é e nr e gistr é e,
t a n dis q u e l a p ositi o n « S p e ec h » acc e nt u e l es
fr é q u e nc es m oy e n n es q ui f av oris e nt l a v oix et l e
c h a nt. L a r é p o ns e e n fr é q u e nc e est u nif or m e q u a n d
l e s él ect e ur est à l a p ositi o n c e ntr al e.
6. C o m m a n d e “ E F F E C T S ” d e C a n al
C ett e c o m m a n d e d ét er mi n e l a q u a ntit é d e l’ eff et
s él ecti o n n é q ui est a p pli q u é e a u c a n al c orr es p o n d a nt.
7. C o m m a n d e “ M A S T E R ”
L a c o m m a n d e M A S T E R e st utili s é e p o ur d é fi nir l e
ni v e a u gl o b al d u E X M 7 0 d e Yor k vill e .
8. S él e ct e ur “ E F F E C T S ”
Tr oi s eff et s s o nt di s p o ni bl e s ai n si q u’ u n e p o siti o n
d é s a cti v é e ( s a n s eff et). L e s eff et s s o nt D el ay,
H all R ev er b et R o o m R ev er b. L’ eff et s él e cti o n n é
e st di s p o ni bl e a u x 3 c a n a u x d’ e ntr é e, l a q u a ntit é
d’ eff et a p pli q u é e e st c o ntr ôl é e p ar l a c o m m a n d e
E F F E C T S d e c h a q u e c a n al.
R e m ar q u e: Si l e s eff et s n e s o nt p a s utili s é s, r é gl e z c e s él e ct e ur à l a p o siti o n O F F p o ur ai d er à
pr é s er v er l’ a ut o n o mi e d e l a b att eri e.
9. Pri s e s LI N K
P o ur utili s er l a f o n cti o n Li n k, i n s ér e z u n c â bl e d e
r a c c or d e m e nt X L R st a n d ar d e ntr e l e s e n c ei nt e s.
L or s q u e l e s e n c ei nt e s E X M M o bil e s o nt r eli é e s,
T O U T E S l e s e ntr é e s d u mi x e ur s o nt e nv oy é e s à
T O U T E S l e s e n c ei nt e s.
1 0. I n di c at e ur s d’ Ét at d e l a B att eri e
L e s D E L d’ ét at ( v ert, v ert, j a u n e et r o u g e) i n di q u e nt
l e ni v e a u d e c h ar g e a p pr oxi m atif. L a D E L v ert e
s u p éri e ur e e st all u m é e si l a c h ar g e e st s u p éri e ur e
à 8 5 %. L a D E L r o u g e c o m m e n c e à cli g n ot er si l a
b att eri e e st tr è s f ai bl e ( e nvir o n 1 0 % r e st a nt).
9
7
T M
1 1. Et at “ S L E E P ” d e F ai bl e
P ui s s a n c e
Po ur pr és er v er l a d ur é e d e vi e d e l a
b att eri e, l’ a p p ar eil est é q ui p é d e m o d es « S L E E P ».
C es m o d es s o nt a ut o m ati q u es et pr es q u e
i n d ét ect a bl es l ors q u’ils s o nt c o nfi g ur és c orr ect e m e nt.
Po ur s’ ass ur er q u e l es ét ats S L E E P n’i nt erf èr e nt p as
av ec l e f o ncti o n n e m e nt n or m al, l’ E X M M o bil e d oit êtr e
c o nfi g ur é av ec d es g ai ns d e c a n al a ussi él ev és q u e
p ossi bl e (j ust e e n d ess o us d e l’ écr êt a g e) et l e niv e a u
d e s orti e d oit êtr e r é gl é av ec l a c o m m a n d e M A S T E R
1 2. I n di c at e ur d e C h ar g e
L or s q u e l e c o ur a nt alt er n atif e st c o n n e ct é à
l’ a p p ar eil, l’i n di c at e ur d e c h ar g e s’ all u m e. S’il e st
v ert, l’ a p p ar eil e st e nti èr e m e nt c h ar g é. S’il e st
r o u g e, l’ u nit é e st e n c o ur s d e c h ar g e m e nt.
1 3. C h ar g e m e nt d u E X M M o bil e
P o ur c h ar g er l’ E X M M o bil e, br a n c h e z-l e s ur u n e
s o ur c e d’ ali m e nt ati o n C A à l’ ai d e d u c or d o n
d’ ali m e nt ati o n f o ur ni. L’i n di c at e ur d e c h ar g e à D E L
af fi c h e l’ ét at; M ê m e si t o u s l e s D E L d’ ét at s o nt
all u m é e s, il e st p o s si bl e q u e d u t e m p s d e c h ar g e
a d diti o n n el s oit n é c e s s air e.
’L E X M M o bil e p e ut êtr e l aiss é e n t o ut e s éc urit é
c o n n ect é à l’ ali m e nt ati o n s ect e ur p o ur u n e r ec h ar g e
i n d éfi ni e. Il c o ntr ôl er a i nt elli g e m m e nt s o n pr o pr e r é gi m e
d e r ec h ar g e l ors q u’il s er a br a nc h é à l o n g t er m e.
Si v o us pr év oy ez n e p as utilis er l e E X M M o bil e p e n d a nt pl us d’ u n m ois, il est c o ns eill é d e l e br a nc h er
p éri o di q u e m e nt p o ur r ec h ar g er l a b att eri e. S’il est
st ock é p e n d a nt u n e l o n g u e p éri o d e, i n utilis é et n o n
e ntr et e n u, il est c o ns eill é d e br a nc h er l e c h ar g e ur et
d e l e l aiss er br a nc h er p e n d a nt e nvir o n 2 4 h e ur es.
L’ E X M M o bil e / M o bil e 1 2 n e s e c h ar g e p as l ors q u e l a
t e m p er at ur e est m oi n q u e 0° C o u pl us q u e 4 5° C.
10
Cli p
1
S H APE
-
M i c / Li n e
M in
M ax
M u si c
S p e ec h
5
Cli p
2
S H APE
-
Mi c /
I n str u m e nt
M in
M ax
M u si c
Cli p
S H APE
-
Mi c
3
Li n e I n
M in
M ax
M u si c
A S T E R
M ax
+
4
M AI N
I n p ut
8
S p e ec h
P ai r i ng :
H ol d f o r 4 s e c o n d s
a n d t h e n r el e a s e .
EUT
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EFFE CTS
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EFFE CTS
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E X M
6
V E L
B l u et o oth
T o LI N K , C o n n e c t
t he M A I N O ut p ut
t o t h e M A I N I n p ut
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3
Off
E F F E C T S
L' E X M M o bi l e e st li vr é a v e c 4 0 - 50 % d e l a c a p a cit é
d e c h arg e . A s s ur er d e c h arg e r v o tr e E X M p o ur 5
h e ur e s a v a nt l a pr e mi èr e utili s ati o n a v e c l a b atteri e !
P o ur o bt e nir l e m a n u el d e utili s at e ur vi sit e z n otr e sit e W e b à htt p:// w w w. y or k vill e. c o m/ m a n u al s/
o u, si v o u s a v e z b e s oi n d’ u n e v er si o n i m pri m é e a p p el e z- n o u s a u 9 0 5- 8 3 7- 8 7 7 7
Y or k vill e S o u n d
5 5 0 Gr a nit e C o urt
Pi c k eri n g, O nt ari o
Canada L1 W 3 Y8
A ut o Att e n d: ( 9 0 5) 8 3 7- 8 5 5 0
F a x: ( 9 0 5) 8 3 7- 8 7 4 6
w w w. y or k vill e. c o m