CONNECTOR HDMI HDMI B BACK HDMI A 1N03 1M01 IIC_SDA_SIDE IIC_SCL_SIDE DDC_SDAA DDC_SCLA +5V_SW 3N42 7N40 +5V_SW 3M67 3N43 HDMI_MUX_TSDA HDMI_MUX_TSCL
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- Μέλισσα Παπακωνσταντίνου
- 5 χρόνια πριν
- Προβολές:
Transcript
1 lock iagrams, Test Point Overview, and Waveforms.. Overview ² MROPROSSOR P NTR P /O NKS MROPROSSOR TUNR & MOUTOR UO PROSSOR MRONS MSP S +V_ST S MRO PROSSOR UV/ UV/N TUNR RR TRNT WX M SWT M MN V & P UO & OMPR & URT M STU M SWT RR VS ONNTOR _S_S _S_S _S _S _S _S M M M M M M PROM PROM PROM M M +V_SW _S _S N M PROM N M K M ONNTOR M M +V_SW +V_SW +V_SW M M M M M M N N _S_up PP +V_SW _S _S_up _S +V_ST NVM_W M NVM PROM TT/V MOUTOR MSP UO PROSSOR RR RR RR MN_S +V_SW MN_S P PP _S_S _S_S WX VO PROSSOR +V_ST RR MWT () PROM () Mx Kx _S_S _S_S OMPR SRV ONNTOR _V S_V S_V M PROM x PN ON P P NTR MT PSSN nso K S RR SO T +V_P +V_P M_S N S_S T RM RR T RM RR RR +V_SW N STU M MN RR V ONNTOR P M_S S_S TO MT MOU (OPTON) M_MUX_TS M_MUX_TS ON OR MT ON OR MT NM RM NSRTON (z) XN XOUT RR RX TX TV S R TV S R PPR & SVS OT_ON_URT_RX OT_ON_URT_TX VOOW SP R P R NTRN R SSS S SSS S VS ONNTOR TO SP OR TO PN T Q T R MM SRM TO T MOU Mx OR TV ON (N) M M N N +V_ST P P PN Q ON (P) MM T T R SRM Mx M M M M S M K M K (Optional) M ONNTOR.eps
2 lock iagrams, Test Point Overview, and Waveforms Supply ines Overview SUPP NS OVRVW.. N OUT OM N OUT OM N UT OM N OUT OM N OUT OM / +V & +V & +VTUN / V &V & V VS ONNTOR M MT VS P MN POWR SUPP V V SN SN ON M OOST SN.VS PSON SN SN SN V V V V SN V V SN V SN V SN N N N TO SS P P P P P P ual P OutofPhase Synchronous uck ontroller _ON_O _UST_PWM _OOST STN P P P (ONTRO) +V_ST +V_SP +V_UO NSN V_UO P P P P (ONTRO) +VTUN +V_SW ON OR NO TUNR +V_SW +V_SW P V ST. P Q +V_SW a,b,c,b a,,,e,a b b,, a,d,e,c, a,b,a,c d a,d,c a b a a a a a b a a a a b b b b d +V_SP Q +V_SW TUNR & MOUTOR MROPROSSOR Q P +V_SW +VTUN Q Q ual Q OutofPhase Synchronous uck ontroller +V_SP +V_SW +V_ST +V_SW +V_SP +V_SW +V_SW +V_ST +V_SW +V_VMQ R_VR Q TRNT WX P MMN +V_SW R NTR P NTR P +V_SP +V_SW Q Q +V_SW Q +V_SW Q V ST. +V_SW +V_ +VS +V_TUN +V_SW +VTUN +V_SP +V_SW +V_ST +V_SW +V_VMQ b a b a b a +V_SW b +V_SP TO P /R +V_SW +V_ +V_P +V_OR +V_SW +V_ST +V_SW +V_VMQ R_VR P MMN R_VR a a a a b a a b b +V TO MT UNT +V_P +V_P a,,a, a,b,b,c, b a,b,b,c a a +V_SW +V_SW a +V_SP +V_SP R R VSP R M MT R TO +V_SW +V_SW b +V_SW +V_SW +V_VTT UO PROSSOR MRONS M MT POWR +V_SP +V_SP +V_SW +V_SW +V a +V_SW +V_SW a +V_SW +V_SW +V R +V_ST +V_ST +V_SW +V_SW SPNTRN / & +V +V +V_ST +V_ST / K +VSP +V_SW +V_SW M +VS M TO N SUPP U V & P UO & OMPR & URT U +V +V U.T +V +V V _V U U +V ONNTOR U.T +V_SW +V_SW +V_ST +V_ST +V_SW +V_SW M SWT +V_SW +V_SW M +V_N_MUX +V_SW +V_SW M +V_NMUX M +V_MUX M M +VM_S ONNTOR U VR VR +VoutP +VoutP +VinP +VinP +VP +VP +VP +VP +VR +VR +VinP +VinP VRP VRP VRP VRP +V +V SUP_ +V SUP_ +V_SW +V_SW b UO SS +V_UO +V_UO V R & PN R V +V P V_UO V_UO V TO +VST VSS V +V_SW SS VSS U U P MT (RV) P U +V ual, U +V OutofPhase Synchronous uck ontroller +V U U +V,, U, +V U U,, +V,, +V +VR VRR VRP +V +VR VRR VRP M M RV ONNTOR +VM_ (Optional) M VOOW M +VM_ ONNTOR TO R +VSS SS +V_SW +V_SW M +VSP +VSP +VM_MUX_TPWR TO b SP M MN OK +V_SW +V_SW +V +V N +VSW U +V +VM +V +VM +V +VP +VM N +Vb TO m SN +Vb SN N/N +Vb TO POWR +Vb T N MOU N a a a P /O NKS +V_SW +V_SW +V_SW P MMN P OOST +V_SW +VP +VP +V_SW +Vout_P +V_inP +V_SW +V_P P MMN P OOST b b a a N N N N +V_SW N N N +V_SW +VM_MUX_TPWR N M ONNTOR +VSW +VSW +VSW +VSW +V_SW +VSW +VSW +VSW +V_SW +VM_MUX_TPWR +VM_ P: POWR + ONTRO +V +V +VP +VP +V +V +VinP +VoutP +VinP +V +V.eps
3 ircuit iagrams and PW ayouts... ircuit iagrams and PW ayouts Main Power Supply ("): Part R R K / S.u R K/ R K/ R K/ R P P R.K.U.U R K R K.KP/V R K R R.K/ P R p.kp kp.u.u SR P R R K Kp R Kp R.K R Kp KP KP R K R K R.K.M R.K R.u R.K.u / T : R.K N V R / R / R / P/V M/ R R M/ R M/ Z TVR RP T/V N P P/V R.M R.M SKR NT NT SKR VP X.u/V P/V R M M R OT M/ R SPM T R u/ R M/ u Z. S R M/ R M R K X u/v u/v Z TVR RP.u R R K/ R K/ R K/ K/ R P/V R T SPM R R R R.K/ SPN Q u/v SPN Q.X.X.X.X S S u/v PQ Q N Q.u PQ MUR T/V V P/KV P/KV MUR R R S S Z TVR N p R R K / P P Z R K/ R.K R K.u Q S.u p Kp R.K R N Q R M R M X.u/V N.u/V R US u/v R K /W SN R R./ T. KP/ Z PK.K R R K Q u/v P QPN Q.u Z Z..u R /W Z N S R./ V P P V.x P/KV / R k R k.u.u. Ku/V Ku/V.X R K R P.V R.K R K U /.u R K P P R K R.K.u R.K STTR Z Q R K/ R u/.u R / V S / u/v S : T R R R.k.u R K R K R R K R Q SK S S R K R. US R./W R K R T Q R STPSP.U.U Z R.K S P/KV P/KV Q SK RSTPSP.u/V R K/W u/v R.k/ R.k/ R.k/ R.k/ R.k/ R.k/ R.k/ R.k/ R.k/ R.K/ R.K/ R.K/ Ku/V. R.K/ R.K/ R.K/ R S S U/V Z / P P R K Kp P.V R K u..x.u.x u/v.x R.k/ RK.k/.u R.k/ u/v. R.K/ S S R.K/ R.K/ R.K/ R.K/ R.K/. u/v u/v R.K/ R.K/.u.u T/V T/V SP SUPP ( & ): PRT.eps
4 .. ircuit iagrams and PW ayouts Main Power Supply ("): Part R K M / S.u R K R.u R R Q.kp Z. R K R.K R K R.K u P P / R / R K / R K R K M M.u R.K KP S S R K R.K.u R K Q N.u R.K R K / M R K S.u.u R K / S.u M R.K N_ N.u.u.u.u N_.u N R./US / P P KP KP KP R K R.K R K R.K R K R R M/ R M/.U R K Q R M/ P P KP R.K R.K / S.u.u/ R.K M R.K R R K R K.u R K Q STPNM Q STPNM u STTR R K R K R R R R R S S.u/.u/V P/KV P/KV.u/V UU T.u/ R..u/V R V N S S V N S S R /W R /W R K.u R.K R R K u R R K Q S S.u / M.u N R.K RK R K S Kp R K N Q M / R K/ R.K R.K S R K S S K R.u R K R K.U R.K R.K V R.K R K R K V.u.u Z R K p/kv p/kv R / R K R K R K.u K R / Kp V M p p R R p /KV V / M p /KV R K SR P / M u R K P P S Q N R K R K / R / R K S S R.K R K K R R K R.M.u.u R.M.u R.K R K Q P P / R K R K R K R K Q S M R u.u R K u R K R.K u R K R P.V Q /P SP SUPP ( & ): PRT.eps
5 ayout Main Power Supply (") (Top Side) ircuit iagrams and PW ayouts...eps
6 ircuit iagrams and PW ayouts ayout Main Power Supply (") (ottom Side)...eps
7 ircuit iagrams and PW ayouts.. Panel: M U U U U U U U U U U U U U U U U U U U U U U U U U U U U M U U U U U U U U U U U U U U U U U U U U U U U U U U U U M U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U / PN U U U n U K N U V U R TO SUPP TO SUPP TO MT U R U K U n U K N OUT OM U N OUT OM % U n U K U u R U W OOSTR U K U u U R % U U U U n n U U U K n U % R K K R U U R U U K U n U U K U n U U K u U K u U U U K n U U R R U K U n U u U U U +V u U U U R U W ZV U ZV U U u R U u U u U u U u.v U U u V U R U n U U u U U U K U S U U S U U U S R NS U U S PN U U U U U U U PR +V R n. T U ST T U U U +V U S U R. T U V U T U U U U R U U OMP + U U U U S K K U ROS + U V/V ONVRSON U NS NS K U U U U U K K U NS NS NS S S U U U u U U U U K R U K U U S R U U U n U U U K U U R U U S U K u.v U U U n U K U R U U R U R U u U u U R U R U R U U u U u u U u U u U U R U R U R +V M PSMTT() U U U M PSMTT() U +V U u V U u V U u V U R U U U S V/V ONVRSON U U +VS U MT U T U p U n U ZX U K U % K U S U U R U n U U U U U U U U n U u +V +VS M PSMTT() U R U p U U K U K U % U U NS NS SNS+V R R % U % SNS+VP +V +V N N +V NS NS NS U. NS.eps
8 ircuit iagrams and PW ayouts.. Panel: Video low P Z T K N M W U M R R Q K P N V K N S S R Q P Z W P T T S M U R Q N M Q U U T N V R P Z N R V K U P W S Q P S W V Q K T R R T M W R Z K U S S K U Z N S M V T Q Q VOOW U R V R R Z R R R R R R R R R R R R R R R R R R R WS WS WS WS WS WS WS WS WS WS WS TO SP TO SP ROM SS N R R R R RS R p p M p N p p p p p p p K p p p p p p p p p p p p R R R R R R K R M R R R P p Q p R p S p T p U p V p W p p Z p p p p p p p p p p K p p M p p p N p P p p p R M N R R P R R R P R R Q R +VSS R R R R p p p p p p p p p p p K p p p p p p p p p p p S R WS WS K R WS R R R R R R R W R WS WS WS WS WS WS WS WS WS WS WS RS K M N P Q R S T R U S V R W R R R R R Z R R R M R WS R R R R N R P R R R S R U R V R R P R Q R S R T R U R N W T R R R R R Q R Z R K R RS SSP U SSP T TRSP TRSP TRSP TRSP Q R S T U V W Z Q +VSP R p p WS R R RX RX+ RX RX+ RX RX+ RXK RXK+ RX RX+ RX RX+ RXO RXO+ RXO RXO+ RXO RXO+ RXOK RXOK+ RXO RXO+ TXPN TXPN+ TXPN TXPN+ TXP TXP+ TXPK TXPK+ TXPN TXPN+ TXPN TXPN+ TXPN TXPN+ TXPN TXPN+ TXPN TXPN+ TXP TXP+ TXPK TXPK+ TX TX+ TX TX+ TX TX+ TXK TXK+ TX TX+ TX TX+ TX TX+ TX TX+ TX TX+ TX TX+ TXK TXK+ TXPN TXPN+ TXPN TXPN+ TXP TXP+ TXPK TXPK+ TXPN TXPN+ TXPN TXPN+ TXPN TXPN+ TXPN TXPN+ TXPN TXPN+ TXP TXP+ TXPK TXPK+ TXPN TXPN+ TXPN TXPN+ TXPN TXPN+ TX TX+ TX TX+ TX TX+ TXK TXK+ TX TX+ TX TX+ TX TX+ TX TX+ TX TX+ TX TX+ TXK TXK+ TXPN TXPN+ TXPN TXPN+ TXP TXP+ TXPK TXPK+ TXPN TXPN+ TXPN TXPN+ TXPN TXPN+ TXPN TXPN+ TXPN TXPN+ TXP TXP+ TXPK TXPK+ TXPN TXPN+ TXPN TXPN+ TXP TXP+ TXPK TXPK+ TXPN TXPN+ TXPN TXPN+ TXPN TXPN+ TXPN TXPN+ TXPN TXPN+ TXP TXP+ TXPK TXPK+ TXPN TXPN+ TXPN TXPN+ TXPN TXPN+ RXO RXO+ TX TX+ TXPN TXPN+ TX TX+ TXPN TXPN+ TX TX+ TXPN TXPN+ TX TX+ Q p R p TXPN TXPN+ TX TX+ p p TXPN TXPN+ TX TX+ WS TRSS TRSS TRSS TRSS SSS SSS S p T p TXPN TXPN+ R R..eps
9 ircuit iagrams and PW ayouts.. Panel: lock OK Videoclock RV +V +V V +V RV M V OUT O N N S T S V K S_ R SOSV M n R n R R K n R n R R KOS R KOS R +V PSS R SOSV V R M KOS KOS KOS R KOS SSO SSO KVOSS KOS KVO KSSTMSS..eps
10 ircuit iagrams and PW ayouts.. Panel: Supply U SUPP n N OUT N P OM U u Personal Notes: M +V T N OUT OM n +VST n +V..eps.eps
11 ircuit iagrams and PW ayouts.. Panel: P: Power & ontrol P: POWR + ONTRO RV T V S N S_ K S RV S K S V S N T TV SR UONNTOR p p R R R R R R R n S R u K PSS nso K SO M p K n p SM K SM n R K u n n n n n n n n S N n R R +V +V +V +V +V +VST +V +VST R R R. R PSSN n K SM n K u n n n S N u u Q SM R R K K K K u n n u N n P n Q n SM R R K n SM P R c K K K K M M u V u.v T u P u n n n n n n n n K n n n n N n P n M n MP MP MP MP MP +VinP +VoutP +VinP SNS+VP +V +VP +VP u K nso K SO T +V T non TK TO TMS T +V +V ONON +V +V R R R +V +V W +V +V +V K ONON non n T nso SO OR U.eps M N P c K M N P Q R S T K M N P K K M N P Q
12 ircuit iagrams and PW ayouts.. Panel: P: P PN NK KOS M U K VSKp O VSp KOS M U K VSKn O VSn MP M R O VSp O VSp MMK M R O VSn O VSn TRN N V R O VSp O VSp TRN N V R O VSn O VSn S R P T O VSp O VSp S R P T O VSn O VSn MP N T O VSp O N U O VSn O VRN MP N W O VSp O VSp MP N W R O VSn O VSn P R O VRN O VSp OORK P O VSp O VSn MP P W O VSn O VSp OOR R W R O VSp O VSn OOR R O VSn O VSp OOR T O VSp O VSn OOR T W O VSn O P U O VSp O P_OUTp R V O VSn O P_OUTn R PN NK O SO O VSp O nso O VSn O VSp O VRN O VSn O VSp O P_OUTp O VSn O P_OUTn O VSp O VSp O VSn O VSn O VSp O VSp O VSn O VSn O VSp O VRN O VSn O VSp O VSp O VSn O VSn O T O VSp TK O VSn TMS O VSp TO O VSn K K O VSp T T O VSn n O VSp K VSKp O VSn K VSKn non K K K K K PN N N N N N N N N N N N K N K N K N K N K N N N N N N M N M N PN NK MM K VSKn O VSn POUT MM K VSKp O VSp MM MM O VSn O VSn MMQS MM O VSp O VSp MM MM O VSn O VSn MM MM O VSp O VSp MM O VSn O VSp MM MM O VSp O MM MM MM O VSn O VSp MM O VSp O VRN VRP VRP MM O VRN O VSn MM MM O VSn O VSp MM O VSp O VSn MM MM O VSn O VSp MM MMRS O VSp O VSn MM MMS O VSn O VSp MMQS MMS O VSp O VSp MMW O VSn n n PN NK MM O VSn O VSp MM W O VSp O VSn MMK+ U MMK O VSp O VSp O VSn O VSn U MM O VSp O VSp MM O VSn O VSn MM O VSp O VRN MM O VSn O VSp VRP O VRN O VSn MM U O VSp O VSp W MM V O VSp O VSn MM O VSn O VSp MM V O VSp O VSn MM W O VSn O VSp MM W O VSp O VSn MM V O VSn K VSKp U MM O VSp K VSKn U MM O VSn PN NK POUT O VSn K VSKn TX KVOSS K VSKp O VSp TX+ TX O VSn TX O VSn TX+ O VSp O VSp TX+ TX K O VSn O VSn TXK TX+ K O VSp O VSp TXK+ TXK O VSn O VSn TX TXK+ O VSp O VSp TX+ O VSn O VSn TX K O VSp O VSp TX+ O VSn O VRN O VSp O VSn TX K O O VSp TX+ TX O VSn O VSn TX TX+ O VSp O VSp TX+ K O VRN O VSn TX TX O VSn O VSp TX+ TX+ O VSp O VSn TX O O VSp TX+ TX O VSn O P_OUTp POUT TX+ O VSp O P_OUTn PN NK O O VSp R TX V O VSn O VSn P TX+ W O VSp O VSp P TX T O VSn O VSn TX+ T O VSp O VSp W O O VSn R U R O P_OUTn O VSp T O P_OUTp O VRN R TX U O VSn O VSn P TX+ V O VSp O VSp P U O VRN O VSn P TXK W O VSp P O VSn TXK+ W O VSp nsttus N R O VSp ON_ON N TX N O VSn MS TX+ O VSp MS M TX V O VSn O VSn N TX+ V O VSp O VSp N TX U O VSn O VSn M TX+ U O VSp O VSp M TX R O VSn K VSKn M M K VSKp PN NK W O VSp V K VSKp K VSKn O VSn MMQS O VSp O VSp U MM O VSn O VSp O VSp O VSn W MM O VSn O VSp MM U O VSn O VSn VRP O VRN O VRN MM O VSp O VSp U MM O VSn O VSn V MM O VSp O VSp MM O VSn O VSn W MM O VSp O VSp MM O VSn O VSn MM W O VSp O VSp MM V O VSn O VSn n n M N M N M N M N M N N N N N N N N N N N P N P N P N R N R N R N R N T N T N N N N N V N_P V N_P T N_P V N_P N_P N_P N_P N_P N_P N_P V N_P U N_P N N W N W N W N V N V N V N N T T N T N N R N N N N N N N M N K N K N K N K N N N N N N N N N N N N N N N N n n +VP PN K VNT VNT VNT VNT VNT VNT VNT VNT VNT VNT VNT VNT VNT K VNT K VNT K VNT VNT VNT VNT VNT VNT K n M VNT M VNT M VNT N VNT N VNT N VNT P VNT P VNT P VNT P VNT P VNT R VNT R VNT R VNT R VNT R VNT R VNT T VNT T VNT T VNT T VNT U V_P V_P V_P U V_P U V_P V_P V_P U V_P VO_ W VO_ VO_ V T VO_ VO_ VO_ W VO_ V VO_ T VO_ VO_ T VO_ P VO_ M VO_ V VO_ VO_ VO_ VO_ VO_ VO_ VO_ VO_ VO_ VO_ VO_ VO_ VO_ VO_ VO_ VO_ VO_ VO_ T VO_ P VO_ M VO_ VO_ n K +VP +VR +VP OOR OOR OOR OOR SSS SSS OOR MMK OOR SMV SMV TRP TRP SSO TRP TRP PWRON KVOP KVO RX+ RX RXO+ RXO RXO+ RXO RXK+ RXK SO nso RX+ RX RX+ RX RX+ RX RXO+ RXO PN NK MMK O VSn O VSn MMK+ O VSp O VSp MM O VSn O VSn MM O VSp O VSp MM O VSn O VSn MM O VSp O VSp MM O VSn O VSn MM O VSp O VSp VRP O VRN O VRN MM O VSn O VSn MM O VSp O VSn MM O VSn O VSp MM O VSp O VSn MM O VSp O VSp MM O VSn K VSKn MMQS O VSp K VSKp +VR +VoutP +VoutP +VR +VinP +VinP RXO+ RXO RX+ RX RXO+ RXO T TK TMS TO K T n RXOK+ RXOKnON MM MM MM MM MM MM MM VRP MM MM MM MM MMQS KSSTMSS KOS TX+ TX TX+ TXK TXK+ TX TX+ +V nsttus ONON MS TX TX+ TX TX+ MMQS MMRS MM MM MM MM MM VRP MMS MM MM MM MM MM MMS MMW MMQS MM MM MM MM VRP MM MM MM MM MM MM MMQS MM KVOP KVOSS. +V.eps
13 ircuit iagrams and PW ayouts.. Panel: R R V VQ R SRM Mx P M P U n VR K K K S QS RS U S W VSS VSSQ c T u.v U R R n Q +VR +VR +VR +VR VQ V R SRM Mx P M U VR K K K S QS U RS S W VSSQ VSS MMW +VR +VR VRR VRP p R n S R R W n u n Z u V n n n n u n M p n N R n P R R R n n n u n n n K u n n T n M n T MM MM Q() Q() R MM MM R Q() Q() Q() Q() R MM MM R Q() Q() Q() Q() R MM MM R Q() Q() Q() Q() K R MM MM R Q() Q() Q() Q() R MM MM R Q() Q() Q() Q() M R MM MM R Q() Q() Q() Q() N R MM MM R Q() Q() Q() Q() P R MM MM R Q() Q() Q() Q() Q R MM MM K R Q() Q() Q() Q() R R MM MM R Q() Q() Q() Q() S R MM MM M R Q() Q() Q() Q() T R MM MM N R Q() Q() Q() Q() U R MM MM P R Q() Q() Q() Q() V R MM MM Q R Q() Q() Q() Q() W R MM MM R R Q() Q() Q() Q() R MM MM S R Q() Q() QS QS Z R MMQS MMQS T R QS QS QS QS R MMQS MMQS R QS QS n R n S n T n U n V n +VR MM MM MM MM MM MM MM MM MM MM MM MM MM MM VRR MMK MMK+ MMK MMS MMRS MMS MMW +V MM MM MM MM MM MM MM MM MM MM MM MM MM MM N n VRR MMK MMK+ MMK MMS MMRS MMS K M N P Q R S T U W Z M N P R S T U V K M N P Q R S T U V W Z K M N P Q R S T c SNS+V..eps
14 ircuit iagrams and PW ayouts.. Panel: R R V n V n n u V n V n n K u VQ V R SRM Mx P M U VR K K K S QS U RS S W VSSQ VSS MM MM MM MM MM MM MM MM MM MM MM MM MM MM V n VRR MMK V VQ MM MM R MM MM SRM MM Mx MM MM MM MM MM MM MM P MM MM M V n U VRR VR MMK K K K S QS RS U S MMK+ W VSS VSSQ MMK MMS MMRS MMS MMW +VR +VR +VR +VR +VR T V u.v V R R n V V R V R n V p V u V V n V n V n V n p V n V u T R R V n V n V n V n VRR +VR +VR VRP K W Z V V V V V V V V V V V V V V V V V V V V V V V V R R +V V MM MM Q() Q() R MM MM R Q() Q() Q() Q() R MM MM R Q() Q() Q() Q() R MM MM R Q() Q() Q() Q() R MM MM R Q() Q() Q() Q() R MM MM R Q() Q() Q() Q() R MM MM R Q() Q() Q() Q() R MM MM R Q() Q() Q() Q() R MM MM R Q() Q() Q() Q() R MM MM R Q() Q() Q() Q() R MM MM R Q() Q() Q() Q() R MM MM R Q() Q() Q() Q() R MM MM R Q() Q() Q() Q() R MM MM R Q() Q() Q() Q() R MM MM R Q() Q() Q() Q() R MM MM R Q() Q() Q() Q() R MM MM R Q() Q() QS QS R MMQS MMQS R QS QS QS QS R MMQS MMQS R QS QS W n n Z n n n n n n MMK+ MMK MMS MMRS MMS MMW..eps
15 ircuit iagrams and PW ayouts.. Panel: isplay nterfacing Q V T N Z M U P N V S K P P K T S R M P W T K S M SPNTRN UR OR U TO M T VSPSWT MT UR S S R S S N N R R R R R p R +VSS +V PP V P R R P p +V +V K K n K R R M K n SM p K W Z K K p K M N R S p p p p p R R u SM p R K R R K +V n S +VSP R V O V O S T R W ZXV R u K V R K p S R +V K p n R Q p +V K M PSMTT() R +V R K K p +V R R R R S +V R S R p K ZXV n T R +V R R +V +V P R R R N P p K SSS S S SV +V U V +V K SSP SSS S S SSP PWRON TRP TRP TRP TRP TRSS TRSS TRSP TRSP TRSP TRSP TRSS SMV TRN TRSS TRN SMV SMV +V R SMV T..eps
16 ircuit iagrams and PW ayouts.. Panel: P mbilight +VP +VM +V P MT X flash RV U R R R R K K N OUT R R OM R R S R NT K T O TMS TK T TO O V N O K K R OR U XST NK O_N_ SMV O VR_ SMV O_P_ R O O_N_ R VR_ O_P_ O_N_ O_N_ O_P_ SWP O_N_ O_P_ VR_ P_N_ O_P_ P_P_ O_N_ P_N_ O_P_ P_P_ O_N_ P_N_ VR_ K O_P_ P_P_ OORK O_N_ K O_P_ P_N_ O_N_ P_P_ K O_P_ P K O_N_ K O_P_ K O_N_ K +VM O_P_ +VM V O_ K +VM O_N_ +VM O_P_ O_N_ VR O_P_ O_N_ O_P_ +VM +VM +VM +VM +VM +VM +VM +VM +VM +VM +VM +VM +VM +VM +VM +VM ON PRO_ TK T TO TMS VUX VNT N R =SP flash M OW=X flash M K +V M N S P R S R R XST NK OOR M O O_N_ O O_P_ VR_ O_N_ R O_N_ O_P_ O_N_ OOR R O_P_ O_P_ P O_N_ O_N_ P O_P_ O_P_ OOR M O_N_ VR_ P OOR N O_P_ VR_ OOR O_N_ OOR O_P_ K O_N_ P OOR K O_P_ OOR K M O_N_ OOR VR_ OOR K O_P_ O_N_ RK OOR K N O_P_ N RK O_N_ VO_ K RK M TR O_P_ RK O_N_ RK O_P_ RK R O_N_ RK O_P_ RK O_N_ O_P_ O_N_ O_P_ O O M O VR_ O VR_ O_N_ NT_ O_P_ SO_ O_N_ MOS S_ O_P_ OUT US O_N_ O_P_ O_N_ O_P_ O_N_ O_P_ O_N_ K O_P_ K O_N_ K O_P_ K O_N_ K O_P_ K O_N_ N O_P_ M O_N_ O_P_ O_N_ O_P_ O_N_ O_P_ O_N_ VS O_P_ VS O_N_ K O_P_ VS P_N_ P_P_ P_N_ VR_ P_P_ P_N_ M K P_P_ RWR_ K P_N_ P_P_ P VO_ O O VR_ O_N_ O_P_ O_N_ VR_ O_P_ O_N_ O_P_ O_N_ O_P_ O_N_ O_P_ O_N_ O_P_ O_N_ K O_P_ K O_N_ K R O_P_ K O_N_ K O_P_ K TR O_N_ K O_P_ K O_N_ O_P_ O_N_ O_P_ MPVMN V K Q R M S R S R W O VSS. +VM +VM +VM +VM +V OR TOR US K K R R R R n u n n n n n n n n T SM T R n +VM R N K K K XST NK R n +VM +VM +VM +VM O_N_ O_P_ O_N_ O_P_ O_N_ O_P_ O_N_ O_P_ P VR_ P VO K N M P P R R K M N M K M R p +VM +VM +VM +VM p p p Q K R +VM R p R p n u +V +VST R Z R p K n K SM R R n n +V +V +V PT PTO PTMS PTK MSO K NT SM +VM SM K SM W SM n n +VM n R R KV R KW R +VM K K R KZ XSVO R +VM +VM +VM T T T M M N N XST MN K K K K R T T T T P R P P N P T T N M P R M P N N P XST NK N P R T R P R T T R R T M N M T T T N P P R R R K K p S R +V K +V n V K n n u V u n n n n n n n n n u n W K +VP n n n n n n +VM n +VM ON non ON PRO NT SO MOS KOS KOS MSO R SO WRT O MOS K SO WRT O K +V PTMS PT PTO PTK +VM SO MOS MSO K PT PTO PTMS PTK PRO M R p MSO.eps K M Q R S T U V W Z S K M KV KW K KZ
17 ircuit iagrams and PW ayouts. ayout Panel (Top Side)...eps M M M M K P Z K K U U U U U U U U U U U U U U U U U V W S T K M N P Q R S T U V W Z K M N P Q R S T U V W Z K M Q R S T U V W Z K M N P Q R K M N P Q R S T U V W Z K N P Q R S T U V W Z K M N P R S V KV KW K KZ U U U U K M U U U U U R S T U V
18 ayout Panel (ottom Side) ircuit iagrams and PW ayouts....eps U U K K M N M Q N R P U S U T U U U W V M V N P R S T S U V W Z U U U K U M U U U M U U N U U P U U Q U R U S U T U U U V U W U U Z U U U U U U U U U U U U U U U U U U U U U U U U V U U V U V U V U V U V U V U V U V U K V U V U M V U N V U N P V U P Q V U R V U S V U T V U V U V U V U U U U U U U U P U Q U U K U U M U N U P U U U U U U Z U U V U U U U U U K M N P Q R S T
19 ircuit iagrams and PW ayouts.. SS: / +V, +V, & +VTUN P n P K N P n P K R P V P R K / +V & +V & +VTUN. P S P n P R P P P P K K P P K P n Q R % P u P u V +V_SP +VTUN V P PNT P +V_SW P P p Q K Q R % P n P R P P K n P P n P u P u V P P u R P u P u OR V TON OR NO MMN P N N N N P K P n P P P P +V_SP P N +V_TON N N N P P N N N P P P n P K P n P P K R % P P u R % P u V P p P V P n n P P n n P P n n P P n n P n P P n P K K P P Q P P PZ ZX P K P P P P N P N P +V_SW P PR P ST T P P P P V P T P P OMP + P P S P ROS + P R % P K P p P S P P S P n P ZXV P P P P K P R P u P u P R P W P P P S P R S P n Q K P P R P u P u V P N u +V_SW +V_SW P +V_SP K ZXV P K % R P R Q n P P n P K P P u NTUN ON OR NO TUNR P P P +V_SW u P K P K P n P S +V_SW +V_ST P STN P P P +V_SP +V_UO NSN V_UO NSN _ON_O _UST_PWM _OOST P n _UST_N P TST P P P P P P P P P P P P P P +V_SW.eps P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P P Q Q Q Q Q P P P P Q P P P P P P P P P P P P P P P P P P
20 ircuit iagrams and PW ayouts.. SS: / +V, +V, & +V R V K / V & V & V Q PR Q ST T Q V Q T Q OMP + Q S Q ROS + N Q Q Q R Q n Q u V Q R Q u Q W N Q u Q R Q S Q R Q K Q n Q K Q n Q n Q Q R Q u % Q n Q S Q S Q n Q S Q u Q K % Q n Q K Q R Q R Q u n Q K Q K Q n Q Q n n Q Q N Q Q ZXV R % R % Q n P K Q n Q p Q Q n Q ZX Q N Q Q R Q Q Q K Q Q R n Q Q Q S Q S Q +V_SP N N Q K Q Q u u Q V P K N N N N N Q K Q Q Q Q Q Q P Q K Q Q Q u Q u +V_SW +V_SW Q Q Q Q Q +V_SW K p Q K Q K Q K Q K Q n Q Q R % Q R % Q R P K P N Q PNT Q u Q u V Q Q P u Q Q Q. +V_SW N N Q Q Q Q Q Q K Q TST Q u +V_SP +V_SW +V_SW +V_SW.eps Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q P P P P P Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q P Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q
21 ircuit iagrams and PW ayouts.. MT MT N OM OUT N N N SW N N SW N O O O O O O K SS: Tuner & emodulator TUNR & MOUTOR MOUTOR +VS V V V V PN NW OR T/PN TUNR TUNR V SUPP VV VP SN RR QSS MXR NTRRRR MXR N MMOUTOR S R VO OUTPUT PORTS R T VO ONTRO M US TRNSVR R V V V TTOR SOUN TRPS. to. Mhz UO PROSSN N SWTS NRROWN MP MOUTOR +VS K MP V p n R R R n n n +VTUN K p R n p K +V_ S +V_ S K u V +V_SW +V_SW +VS S u V K u OR UROP ON SW TRS n K +V_ K K SS UROP UV K KM K K K R +V_SW P N TM UV UV UV KM MM K K Kk n n n u u n u V p _PWR R_ S S S XT_OUT +V _OUT OUT _OUT OWKK M TUNR T/P +V_TUN R TOP T V R R MT K n n R V V S S Vp N OP OP S S N SOM VP R R_ V V S S _S _S S. TT/V n R n +V_SP p n u n K n n R n M K VS U M n K R p +V_ K R TV _S _S R VS_R _TV SW_SW n K n +V_ K +V_SW +V_SW R R R u u u u OWKM M n u OWKM M +V_ +VS +V_TUN V V S S.eps K
22 MSRSSTT R SU S V VOUT N ircuit iagrams and PW ayouts V V N XT OUT T NVSS N T VR P<:> K<:> T TN<:> K SN P<:> SOUT N<:> K NX SOUT NX SN T TR P<:> TOUT P<:> U TN NT<:> U NT ZP NM R XOUT XN P<:> <:> <:> TOUT <:> TX S N<:> TN P<:> TN RX S TOUT V K R TNV V TS RTS TOUT P<:> W TN W TOUT R TN P<:> S TS RTS P<:> K S WR RX WR TX WR S TS R TS K RTS KS O K S R RX KOUT TX S P<:> P<:> VSS VSS.. URT_R X URT_T X URT_R X URT_TX N W S R S MWTN R RP W O T M ll rights reserved. Reproduction in whole or in parts K is prohibited without the written consent of the copyright owner. SS: Micro Processor ZXV ZXV M n n ZXV ZXV R K K R K n M n M n M n TT_SWT_N T V K ZXV MROPROSSOR V ZXV TO / ROM R/ & KOR ZXV M n V n n M n V R p R p p K K OR S K K OR S K K K PN SM p K +V_ST +V_ST MMT P R RMOT R +V_SW R SVPWX_NT TV_RQ +V_ST K p n P R TV S R TV S p _S_up S W K _PROT (:) (:) PROM K () Mx/Kx () () () () W K +V_SW () () K +V_SW () () u (:) () () () () () () _OOST () () () MSP () p () () V () () p V () +V_ST K R () () R K () K NVSS R R T_SNSOR () K R S_STTUS R R S_STTUS PU_RST R V R M_OTPU_RST n n +V_ST R U_RST WR R R R (:) () M_RX_U_RST () K +V_SW () R SVPWX_RST () R +V_ST () () OR PP K +V_SW () K STNn () +V_ST STN PTT K NVM_W R R _PWR_ON R R K R +V_ST R +V_ST +V_ST K R R +V_ST R +V_ST K R +V_SW _RST K K +V_SP M R R R R K K +V_ST +V_SW +V_ST V +V_SW K S NWZUS K +V_SW +V_ST R u ZXV +V_ST R n R R R R R R K K K R +V_ST K K K n +V_SW W W +V_ST NWZUS R n n +V_SW K K R +V_ST +V_SW +V_SW +V_ST +V_SW +V_ST +V_ST +V_SW R n K R K n V S S S N V S S S S N +V_ST ZXV K +V_ST N R R R K K n K +V_ST R K n n K +V_SW +V_ST +V_ST +V_ST +V_SW +V_ST K R +V_ST +V_SW K +V_SW n K n n NTO PRST PWN URT_RX URT_TX P_RST_ MT_N URT_RX URT_TX PU_RST MUTn TR_SP_up TR_SP_up _ON_O NT_POP _NT POWR_OWN TT_SWT_N T S WR R _MU. +V_ST (:) (:) n () () () () () () () () () () () () () () () () () () () () RMOT T_SNSOR R (Kx) PROM P MWMN K K K +V_ST _S_up _S_up SW_SW P OOST M_MUX_RST P_TT OT_ON_URT_TX OT_ON_URT_RX _S_up +V_ST R R _S _S _S_S _S_S NVM_W _S_up _S_up.eps K K K K K K K K K K K K K K K K K K K K K K K K K K K
23 ircuit iagrams and PW ayouts.. S VS_N S N VS_N_TV S_R_N K SS: Trident WX. TRNT WX R u TO P / TO VS ONNTOR Pin Name Pin No () (OW) P_S P MPU in / Multiplix Mode MPU in / Separate Mode() WX_V_ U M P M V_ VSS N WX_M M M_() +V_SW WX_V_OUTU U WX_VSS_ WX_M M_() M N O P +V_SW R R R +V_SW R +V_P +V_P n +V_ +V_P +V_VMQ u.v n n n p n p n V n V p V p u V R +V_SW K u.v u.v u.v +V_OR n n +V_ R +V_ K n u.v u.v +V_OR +V_SW u.v u.v R R R R u.v n n u.v n n n +V_SW u.v n n n SVP WX V VSS VSS V V VSS V VSS V VSS V VSS V VSS V VSS VSS V V VSS V VSS V VSS V K VSS V VSS K R V VSS V VSS T V VSS T V VSS K VM VSS VSS K K VM VM VSS K VM VSS K VM VSS K VM VSS VM VSS VM VSS VM VSS VM VSS VM VSS VM VSS VM VSS M V VSS M M V VSS N M V VSS M P V VSS M T T V VSS M V VSS N R V VSS N R V VSS N P VSS N V_ VSS N V_OUTU VSS P VR VSS T VR VSS V V SSVSS_OUTU T PV T VSSR PV VSSR U V_ VSS SS W U T T V_ PVSS V_ R U PVSS V_ VSS_ T VS_VP VSS_ T VS_V VSS_ T VS_V VSS_ T VS_VO VS_VSSP U VS_VO VS_VSS VP VS_VSS R VP VS_VSSO V VRN_ W V VRP_ VS_VSSO VSSP V VRN_ VSSP T W VRP_ u.v V n u.v n n n n n n n n n +V_VMQ p p p p n n n n WX_V SS WX_PV WX_PV WX_V_ WX_V_ WX_V_ WX_V_ +V_P V n u.v n n u.v u.v u.v n u.v n p p u.v n n u.v +V_SW R +V_SW R R R R +V_ R +V_ R +V_SW K K K K MVR QS QS QS QS K QM QM QM QM MK_ MK S_ S_ W_ S_ RS_ M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M SVP WX VS P S P P_S V P_VS V P_S P_VS P_ W P_K P_K T P P U P P V W P P P W P V P U P P U V P P W P P W V P U P P U V P W P P W P V P P W U P U P P U T P T P T P R P R """ & "V V" MUT : SN : Pin Name Pin No () (OW) WS U Use to latch ddress Use alling dges of WR#&R# to latch ddress() +V_SW S V Use Rising dge of WR# to latch data() Use alling dge of WR# to latch dat a +V_SW SK Slave ddress=x/() Slave ddress=x/ XT p P_V_ R V_ R SVP WX SVP WX +V_SW XT WX_PV WX_PV p R W n XT VS PV VS_R P_V_V M +V_SW R NTSTO n XTO _ V N M WX_PV n U M W n R N V _ TP n R P _ n R TM TxPe_p (:) N V WX_PV VS_OUT W SVS VS_N TxPe_n V () VS_OUT V S_R_OUT_VS WX_V P TP TxPe_p V () R S_VS_MON_OUT +V_SW R n XT TM n R n P_ W V RX+ RX TxPe_n TP () SVS N WX_V TxPe_p () R n R P P_N K TMS_N TM TxPe_n () M R K n R R N TMS_N TP R K P_ TMS_N TM S N V_V TxPe_p () PR_R S_VS_N TxPe_n () n _PR_N P K PR_R W TMS_N TP TxPe_p (:) () R R N PR_R V n R R R N? n R S XT XT XT R N V n TMS_N TM TxPe_n () M M RX TKM TxPe_Kn S W n TKP () S N TxPe_Kp RX+ () N R R N TKM TxPo_Kn RX () R M R R U S N N TKP R R M R V TM TxPo_Kp RX+ () P R M N_ +V_SW P RX TxPo_n () P_V_ TP TxPo_p RX+ () R M N_V U R n TM R P_R U P_V_V WX_RV WX_RV TxPo_n RV () R TP R P N P_ n n WR_ P_ W V_R_N TxPo_p T PWRV TM _MU V N TxPo_n T S R_ TSTMO R U TP WR V N TxPo_p R K U S TM R TxPo_n XXX S VS +V_ST R XXX WS TP _S_S TxPo_p _S_S S PWM V XXX +V_SW ST TM TxPo_n PU_S NTN V +V_SW +V_SW S TP S R T SVPWX_NT TxPo_p SVPWX_RST +V_SW W UOK W SP SK P MMN K R XXX W _UST_N XXX R R K K K K K K u.v u.v +V_SW n n n n n K K u.v n WX_V_ WX_VSS_ WX_V_ WX_VSS_ WX_VS_V WX_VS_VSS WX_VP WX_VSSP WX_VP WX_VSSP WX_V_ XXX WX_VS_V WX_VP WX_VP WX_VSS_OUTU WX_VSS SS WX_PVSS WX_PVSS WX_VSS_ WX_VSS_ WX_VSS_ WX_VSS_ WX_VS_VSS WX_VSSP WX_VSSP W P_S M M WX_V_OUTU WX_VSS_OUTU WX_V SS WX_VSS SS WX_PV WX_PVSS WX_PV WX_PVSS WX_V_ WX_VSS_ WX_V_ WX_V_ WX_VSS_ WX_V_ WX_VSS_ XXX XXX XXX n n R_VR WX_ WX_ WX_QS WX_QS WX_QS WX_QS WX_K WX_QM WX_QM WX_QM WX_QM WX_MK# WX_MK WX_S# WX_W# WX_S# WX_RS# WX_M WX_M WX_M WX_M WX_M WX_M WX_M WX_M WX_M WX_M WX_M WX_M WX_M WX_M WX_M WX_M WX_M WX_M WX_M WX_M WX_M WX_M WX_M WX_M WX_M WX_M WX_M WX_M WX_M WX_M WX_M WX_M WX_M WX_M WX_M WX_M WX_M WX_M WX_M WX_M WX_M WX_M u _UST_PWM P_S M_ M_V M_ M_VK M_r() M_r() M_r() M_r() M_r() M_r() M_r() M_r() M_b() M_b() M_b() M_b() M_b() M_b() M_b() M_b() M_() M_() M_() M_() M_() M_() M_b() M_b() M_r() M_r() M_() M_() K.eps K N O P K K K K K K K K V V V K V V V V K K
24 ircuit iagrams and PW ayouts.. SS: R nterface R NTR +V_SW u +V_VMQ n n p n n p n n u p n n n p n u.v n OR M n R % R % R n n n n n +V_VMQ +V_VMQ +V_VMQ K n K R_VR KK KK V VQ V VQ WX_M _Q R WX_M WX_M _Q R WX_M Q Q WX_M _Q R WX_M WX_M _Q R WX_M Q Q WX_M _Q R WX_M WX_M _Q R WX_M Q Q WX_M _Q R WX_M WX_M _Q R WX_M Q Q WX_M _Q R WX_M WX_M _Q R WX_M Q Q WX_M _Q R WX_M WX_M _Q Q R WX_M Q WX_M _Q R WX_M WX_M _Q R WX_M Q Q WX_M _Q R WX_M WX_M _Q R WX_M Q Q WX_M _Q R WX_M WX_M _Q R WX_M Q Q WX_M _Q R WX_M WX_M _Q R WX_M Q Q WX_M _Q R WX_M WX_M _Q R WX_M P Q P Q WX_M _Q R WX_M WX_M _Q R Q WX_M Q _Q R WX_M _Q R WX_M Q Q _Q R WX_M _Q R WX_M Q Q _Q R WX_M _Q Q Q R WX_M _Q R WX_M _Q R WX_M R_VR VR Q R_VR VR Q WX_S# WX_S# S_ S_ WX_MK WX_MK K K WX_MK# WX_MK# K_ K_ WX_K WX_K K K WX_ WX_ WX_ WX_ WX_QM WX_QM M M WX_QM WX_QM UM UM WX_QS R _QS WX_QS R _QS QS QS WX_QS R _QS WX_QS R _QS UQS UQS NU NU WX_W# WX_W# W_ NU W_ NU WX_S# WX_S# S_ S_ WX_RS# WX_RS# RS_ RS_ VSS VSSQ VSS VSSQ +V_VMQ n n +V_VMQ..eps
25 ircuit iagrams and PW ayouts.. SS: P nterface T V N P NTR R n TO RV RVRS n n n n n ONNTORS OVRPPN PN n SOSV OR PWM RVR p p SOTWR UR OR PRORMMN P (OR VOPMNT) +V_P R n _S_up _S_up M_S M_S. S PSS S_ K S K R +V_P +V_P n K S_S S_S S_S +V_P +V_P K +V_P n n S_S nso K SO T +V_P TMS_P T_P TO_P TK_P n u M R R R R n n +V_P K R +V_P R R R R R R R R R T_TMS T_T T_T O T_T K K_OS MN_S MN_S ambi_pwm() ambi_pwm() ambi_pwm() ambi_pwm() ambi_pwm() ambi_pwm() NV MT ON +V NV.eps
26 ircuit iagrams and PW ayouts.. K T K STTUS ON ON_ON MS TK TMS TO T VO VO VO VO VNT V_P V_P N N N N_P N_P N_P SS: P /O anks P /O NKS R NK O_ SO P O_ SO_ O_ VSp O_P VSp P O_ VSn O_P VSn N O_ VSp O_N VSp N O_ VSn O_N VSn O_ VSp O_ VSp O_ VSn O_ VSn O_ P_OUTp K O_K VSp O_M P_OUTn M K O_K VSn K O_ VRN O_K VSn K O_ VRN O_K VSp O_ O_ VSp O_M M O_M M O_ VSn O_ VSp O_M M O_ VSn O_P P +V_P TxPo_p +V_SW R R R TxPo_n u R n n n n R R TxPo_p R R R TxPo_n NPUT NK +V_SW +VoutP R R PN R TxPo_p R R NK R u n n n n n n n n n R M T TxPo_n O_M VSp O_T VSp O_ VSn R T O_R VSn R T O_T VSp O_T VSp R R O_R VSn O_R VSn R T T O_T VSp O_T VSp +VinP R R R TxPo_p O_R VSn R T O_R VSn P O_T VSp O_P VSp R R P R R O_R VSn O_P VSn P T O_P VSp O_T VSp TxPo_n P R u n n n n O_P VSn O_R VSn R K N O_K VSp O_N VSp K N O_K VSn O_N VSn R TxPo_p R O_R VSp O_ VSp R T R O_T VSn O_ VSn N R O_ VSpO_N VRN N O_ VSn O_N VRN R TxPo_n T O_T VSp O_ +V_SW +VP R R P O_R VSn O_P T T O_T VSp O_T R R O_R VSn T O_T VSp R u n n O_R VSn V R P OOST P MMN u PN R R R R R R n SO nso MN_S M_S ambi_pwm() ambi_pwm() ambi_pwm() n ambi_pwm() ambi_pwm() ambi_pwm() M_S +VP TxPo_Kp TxPo_Kn TxPe_Kp TxPe_Kn K_OS MN_S T K PN ONTRO M K +V_P K K TK_P TMS_P TO_P T_P R R R +V_P K K TxPe_p TxPe_n TxPe_p TxPe_n TxPe_p TxPe_n TxPe_p TxPe_n TxPe_p TxPe_n OUTPUT NK PN +V_P +VoutP +VinP +VP +VP K R K R M M P P T T M PN POWR K M M P P R R T T N M n NK O_ VSp O_ VSp O_ VSn O_ VSn O_ VSp O_ VSp O_ VSn O_ VSn O_ VSp O_ VSp O_ VSn O_ VSn O_ VSp O_ VSp O_ VSn O_ VSn O_ VSp O_ VSp O_ VSn O_ VSn O_ VSp O_ VSp O_ VSn O_ VSn O_ VSp O_ VSp O_ VSn O_ VSn O_ VSp O_ VSp O_ VSn O_ VSn O_ VSp O_ VRN O_ VSn O_ VRN O_ VSp O_ O_ VSn O_ O_ VSp O_ O_ VSn PN NK O_ VSp O_M VSp M M O_ VSn O_M VSn N O_N VSp O_ VSp N O_ VSn O_N VSn P O_ VSp O_P VSp P O_ VSn O_P VSn O_N VSp N O_ VSp O_ VSn O_N VSn N M O_ VSp O_M VSp N O_ VSn O_N VSn O_ VSp M O_M VRN O_ VSn O_ VRN O_ VSp O_ P_OUTp K O_ VSn O_ P_OUTn O_K VSp O_ K O_K VSn O_ P O_ VSp O_P O_ VSn PN K K K K N N N N P R K K..eps
27 TV S TV S ircuit iagrams and PW ayouts.. RS ROM P TxPe_n TxPe_p TxPe_n TxPe_p TxPe_n TxPe_p R R R TxPe_Kn R TxPe_Kp TxPe_n TxPe_p TxPe_n TxPe_p TxPo_n TxPo_p TxPo_n TxPo_p TxPo_n TxPo_p TxPo_Kn TxPo_Kp TxPo_n TxPo_p TxPo_n TxPo_p R R R R R R R R R R R R R R R R it Single it Single it ual VS VS VS R R R R R R R R R R R R it ual VS R R R R R R R R PP R R R R K SS: VS onnector VS ONNTOR ROM MVS VS TXep S P T TRSP Semi standby : Normal and off : SPN PUO TRSP(_PWR_on) On time : On time : Off time : on t care Off time : on t care PWN TRSP(Rev_Standby) On time : Off time : on t care PPO On time : TRSP Semi standby : Off time : on t care. R p R p VSe_n VSe_p VSe_n VSe_p VSe_p VSe_n VSe_n VSe_p VSe_Kn VSe_Kp VSe_n VSe_p VSo_n VSo_p VSo_n VSo_p VSo_n VSo_p VSo_Kn VSo_Kp VSo_n VSo_p VSo_n VSo_p TR_SP TR_SP TR_SP TR_SP R R R R R R R R R R R R R R R R R R R R R R R R TV S R TV S R R R R R R R R R R +VSP XSS.S +V_TON R R +V_SP R R R K R ZXV TR_SP_up _PWR_ON STN TR_SP_up R u R PTT R S R R +V_SW R R R R R R R R R K R R R R R R R R R R R R R R +VSP TR_SP TR_SP TR_SP TR_SP VS_S OR SP ONTRO R R ZXV R R RZXV p R p R R R R TR_SP VS_S TR_SP TR_SP TR_SP VS TXon VS TXop VS TXon VS TXop VS TXon VS TXop VS TXoKn VS TXoKp VS TXon VS TXop VS TXon VS TXop VS TXen VS TXep VS TXen VS TXep VS TXen VS TXep VS TXeKn VS TXeKp VS TXen VS TXep VS TXen R R R R R R R R R R R R R R R R WS WS WS WS WS WS WS WS WS WS WS WS SN VS VSPSWT V V R R p R R p R R p R R p R R R R R R V R u V R n +V_SP +V_TON R R R R R R R R R R R R R R R R R R WS WS WS WS WS WS WS WS WS WS WS R R p R n R K R K R K R K R K R WS VS_S_SP VS_S_SP R R R R R R R R R R R R R R R R R R R R R R R R +VSP R VS TXen VS TXep VS TXen VS TXep VS TXen VS TXep VS TXeKn VS TXeKp VS TXen VS TXep VS TXen VS TXep VS TXon VS TXop VS TXon VS TXop VS TXon VS TXop VS TXoKn VS TXoKp VS TXon VS TXop VS TXon VS TXop p MN_T PP K.eps R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R
28 ircuit iagrams and PW ayouts.. SS: udio Processor Micronas UO PROSSOR MRONS "" MUT : SN :. P p p p p p p p p p p K u u U p p p p p p p p u u N OM OUT MSPVK N XT OUT TQ STNQ TSTN TP R_S WS WS N OUT WS R R R _OUT N+ N N N+ VRTOP R S_N S_N S_N S_N R S_N n N SUP S VSUP U OUT S_OUT VSS VR R M SU P TR_O SR S SP_OUT S_OUT S_OUT R M R R R u V n p R u u p p R R p p U p p p p +V u V n u V n +V_SP +V_SW +V_SW R R U_RST _S _S R R M_S_SK M_S_WS M_S_S S S_UO_N_R S_UO_N_ S_UO_N_R S_UO_N_ OMP_UO_N_R OMP_UO_N_ S_UO_N_R S_UO_N_ V_UO_N_R V_UO_N_ u u SUP_ SUP_ SUP_ S p M R n SUP_ u n u n p MUTSTNR SOUN PROSSOR p n p p u V p V SPST SWT S S K p +V_SW p p N p p p RTZ N u u u u +V_SW K XTN XTOUT p SUP_ +V R R R R p UO_S_R UO_S_ P_UO_OUT_R P_UO_OUT_ S_UO_OUT_R S_UO_OUT_ S_UO_OUT_R S_UO_OUT_ SP_OUT SP_N.eps
29 ircuit iagrams and PW ayouts.. SS: udio lass R +V_UO V V V_UO R V VSS u u n n NSN NSN n R V V R V NSN NSN NSN NSN NSN NSN VSS u V u NSN p V K NSN NSN P_OUT R P_UO_OUT_ P_N V TST n K P_OUT V V V V +V_SW.V u R V n p K NSN NSN n TTW K UO_S_ u P_ROUT V VP R P_UO_OUT_R P_RN V NP OUT TST p V SS n K P_ROUT u POWR NN OUT V V R u V MPR.V u M V n NP V n K p V NN VP UO_S_R u V n NR VP n V NSN VSS K V n OSR OOT V V n MUTN RUT OSO OOT +V_ST NSN VPR ST V K W VSS n V R ST V N K N V NT_POP STNn POWRUP V V K V K n TST W K M W VSSP VSS W VSS N VSS n S_UO_MUT_R VSS +V_ST W K VSS K S_UO_MUT_ POWR_OWN W K NSN u K S NSN V S_UO_MUT_R W RV W K S_UO_MUT_ +V_ST K W V PP K K K K K K K K K K K K VSS N_S n UO SS K S K n n NSN n u n n R NSN TO SUWOOR OUT W K K NSN u u.v K K n K n n K n n K n n n n n R n n NSN u n n NSN n n NSN R NSN K n MUTn W n NSN TO SPKRS K N n R n NSN n n V TTON T + N N RT W NSN W _PROT..eps
30 ircuit iagrams and PW ayouts.. SS: PbPr & SVS PPR & SVS SVS VS_N SVS N S_UO_N_ TV_RQ P_TT OT_ON_URT_RX S_UO_N_R OT_ON_URT_TX P_OUT SP_N P_ROUT S_UO_N_ S_UO_N_R (near to ) VS_N_TV SVS _PR_N_TV N_TV MV _P_N_TV MSRSSTT or TV onl y SVS N MSP R R OMP_UO_N_R R R n n K White VS OW SVS VS_N R R OMP_UO_N_ R n MT N PSVS K lue n R reen S_UO_N_R MT N R n N n K R N_TV R PON WT MT N PSVS p. PSVS PSVS p PSVS. PSVS R n n. R MS PPO PSVS PSVS R R R _PR_N_TV _PR_N _P_N_TV _P_N p R PSVS n K n p S_UO_N_ P_TT P_OUT P_ROUT n n K K.eps
31 ircuit iagrams and PW ayouts.. SS: /O inch & TV_onnector : TVonnector OT_ON_URT_RX OT_ON_URT_TX +V_ST S N TV S S N TV S S_R_N RMOT S N TV_RQ STN S_UO_OUT_ S_UO_OUT_R S_VS_R_OUT udior_out udior_in unction_sw R_in RR_in R_in Terr_VS_out Video_in PSVS TVonnector O N M V N unction_sw TO RMOV OR TV PSVS PSVS PSVS PSVS TVonnector RR_out/_in Video/_in N PSVS PSVS PSVS PSVS V TV onnector O & V / V OUT udio_out udio_in R_in MT N. PSVS udior_out udior_in udio_out udio_in VS_out OR ROW PSVS R R K R K K n PSVS R n n V R V R K n n R p n PSVS PSVS N R R R PSVS R K R R PSVS K R K n PSVS R R p R K n +V_SW p R R K PSVS PSVS n K n R R R R K p R S_UO_MUT_R S_UO_OUT_R S_UO_OUT_ S_UO_MUT_ S_UO_N_R S_UO_N_ S N S_STTUS S N S_R_N S N S_VS_N S VS_N_TV S N_TV S_UO_N_ S_UO_N_R S_VS_MON_OUT_TV S_UO_OUT_R S_UO_OUT_ MT N _PR_N_TV N_TV _P_N_TV V_ V_V R R W K +V_SW n n W K P_UO_OUT_ P_UO_OUT_R K R R OR TV K S_VS_MON_OUT_TV S_UO_MUT_R S_UO_OUT_R S_UO_OUT_ S_UO_MUT_ S_UO_N_R S_UO_N_ S_STTUS S N_TV S N S_VS_MON_OUT S VS_N_TV S VS_N S_R_OUT_VS S_VS_R_OUT.eps
32 ircuit iagrams and PW ayouts.. SS: V & P udio, ompair, & URT V P / V UO KV WT KV R V & P UO & OMPR & URT PSVS PSVS p p p (x) W PROM S R S OMPR T UO OUT.mm Round Screw ole M R O +V_ST PSVS PSVS URT (SRV) MS PPO (PT) SP OUTPUT p n R K K p PSVS _V S n R R R R R K R n PSV R R R ROM VPbPr & SVS mm x.mm Slot Screw ole K K W n R M R O R R ROM NOOs M R O p R n K n S K R R R p K K R PSVS R n n _V +V_SW MWMN _V MT N N R R ZXV K n MS PPO (PT) +V_ST +V_ST +V_SW R R +V_SW +V_SW R n R n K K SNVU SNVU V V N N URT_TX OM N OM N +V_SW K PSVS K p n PSV ZXV ZXV URT_RX URT_TX URT_TX URT_RX. K S_V S_V WR_N R V_R_N V N V N V_ V_V V_UO_N_ V_UO_N_R URT_RX _S_up _S_up MT_N n M R O SP_OUT M R O MT_N M O URT_R X URT_TX URT_R X URT_TX TO M M R O MROP.eps
33 M RSR ircuit iagrams and PW ayouts.. M M M M M W S R S W S R S W S R S M +V_SW +V_SW +V_SW T S PS PS S V R TPWR S NT RSV RX RX RX XT_SWN N V N V S S RPWR P PN TS TS TX K SS: M Switch M OT ON TV M W M K W M M SWT +V_SW M +VM_S T O M M MWMN M K (x) PROM M S M K M K M p M p M R M M M M M M K M K M K M n +VM_MUX_TPWR M M K K M K M K M M M K K K M p M p M R +VM_ M W M K M K M K M K M n M K M K M WS M WS M MWMN (x) PROM M M_RST K M M K +V_NMUX SWT M STU +V_MUX +V_SW M M M M M M M M M M M R M M R M M R M M M M +V_NMUX K T O M M M M u M u M u M u M n M u M n M n M n M n M n M n T O T O T O +V_SW +VM_ T O +V_SW T O +VM_S P_RST_ P_RST_ P_RST_S M n M M M M M M M M M T O M M M M WS M M WS p M n +V_SW M +VM_ M T O T O M M M M M M _RST M SWT M R M R T O +V_SW +VM_ M n M M M M M RWR M RWR +VM_S M K M M RR M M M M M K K M M M M W M M M K M K M M M_MUX_TX+ M_MUX_TX M_MUX_TX+ M_MUX_TX M_MUX_TX+ M_MUX_TX M_MUX_TX+ M_MUX_TX M_S_RX M_S_RX+ M_S_RX M +VM_S M M +V_NMUX M +V_SW K +V_NMUX M p M R M R +V_NMUX +V_SW M M M M M +V_SW M n M n _S_S _S_S M_RX_U_RST _RST M_OTPU_RST. RX_+ M RX_ RX_+ RX_ RX_+ RX_ RX_+ RX_ M M K +VM_ M K M _S M _S M p M M p M R M M +VM_ M M _RST K M M M K W W M M M M_OTPU_RST K M M P_RST_ +V_SW M M +VM_ T O M T O M MWMN (x) PROM _S _S WR_N M K M K M_S_RX+ M_S_RX M_S_RX+ M_S_RX M_S_RX+ _S_S _S_S M_OTPU_RST P_RST_S _S_S _S_S WR_N RX_+ _S _S M_OTPU_RST P_RST S _S WR_N M RX_ RX_+ RX_ RX_+ RX_ RX_+ RX_ M +VM_ M_S_RX+ M_S_RX M_S_RX+ M_S_RX M_S_RX+ M_S_RX M_S_RX+ M_S_RX +V_NMUX M M R RX_+ RX_ RX_+ RX_ RX_+ RX_ RX_+ RX_ RX_+ RX_ RX_+ RX_ RX_+ RX_ RX_+ RX NT _S_S _S_S M_MUX_RST _S _S _S_S _S _S _S_S M_OTPU_RST P_RST_MUX M_MUX_TS M_MUX_TS +V_NMUX M +V_MUX M +V_NMUX M.eps K M M M M M M M M M M M M M M M M M M M M M M M M M M M M K M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M K M K M K M M M M M M M M K M K M M M M M M M M M M M M M M M M M M K M K M M M M M M M M M M M M M M M M M M M M M M M M M M M M K M K M M M M M M M K M M M M M M M M M M M M M M M M M M M M M M M M M M M M K M M M M M M M M M M M M M M M M K M K M M M M M
34 ircuit iagrams and PW ayouts.. SS: M Main +V_SW N T O N T O N MWMN (x) W PROM S R S N M N K "N ~ N" MUTP : SN :. M MN p N K N N K N R NT T S S S S S S ST RPWRV RPWRV RX RX RX RX RX RX RX RX N XT OUT MK SK WS S SP MUTOUT RSV RSV Q S VS VNO OK K N R N R N R N R N R N R N R N R N R N R N R N R N R N R N R N R N R N R N R N R N R N R N R N R N R N R N R N R N R N R N R N ON N N N_S V V OV V V V +VM_ XXX RWR N N N K N W N N N M_OTPU_RST N N K K +VM_ N R N N n K K N N K +VM_ XXX N W N N XXX p XXX N N N K WR_N _S _S M TX_+ _S _S _RST N M_OTPU_RST P_RST_ M_RX_U_RST _S _S M_MUX_TS M_MUX_TS _S_S _S_S M_MUX_TX+ M_MUX_TX M_MUX_TX+ M_MUX_TX M_MUX_TX+ M_MUX_TX M_MUX_TX+ M_MUX_TX TX_ TX_ TX_+ TX_ TX_+ TX_ TX_+ TX_+ TX_ TX_+ TX_ TX_+ TX_ TX_+ TX_ M_S_SK M_S_WS M_S_S N N N N R N R N p N p N N N N p M N N M N K +V_NMUX N +VM_MUX_TPWR N N p N +VM_ R N R R N N N K N N N STU MN N N N R N R N p R N N N XTV V RV M_b() M_b() M_b() M_b() M_b() M_b() M_b() M_b() M_b() M_b() M_() M_() M_() M_() M_() M_() M_() M_() M_() M_() M_r() M_r() M_r() M_r() M_r() M_r() M_r() M_r() M_r() M_r() M_ M_ M_V N M_VK N STU N STU POWR V V V N n N n N n N n N n N n N n N n N n N n N n N n N n N n N n N n N n N n N n N n N n N n N n N n N n N n N n N n N N +V_SW +VSW R N +V_SW +VSW N N n N n +VSW N n N n N n N n N n N n N n N n N n N n N n N n N n R N N R +V_SW N +V_SW +VSW N R +VSW N N R N N R N +V_SW +VSW N R +V_SW +V_SW N N +V_SW +VSW R +V_SW N N +VSW R N n N n.eps N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N
35 ROM VS ircuit iagrams and PW ayouts.. R +V_SW R +V_SW +V_SW R KNP N P N P N RO P N P N P N ROK P KNP RX RXO VS V VSS VS RX RXO VP N P N P N R P N P N P N RK P KN_K VP N P R +V_SW ROM VS ROM VS +V_SW +V_SW R R N P N P N P N P N P N K P N P N P N P N P N P N O TX TX V VSS TX TX VP N P N P N P N P N P N K P VP N P N P N O P N P N P N K P TN TP K K N N P P M M R R +V_SW +V_SW ROM VS SS: M MT VS M MT VS V P OK VSS u n u MT n u u MT K M N P W W W W VS_RX VS_TX n u n n u u n n u u V u n u u V u TxPo_n TxPo_p TxPo_n TxPo_p TxPo_n TxPo_p TxPo_n TxPo_p TxPo_n TxPo_p TxPo_Kn TxPo_Kp n n n n u n u TxPe_n TxPe_p TxPe_n TxPe_p TxPe_n TxPe_p TxPe_n TxPe_p TxPe_n TxPe_p TxPe_Kp TxPe_Kn VS TXen VS TXep VS TXen VS TXep VS TXen VS TXep VS TXen VS TXep VS TXen VS TXep VS TXeKn VS TXeKp VS TXon VS TXop VS TXon VS TXop VS TXon VS TXop VS TXon VS TXop VS TXon VS TXop VS TXoKn VS TXoKp u VS TXen VS TXep VS TXen VS TXep VS TXen VS TXep VS TXen VS TXep VS TXen VS TXep VS TXeKn VS TXeKp VS TXon VS TXop VS TXon VS TXop VS TXon VS TXop VS TXon VS TXop VS TXon VS TXop VS TXoKn VS TXoKp K K..eps
36 ircuit iagrams and PW ayouts.. SS: M MT R M MT R RVR RM R RS RS S RW K RK Q RK QM QS QS QS QS RXT ROT UP N TO MR VSS V VQ VSS VSSQ R # Q UM M VR V VQ M_ROT K OT M_RK K K M_RWn K W M_RSn SRM S R M_RRSn K R RS R M_RSn R S R R M_RQ(:) M_R M_RQ() M_R M_RQ() M_R(:) M_RQ() M_R() M M_RQ() M_R() M M_RQ() M_R() M M_RQ() M_R() N M_RQ() M_R() N M_RQ() M_R() N M_RQ() M_R() N Q M_RQ() M_R() P M_RQ() M_R() P M_RQ() M_R() P M_RQ() M_R() M M_RQ() M_R() P M_RQ() M_R() R M_RQ() R M_RK M_RQM M_RKn K K UM M_RQM M M_RQS M_VR M_RQSn QS VR UQS VSS V S_ PVN N VQ R R R R R R R R R R +V_SW +V_SW u V K VN +V_SW R PM VTT VSNS VR u V u n u n R % n +V_VTT R R R R R R R R R u n n n n n n n n n n n n R R R R. M_RQ(:) M_RQ() M_RQ() M_RQ() M_RQ() M_RQ() M_RQ() M_RQ() M_RQ() M_RQ() M_RQ() M_RQ() M_RQ() M_RQ() M_RQ() M_RQ() M_RQ() M_RQ() M_RQ() M_RQ() M_RQ() M_RQ() M_RQ() M_RQ() M_RQ() M_RQ() M_RQ() M_RQ() M_RQ() M_RQ() M_RQ() M_RQ() M_RQ() M_VR n u n U U U T T T V V W W P P MT n K M P K M N R P R N N W W R R R R +V_SW R % M_VR MM_VR M_R(:) M_R() M_R() M_R() M_R() M_R() M_R() M_R() M_R() M_R() M_R() M_R() M_R() M_R() M_RSn M_RRSn M_RSn M_RWn M_RK M_RKn M_RK M_RKn M_RK M_RQM M_RQM M_RQM M_RQM M_R M_R M_RQSn M_RQS M_RQSn M_RQS M_RQSn M_RQS M_RQSn M_RQS M_ROT +V_SW +V_VTT M_R(:) M_R() M_R() M_R() M_R() M_R() M_R() M_R() M_R() M_R() M_R() M_R() M_R() M_R() S V M_ROT K OT M_RK K K M_RWn K W M_RSn S M_RRSn K RS M_RSn S M_R M_R M_R(:) M_R() M M_R() M M_R() M M_R() N M_R() N M_R() N M_R() N M_R() P M_R() P M_R() P M_R() M M_R() P M_R() R R M_RK M_RKn K K M_RQS M_RQSn QS M_RQS M_RQSn UQS N P n n n n n n n n n n n n n n n n M R u V u +V_SW SRM M_R M_R M_RWn M_RK M_RSn M_RRSn M_RSn M_ROT M_RQS M_RQSn S u V u VSS VSSQ N P R # +V_SW OR M n n n n n n n n n n n n n n n n M R +V_SW +V_SW n n n n n n n n n n M_RQ(:) M_RQ() M_RQ() M_RQ() M_RQ() M_RQ() M_RQ() M_RQ() M_RQ() M_RQ() M_RQ() M_RQ() M_RQ() M_RQ() M_RQ() M_RQ() M_RQ() M_RQM M_RQM M_VR.eps
37 ircuit iagrams and PW ayouts.. SS: M MT Power M MT POWR +V_SW R u n n n n n u +V_SW R u n n n n n n n n n n n n n n n u u +V R +V R +V R u n n n n n n n n n n n n n n u u u N N SS P N W W M M N U V V W K K K K M M N N N N P P P N_S OUT S MT V V V V V V V POWR VSS VSS VSS VSS VSS K K K K M M M M N N P P P P R R T W K TO S&NVM +V_SW URT_RX URT_TX K R R SSP MP MP u R n u n u n u R R R R MT V U V V W W W W V V XT VSS V S S NS_XT SS O SK PRPR S PRST SO PWN US TMS TRST RX RTK TX TK T TO NT PO TN TP VSS_P R R R T T T +V_SW u +V_SW u +V_SW u V K M R +V_SW R +V_SW W W V U U MPVM V S_S S_O Q Mx S_K S S_S S U +V_SW K W +V_SW O VSS S_M_W PTT TO Microp R R K K R K TRP MO TO TST_PUM X NORM () ( ) UT MO K +V_SW K K K K K TRST () S +V_SW +V_SW SK () SO () +V_SW K URT_RX URT_TX. n TPSRR K % R % u.v +V +V_SW PRST PWN u u u _ON_O _PWR_ON R n p p +V_SW +V_SW _S_up _S_up NT R TO Microp n.eps
10. Circuit Diagrams and PWB Layouts
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