瑞萨 通用IC 单个产品介绍篇 综合产品目录

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1 0.0 enesas GeneralPurpose ICs General Catalog Individual Product Descriptions

2 For PFC ators nd comparators a

3 Power Management inear ICs For PFC Critical Conduction mode single PFC control IC Critical Conduction mode single PFC control IC Critical conduction mode interleaved PFC control IC Critical conduction mode interleaved PFC control IC A0ASP A0ASP/BSP A0ASP A0ASP For PFC For PFC <Maximum atings> Supply voltage : V Operating junction temperature Tjopr: 0 to 0 C <Functions> High EfficiencyCritical Conduction Mode (CM) High voltage line less ZCD line less Dynamic, Static OVP function Feed back loop open function Dynamic UVP function OFF time control function (SW frequency limiter) Package: Pbfree SOP PIN AANGEMENT (TOP VIEW) Dynamic OVP V.0V SOP ErrorAmp.V CS :.0V UVO ON:V OFF:.V 0 A 0V CS 0p 0k p 0.V V OGIC BOCK amp GD Disable (OVP & _OW) OVP & _OW BOCK Discharge.V Dynamic UVP V 0.V <Maximum atings> Supply voltage : V Operating junction temperature Tjopr: 0 to 0 C <Functions> High EfficiencyCritical Conduction Mode (CM) High voltage line less ZCD line less Dynamic, Static OVP function Feed back loop open function nd OVP function A: atch type B: Auto restart type Dynamic UVP function OFF time control function (SW frequency limiter) Package ineup: Pbfree SOP PIN AANGEMENT (TOP VIEW) 0k CS p 0p ZCD 0.0V OCP 0.V amp ow Detect V 0.V :V ise OneShot OVP S Q Q Delay estart S SOPP Q S Q Q UVO ON:0.V OFF:.V OCP GD Disable OVP BOCK Discharge.V ErrorAmp.V.0V <Maximum atings> Supply voltage : V Operating junction temperature Tjopr: 0 to 0 C <Functions> Boost converter control with critical conduction mode Interleaving control Softstart function Two mode overvoltage protection Mode: Dynamic OVP corresponding to a voltage rise by load change Mode: Static OVP corresponding to overvoltage in stable PFC output Dynamic undervoltageprotection (DUVP) Feedback loop open Master and Slave independenced overcurrent protection 0 s restart timer Slave ZCD signal open Over current ON/OFF timer protection for boost Diode short Package lineup: Pbfree SOP/P BOCK AGAM ZCDM ZCDS NC S AMP Iramp 0.V~.V Clamp 0.V~.V Clamp OSC Vzcd_Io=.V 00mVhys Vzcd_Io=.V 00mVhys 0.V amp ow 0.V detect PIN AANGEMENT (TOP VIEW) Slave OGIC ZCDM ZCDS NC S AMP SOPP(FPDAV) : V OGIC UVO ON: 0V OFF:.V OCP OCPM OCP OCPS GD Disable OVP BOCK Discharge ErrorAmp 0.V 0.V.V GDM P GDS NC OCPM OCPS GDM P GDS NC OCPM OCPS <Maximum ratings> Power supply voltage () : V Operating junction temperature (Tjopr) : 0 to 0 C <Functions> Critical conduction mode boost converter control Interleaved control Brownout Soft start voltage protection modes OVP Mode : Dynamic OVP to prevent voltage rise during sudden load changes Mode : Static OVP to prevent overvoltage in steady state OVP : Overvoltage monitoring and protection using independent pin Feedback loop interruption Mater/slave independent overcurrent protection Timer latch protection in case of abnormal load 0 s restart timer Package : Pbfree SOP0 PIN AANGEMENT (TOP VIEW) ZCDM ZCDS BO SS NC AMP AMPGAIN 0 0 GDM GDS OCPM AMPGAIN OCPS NC T OVP 0uA 0uA ZCD ZCDM Clamp 0.V ~.V Vzcd_lo=.V 0mVhys ZCD ZCDS Clamp 0.V ~.V.uA T T Stop ATCH GD S Q.V.uA reset BO AMP T Discharge :V Slave UVO ON:0.V OFF:.V ua OCP OCPM ua OCP OCPS 0.V Stop GD GD Disable OVP.V (B) OVP BOCK.uA Hi:ON Discharge OGIC Ibo, Iramp SW T start ErrorAmp.V 0uA 0uA Iramp 0 to 0 ua Hi:ON 0.V UV B 0uA.V GDM GDS OCPM OCPS OVP SS 0 0

4 Power Management inear ICs For PFC Critical conduction mode interleaved PFC control IC Continuous Conduction mode single PFC control IC A0SP A0SP For PFC For PFC ZCDM ZCDS <Maximum atings> Supply voltage : V Operating junction temperature Tjopr: 0 to 0 C <Functions> Boost converter control with critical conduction mode Interleaving control with slave drop(sd) function at light load Off time control(otc) function: Switching loss is decreased at light load. Brownout function Two mode overvoltage protection Mode: Dynamic OVP corresponding to a voltage rise by load change Mode: Static OVP corresponding to overvoltage in stable OVP: Voltage of PFC output using other pin AC Hi voltage (ACDET) Feedback loop open ZCD signal open Master and Slave independenced over current protection 0 s restart timer Soft start Package lineup: Pbfree SOP0 Clamp 0V ~.V Vzcd_lo=.V 00mVhys Clamp 0V ~.V ZCD open detector Slave :V UVO ON:0.V OFF:.V GDM P GDS <Maximum atings> Supply voltage : V Operating junction temperature Tjopr: 0 to 0 C <Functions> oad Tracing Boost (TB) function Efficiency improvement at light load and AC00V Brownout function Over voltage protection Feed back loop open Over current protection Power good signal Package: Pbfree SOP TB_CAP PG_ GD ZCDM ZCDS BO SD ACDET AMP 0 GDM GDS OCPM OCPS O () BO ACDET SD SD AMP Hi:SD Iramp.V Stop GD.uA Hi:ON.V/.0V Slave off.ua Hi:ON.V OGIC Hi:OFF.V OCP OCPM OCP OCPS GD Disable OVP 0.V OVP BOCK Discharge () ErrorAmp OCPM OCPS OVP ( ) () OTC TB_ES BO CSO TB_ES Current Source DEAY OSC ON Duty <% CS SOP 0.V CS_AMP x0 OCP 0 UV P CS OCMP CSO PFC_IN UV Driver Block GD SD 0 OVP ( ).V BO Brownout Block AMP Block UV Protection Block TB_CAP TB_ES TB_ES TB Block UV.V EAMP.V DEAY PG_ PowerGood Block 0 PFC_IN 0 0

5 Power Management inear ICs For PFC Continuous Conduction mode single PFC control IC Continuous Conduction mode interleaved PFC control IC A0SP A00FP/SP, A0FP/SP For PFC <Maximum ratings> Powersupply voltage : V Operating junction temperature Tjopr: 0 to 0 C <Functions> Constant power limit function Continuous conduction mode Hold function of PFC operation on momentary outage (PFC hold function) Overvoltage Overcurrent Soft start Feedback loop disconnection IC shutdown function Package lineup: SOP Flat panel display Projector Desktop PC White goods ec ec k 0p Imo = K {IAC (VEO V ) } 000k IAC CAMP IAC IMO k 000p K CAI.k 00 CIMIT EO 0.u From VB(B monitor) PFCON 0 CAO 00p.k p (W).k C 0k u k.k 0k 0.u k u k k 0p 0uH From VEO 0.u T Q.V VAMP 0uF x (0V) 0.V.V 0.V.k V Gain 0.V 0.V.V B.u 0V DOVP H CIMIT 0k 0.V.V.V UVO SS from auxiliary OGIC.V.0V To UV BOVP ACDet 0k VB V GENEATO SS GOOD V INTENA BIAS In Out GATE DIVE /.0A(PEAK) DEAY B (V dc) ua CICUIT GOUND 0.u To Q gate DEAY SS 0.u 0.u <Maximum atings> Supply voltage (): V Operating junction temperature (Tjopr): 0 to 0 C <Functions> Boost converter control with continuous conduction mode Interleaving control Frequency modulation* Brownout Phase drop* External clock synchronization input External clock synchronization output* Two overvoltage protection modes Mode : Dynamic OVP corresponding to a voltage rise by load change Mode : Static OVP corresponding to overcharge in stable condition Dual overvoltage protection:* and OVP pins Feedback loop open Current balance control Independent phase and phase overcurrent protection Package options: Pbfree QFP0 (A00FP, A0FP), Pbfree SOP0 (A00SP, A0SP) Notes:. Supported by A00FP and A0FP only.. A00SP and A0SP have a fixed frequency modulation width. Phase Current information CS Phase Current information CS Phase Drop Signal fsw synchronous input Phase Current information CS Phase Current information CS Phase Drop Signal fsw synchronous input PFC Phase Drop Modulation OSC FM modulation Phase error det. Error signal Modulation frequency /SYNC SYNCO PFC Phase Drop Modulation GD OSC FM modulation P 0 A0 Phase GD Phase GD A00 Phase error det. Error signal Modulation frequency GD Phase GD Phase GD /SYNC CS CS Phase Error Signal fsw synchronous output Current transformer Phase Error Signal fsw synchronous output Current transformer 0 GD P For PFC DEAY C CAI CAO CIMIT SOP(FPDAV) 0 EO IAC PFCON FM FMC BO VAC PD A EDEAY 0 EO OFF S (Top view) SS QFP0 (FP0EV) OVP 0 FM CS BO CS VAC CSO CSO A IAMP S SS 0 (Top view) SOP0 (FP0DAV) GD CS CS CSO CSO IAMP

6 Power Management inear ICs For PFC Continuous Conduction mode single PFC IC Synchronous ectification Type Phase Shift FullBridge IC HAP/FP A0SP For PFC <Maximum atings> Supply voltage : V Operating junction temperature Tjopr: 0 to C <Functions> Average Current Mode Boost egulator World Wide Input Operation PFC Function ON/OFF Over Voltage Protection Soft Start Function Hold Time Adjust Function Programmable Power Good Signal Output (Open Drain Output) Package ineup: P, SOP <Maximum atings> Supply voltage : 0V Operating junction temperature Tjopr: 0 to C <Functions> SYNC High operating frequency: Oscillator frequency = MHz max. Fullbridge control circuit with adjustable delay time Secondary synchronous rectifier circuit with () adjustable delay time Overcurrent protection function: Pulsebypulse limiter () Package: Pbfree TSSOP0 AMP Current ef. Generator SYNC. I/O EO AMP 00 H UVO >.V High OSCIATO ES AATO. V CAMP CICUIT V UV Q V GENEATO logic H GOOD >.V High CICUIT BIAS A DEAY B C DEAY D E DEAY F FPD,etc SS 0 PIN AANGEMENT (TOP VIEW) GOOD DEAY PGADJ PFCON CAO CS 0 SS EO IAC PG PP(DPE) SOPP(FPDAV) CAO IAC CS EO 0 IAC 0ns.us 0.V.V OSCIATO khz IMO=K x [IAC x (VEO V)] VEO K.V IMO VAMP.k GAIN SEEO CAMP K= 0.0.V AMP GAIN SEE K= 0.0 PFCDT k H 0.V.0V SS CIMIT UVO OGIC 0.0V.V.V UV BOVP.0V.V BPG V GENEATO V INTENA BIAS In GOOD Out GOOD GATE DIVE /.0A(PEAK) DEAY ua DEAY SS SYNC AMP CS () () SS DEAY DEAY DEAY 0 0 A B C D E F CS. V PUSE BY PUSE Note: Switches in diagram are on when control signal is highlevel. 0.0V 0.V TSSOP0(TTP0DAV) PFCON ACDet CICUIT GOUND 0.u.V.0V PG.0V PGADJ PGDet 0 0

7 Power Management inear ICs Synchronous ectification Type Phase Shift FullBridge IC A0AFP/ASP Switching egulator for Chopper Type DC/DC Converter HAP/FP, HA0FP <Maximum atings> Supply voltage : 0V Operating junction temperature Tjopr: 0 to C <Functions> High operating frequency: MHz Fullbridge control circuit with adjustable delay time Secondary synchronous rectifier circuit with adjustable delay time Over current protection: Pulsebypulse limiter Synchronization I/O for the external oscillator Builtin amp slope compensation circuit Soft start function emote ON/OFF function* *AFP only Secondary synchronous rectifier ON/OFF function* Package: AFP: Pbfree QFP0, ASP: Pbfree SOP0 SYNC () AMP AMPSP SS CS SYNC I/O. V EO AMP 00 A CAMP CICUIT V 0 A H UVO OSCIATO ES AATO. V GOOD PUSE BY PUSE. V Q GOOD ES STAUP COUNTE COCK Phase Shift ogic V GENEATO GOOD Zero Delay H GOOD DEAY Circuit DEAY Circuit CICUIT BIAS Synchronous ectification ogic A DEAY B C DEAY D DEAY E F Wide operating supply voltage range:. V to 0 V* Wide operating frequency range (00 khz maximum operation) Able to drive a power MOS FET ( A maximum peak current) by the builtin totempole gate predriver circuit Can operate in synchronization with an external pulse signal, or with another controller IC Pulsebypulse overcurrent limiting (OC) Intermittent operation under continuous overcurrent ow quiescent current drain when shut off by grounding the ON/OFF pin HA: IOFF = 0 A (max) HA0: IOFF = 0 A (max) Externally trimmable reference voltage (): 0. V Externally adjustable undervoltage lockout points (with respect to VIN) Stable oscillator frequency Soft start and quick shut function *. The reference voltage. V is under the condition of VIN. V. ADJ DB ON/OFF TM C() V IN 0 ADJ V IN 0. V ON/OFF k C.V 0.V UV bandgap H reference UV atch voltage output V V generator H S Q OVP V IN PWM * Triangle waveform generator NAND (HA). V.0 V atch reset pulses. V T EA Bias current SYNC C T IN() E/O IN() P. Note:. The HA0 has an AND gate. ES AMPSP SYNC S P * SYNC ADJ AMP CS CS () SS 0 0 A B C D E F SYNC AMPSP AMP CS () 0 A B C D T C T IN() E/O IN() P.* 0 PP,SOPP (DP,FPDA) DB ON/OFF TM C() V IN 0 0 SS DEAY E F *. Pin () and Pin (P.) must be connected each other with external wire. DEAY DEAY DEAY SECCONT EMOTE DEAY DEAY 0 Outline: QFP0 (PQP000JBC) : Nonconnection Outline: SOP0 (PSP000DDB) 0 0

8 * Power Management inear ICs Switching egulator for Chopper Type DC/DC Converter 00kHz MUTIFUNION PWM CONTO IC 00kHz GENEA PWM CONTO IC HAFP, HAFP MAP/AFP MAP/AFP Wide operating supply voltage range:. V to 0.0 V* Wide operating frequency range (00 khz maximum operation) Direct power MOS FET driving (output current A peak in maximum rating) Pulsebypulse overcurrent protection circuit with intermittent operation function (When overcurrent state continues beyond time set in timer, the IC operates intermittently to prevent excessive output current.) Grounding the ON/OFF pin turns the IC off, saving power dissipation. (HA: IOFF = 0 A max.; HA: IOFF = 0 A max.) Builtin UV circuit (UV voltage can be varied with external resistance.) Builtin soft start and quick shutoff functions *. The reference voltage. V is under the condition of VIN. V. S.* C T T IN() IN() E/O Channel DB C P.* 0 SOP0P (FP0DAV) 0 S.V IN * TIM ON/OFF IN() E/O Channel DB C P.V IN * [Channel ] Stepdown control only (HA) Booster control only (HA) P.V IN C DB E/O IN() ON/OFF TIM S.V IN 0 to S.V IN 0. V C EA PWM UV UV output NAND (HA) V V H. V output band gap reference voltage generator circuit H ON/OFF O OVP NAND atch Triangle wave oscillator circuit Q PWM. V.0 V triangle wave S latch reset pulse C 0. V EA. V T Bias current to S.V IN 0 S. C T T IN() IN() E/O DB C P. [Channel ] (HA/HA) Stepdown or inverting control Note: * This block is AND ( ) in the case of HA. 00kHz applicable to MOSFET Output current A Output rise time 0ns, fall time 0ns Modified totempole output method with small through current Compact and lightweight power supply Small standby current 0 A typ. Big difference between "startup voltage" and "stop voltage" makes the smoothing capacitor of the power input section small. Startup threshold V, stop voltage 0V Packages withstanding high power dissipation are applied for high the heat generation by the gatedrive current of MOSFET. pin P, 0pin SOP.W (at C) Simplified peripheral circuit with protection circuit and builtin largecapacity totempole output Highspeed current limiting circuit using pulsebypulse method (Two systems of CM pin, CM pin) Protection by intermittent operation of output over current Timer protection circuit Overvoltage protection circuit with an externally resettable latch (OVP) Protection circuit for output malfunction at low supply voltage (UVO) Highperformance and highly functional power supply Triangular wave oscillator for easy dead time setting COEO V EMITTE VF ON/OFF OVP DET F/B MAP P(P) CM CM TOFF 0 CF TON EXAMPE COEO V EMITTE VF ON/OFF OVP DET F/B 0 HEAT SINK PIN MAFP 0 { } CM CM HEAT SINK PIN 0PNA(FP) TOFF CF TON 00kHz applicable to MOSFET Output current A Output rise time 0ns, fall time 0ns Modified totempole output method with small through current Compact and lightweight power supply Small standby current 00 A typ. Big difference between "startup voltage" and "stop voltage" makes the smoothing capacitor of the power input section small. Startup threshold V, stop voltage 0V Packages withstanding high power dissipation are applied for high the heat generation by the gatedrive current of MOSFET. pin P, pin SOP.W (at C) Simplified peripheral circuit with protection circuit and builtin largecapacity totempole output Highspeed current limiting circuit using pulsebypulse method (Two systems of CM pin, CM pin) Overvoltage protection circuit with an externally resettable latch (OVP) Protection circuit for output malfunction at low supply voltage (UVO) COEO V EMITTE OVP F/B DET EG MP MAP P(P) 0 CM CM() TOFF CF TON SOFT EXAMPE COEO V EMITTE CM CM() HEAT SINK PIN HEAT SINK PIN OVP TOFF F/B DET CF 0 TON EG SOFT PNA(FP) MFP MAFP *. Pins S. (pin ) and P. (pin 0) have no direct internal interconnection. *. Both pins must be connected to ground. Pins S.V IN (pin 0) and P.V IN (pin ) have no direct internal interconnection. Both pins must be connected to V IN. AC INPUT INE FITE USH CUENT PEVENTION CICUIT CFIN C ON CF OFF OVP COEO TON V CF M VF TOFF ON/OFF CM DET EMITTE F/B CM DC PUT AC INPUT INE FITE USH CUENT PEVENTION CICUIT CFIN C COEO V EG CM EMITTE SOFT M DET OVP F/BTON CFTOFF CF OFF ON DC PUT T Does not use CM. Uses CM. Short time constant C of CM pin is applicable for noise rejection with MOSFET ON OVP T

9 Power Management inear ICs SWITCHING EGUATO CONTO GENEA HIGH SPEED VOTAGE MODE PWM CONTO IC GENEA HIGH SPEED CUENT MODE PWM CONTO IC SWITCHING POWE SUPPY SECONDAY SIDE CONTO IC MP/FP MP/FP MP/FP MP/FP Output current peak A Totempole output Small startup current 00 A(typ.) Startup threshold... V, stop voltage... 0V Output duty % (internally fixed) Pulsebypulse current limit 0 pin SOP, pin P package Flyback regulator COEO 0 COEO V CM V EMITTE NC OVP EMITTE F/B OVP F/B 0PNA NC MFP MP CM NC 0 NC 00kHz applicable to MOSFET Output current IO (peak) A Adoption of totempole output Timer type latch circuit to be used combined with OVP function Builtin soft start circuit (used combined with DTC) Builtin OPAmp for feedback (allowable photocoupler drive) High speed pulsebypulse system current limit circuit Small circuit current before activation 0 A Activation start voltage...v, activation stop voltage.v Adoption of pin P package and small size 0pin SOP package ocal power supply for various types of switching power supply, DC/DC converter, etc. 00kHz applicable to MOSFET Output current Io (peak) A Adoption of totempole output Since this IC provides independent current sense pins, it is capable of forming a SW power supply that is strong against noise. High speed pulsebypulse system current limit circuit Timer type latch circuit to be used combined with OVP (external reset possible) Builtin soft start circuit (used combined with DTC) Builtin OPAmp for feedback (photocoupler drive allowable) Small circuit current before activation 0 A Activation start voltage...v, activation stop voltage.v Adoption of pin P package and small size 0pin SOP package ocal power supply for various types of switching power supply, DC/DC converter, etc. system output voltage (Output voltage can be set arbitrary) system over voltage builtin (without delay circuit) system over current builtin (with delay circuit) PC output drive current 0mA (max) Flyback regulator 0 PC PC VD VIN CD VD CD MFP 0PNA NC PC NC VD VD MP 0 PC NC VIN NC CD CD P NC:NO CONNEION EXAMPE AC input P. C OVP atch OSC UVO PWM comp. F/B CM F/B CM P.C Collector V out Emitter P NC :NO CONNEION DC output V 0 CM F CF MFP 0PNA(FP) EA IN EA SOFT EXAMPE AC INPUT INE FITE USH CUENT PEVENTION CICUIT CFIN C V EMIT CM F CF NC (OVP) MP COE EA IN EA 0 SOFT NC P(P) NC:NO CONNEION EA EA IN SOFT DUTY CSOFT F CF CM F CF CM DC PUT V 0 CM CUENT SENSE CF AC INPUT INE FITE USH CUENT PEVENTION CICUIT MFP 0PNA(FP) CFIN C EA IN EA SOFT EXAMPE (OVP) SOFT EA EA IN V EMIT CM CUENT SENSE CF NC MP COE EA IN EA 0 SOFT NC P NC:NO CONNEION CUENT SENSE CF CM CS DC PUT EXAMPE PC VIN P. C VD VD Over voltage ref. volt..v CD Over current CD Over current Over voltage Power on reset P. C PC V.V P.G DUTY CSOFT CF T

10 Power Management inear ICs GENEA PUPOSE DC/DC CONVEE GENEA PUPOSE DC/DC CONVEE MUTIFUNION HIGH VOTAGE WITHSTAND DC/DC CONVEE MUTIFUNION DC/DC CONVEE MP/FP MP/FP/GP MP/FP MFP Wide supply voltage range. to 0V ow dissipation current.ma Wide range of output Voltage adjust. to 0V Output switch current 00mA Wide range of switching frequency 00Hz to 00kHz Builtin peak current protection circuit External transistor is unnecessary for the power system of 00mA or less SWITCH COEO SWITCH EMITTE TIMING CAPACITO GOUND MP/FP P(P) PSA(FP) EXAMPE (V/0mA) V V/0mA D 0pF C 00 F.V Q.k DIVE PEAK CUENT SENSE AATO INPUT 0 H S OSCIATO AATO 0 SC VIN V CIN 00 F k Wide operation power supply voltage range. to V ow power consumption.ma typ. High speed switching is possible. (Max 00 khz) Output short protection circuit and ON/OFF control are used. The deadtime control and the softstart operation are possible. type package variation pin P/SOP/SSOP ocal power supply for general electric equipments, and DC/DC converter COEO PUT EMITTE PUT COSC EXAMPE VIN COSC CIN MP/FP/GP P(P) PSA(FP) PXA(GP) M D IN DTC V C Wide operation power supply voltage range. to V Operation can be synchronized by the external sync singnal Operation can be controlled using two prioritized systems (High input has priority) High speed switching is possible. (Max 00kHz) Output short protection circuit and ON/OFF control are used. The deadtime control and the softstart operation are possible. pin P package and small size 0pin SOP package Back light control for Note Book type PC and word processor, local power supply for general electronic equipment including portable devices, and DC/DC converter COEO PUT EMITTE COEO PUT IN PUT 0 IN EMITTE PUT IN COSC COSC IN TIN N.C 0 DTC N.C TIN DTC N.C N.C CI COSC IN IN OSC & sync ckt MFP 0PNA(FP) EXAMPE OP Amp Std. voltage.v OP Amp UVO VTH:.V SQ MP P(P) NC : NO CONNEION D Co DC/AC F Tube D V CDEAY CF F Wide operation power supply voltage range. to V Operation can be controlled using two prioritized systems (High input has priority) High speed switching is possible (00kHz) Output shortcircuit protection circuit, ON/OFF control, dead time control, softstart operation Small size 0pin SOP package High speed pulsebypulse current limit Totempole output output current Io (peak) A Backlight control for Note Book type PC, etc. General electronic equipments including portable equipments. CI COSC 0 SCP CM IN COSC IN MFP 0PNA EXAMPE ef. voltage source 0.V Oscillation circuit OP Amp IN.V VF PWM Comp S 0 UVO VTH:.V 0.V Vo set to V D Vo set to V SW CM CM Cf Cf DTC CDTC I I IN OP Amp Short circuit protection circuit SCP (SOFT)

11 Power Management inear ICs OW VOTAGE OPEATION STEPUP CONVEE PIN SOT,.0V FIXED PUT DC/DC CONVEE FO GENEA USE. V FIXED PUT VOTAGE DC/DC CONVEE.0 V FIXED PUT VOTAGE DC/DC CONVEE MFP/GP M0GP M0/FP M0/FP ow voltage operation that can form a stepup converter from the voltage of a battery 0. to V ower current consumption PWM control Capable of output ON/OFF control Adoption of small pin SOP and SSOP package Operating supply voltage to V(=V Typ.) ow power dissipation 00 A(=V Typ., no load) Builtin oscillator without external components (0kHz Typ.) Builtin shortcircuit protection circuit Ultrasmall package pin SOT applied Wide operation supply voltage range: to V ow power consumption: 00 A (max.) Builtin oscillator without external components (0kHz typ.) Builtin over current protection circuit Small size pin SIP and pin SOP packages Wide operation voltage range: to V (typ. = V) ow power dissipation:.ma (max., = V) Builtin oscillator without external components (0 khz typ.) Builtin over current protection circuit Small pin SIP and pin SOP packages ocal power supply for battery driving equipment including CDOM, portable terminal and portable equipment, DC/DC converter CDOM, general electronic equipments such as portable equipments. CDOM, PDA, general purpose electric products ocal voltage regulator of audio sets and general electric products DIVE DIVE PWM MFP/GP PSA(FP) PXA(GP) BIAS ON/OFF IN COEO PUT MXGP IN SOT CM M0 IN CM Collector Outline: PT M0 IN CM Collector Outline: PT M0FP M0FP EXAMPE BATTEY (.V) VIN CIN F IN ON/OFF H D(SCHOTTKY ODE) V.V 00mA BIAS.k D DIVE 0 D DIVE PWM C k F EXAMPE VIN (V) 00 F V (.V, A) IN 00 F CM 0.ohm M0 CM Collector Kohm Kohm H Collector CM V CC NC NC NC IN Over current resistor NC: No connection Outline: PSP000DEC (recommend) PSP000DAA (PSA) (not recommend for new design) Collector CM V CC NC NC NC IN Over current resistor NC: No connection Outline: PSP000DEC (recommend) PSP000DAA (PSA) (not recommend for new design) 0. F Application example of forming./00ma output from a battery CM Current limit circuit CM Current limit circuit IN 0.k k.v OP Amp OSC (0 khz) PWM Comp Collector IN k.k.v OP Amp OSC (0 khz) PWM Comp Collector

12 Power Management inear ICs MTP TYPE V FIXED PUT VOTAGE DC/DC CONVEE FO GENEA USE MGP.V,.V(.0V,.V)CH FIXED PUTVOTAGE DC/DC CONVEE FO GENEA USE MFP, MFP, MFP ch DC/DC CONVEE IC A00NP Operating supply voltage range to V(typ. =V) ow power dissipation 00 A (typ.=v, at no load) Builtin oscillation circuit with no external components (0kHz typ.) Builtin overcurrent protection Ultrasmall package pin SOT applied ocal power source for audio equipments, portable equipments, electronic equipments in general. CM MGP SOT EXAMPE IN OP Amp VIN.V OSCIATO COEO PUT IN ESISTE FO OVECUENT POTEION CM OVECUENT POTEION CICUIT COEO PUT PWM Comp V Wide operation power supply voltage range to V(typ.V) ow power dissipation.ma(=v, no load) Builtin system voltages (V,.V) reset function Builtin oscillation circuit with no external components (0kHz typ.) pin SOP Power supply for M flash memory. General electronic equipments such as portable equipments. Part No. IN IN MFP.V.V MFP.V.V MFP.V.0V VIN (V) V (.V) Co V (.V) Co Cin C C IN MCU etc. MFP MFP MFP PSA MFP Cout IN Cout Cd IN Cd IN EXAMPE (MFP).V INE.V INE Q D Q D Fully integrate output MOSFETs Internal phase compensation Builtin Shutdown function for all boost converters Highly efficient auto BuckBoost converter (CH) Auto PWM/PFM mode switching for improving efficiency at light load (CH~) SW frequency (@PWM mode) CH~:MHz, CH:MHz, CH~:00kHz Output voltage detector for system reset (CH) Poweron sequencer PON: CH CH CH CH PON: CH & are starting up at same time (CH complete prior.) Builtin Digital soft start function Builtin discharge circuit (CH~, ) Builtin protection circuit (SCP, OCP, OVP and TSD) Dimmer control (CH) Operating voltage range.v~.v (for cell iion and cell AA battery) Package: mm mm 0.mmt, 0.0mm pitch, 0pin QFN Digital Still Camera, Digital Video Camera PWM pulse Vout Vout Vout Vout Vout Vout monitor POKB ADJ PON PON PON VBAT EG CP Charge VEG pump ON/OFF Digital Soft start CH Sync./Boost Current mode PFM/PWM CH Sync./Buck Current mode PFM/PWM CH Sync./Buck Current mode PFM/PWM CH Sync./ Auto BuckBoost Current mode PWM CH Async./Boost Voltage mode PWM CH Async./Invert Voltage mode PWM CH Async./C.C. Boost Voltage mode PWM Timer atch TSD OSC SCP 0 0 Index DiePAD 0 BG select P DiePAD CP CP VO EX P P P D VO U P SD P DCG SD OVP UNEG (Vbat) Vout (.0V) Vout (.V) Vout (.0V) Vout (.V) Vout (V) Vout (.V) Vout (C.C. 0mA) 0 0pin QFN 0

13 Power Management inear ICs ch DC/DC CONVEE IC PHOTOFASH CAPACITO CHAGE WITH IGBT DIVE A000NP J00ANS channel architecture (ch stepup, ch srepdown, ch) selectable stepup/stepdown, and ch Inverter) Builtin ch MOS transistor (ch, ch, ch, ch, and ch) Builtin phase compensate parts (all channel) Builtin shutdown circuit (ch and ch) ch synchronous rectification (ch, ch, ch, ch, and ch) High speed response curret feedback circuit (ch, ch, ch, and ch) Bootstrap circuit (ch) SW frequency CH~:MHz CH0~:00kHz Independent ON/OFF control Soft start Protect function (SCP, OVP, OCP) Dimmer control for CD B (ch) Operating voltage range:.~.v (for cell iion and cell AA battery) Package: mm mm 0.mmt, 0.0mm pitch, pin QFN VO V V V V V VEG V VEG SD VBG.V VE G SD Output.V UVO circuit EAO internal amp power supply PWM OCP To other IN UVO channel Stattup Oscillator From Pulsw P/ generate VO To EAO imternal Current 0 amp circuit Feedback Buck/boost Output select S Q circuit IN comp From P/ OCP VO Current EAO Feedback amp Buck/boost select Output S Q circuit IN comp From VO OCP Current EAO Feedback amp Output S Q circuit IN comp OCP From VO Current EAO Feedback amp S Q Output circuit IN comp OCP 0.V EAO amp PWM 0.V VEG IN.0V Soft start EAO Inverting amp Circuit PWM IN EAO PWM X0. amp DTC Timar atch SCP/OVP (msec) ADJ From From MHz 00kHz To Buck/boost IN~ EAO~ Oscillator Oscillator Select (ch, ) EAOV Buck/boost SOFT Soft start circuit To ch select (msec/msec) oad SW ampv 0 0 P_ON P_ON P_ON P_ON P_ON P_ON P_ON SE SD Back Gate select Back Gate select P_ON VBG Soft start V VO P PV P P P P P P BOOT P P P P 0 SD IN INV cell iion battery (.0V~.V) Boost V Buck V Buck V Buck V Buck V Buck Boost V Inverin V Buck V Boost Selfoscillation method with flyback transformer The charge completion is detected by indirect method with tertiary()winding Builtin high voltage Nch MOSFET for Power SW (0V max) Various Protect functions ow voltage protection (UVO) Thermal shutdown Maximum Off time limitation for Nch MOSFET Overcharge protection for open tertiary()winding Adjustable primary side current IGBT driver is adjusted to enesas s strobe IGBT characteristics. Small leadless power package: DFN0 (. x.0 x 0.mmt) Digital still camera, Digital Video Camera, Optical film camera Mobile phone Host side FU Charge completion Charge enable IGBT On/Off CHG CHGADJ TEST FSW DAIN MONI FU CHG Vbat Vfull Detection Charge adjust UVO MONI Secondary current Detection Noise filter IGBT driver 0pin DFN N N DAIN Switching TSD 0 N MONI Open Detect Primary current P (TEST) IGBTGD FSW Vout Co CHGADJ P IGBTGD Strobe IGBT Digital Still Camera, Digital Video Camera A000NP (Pin QFN) 0 0 Index 0 0

14 Power Management inear ICs PWM lers PWM CONTOE FO SYNCHONIZATION DEFEION SYSTEM CONTO FO C MONITO M0P/FP PWM CONTOE FO SYNCHONIZATION DEFEION SYSTEM CONTO FO C MONITO M0P/FP ITHIUMION BATTEY CHAGE CONTO IC MFP/AFP PWM lers PWM output in synchronization with external signals Wide range of PWM control frequency khz to 0kHz Builtin soft start circuit Builtin low voltage output malfunction prevention circuit Start > V Stop > V Builtin output overvoltage protection circuit (OVP) in the control line and builtin low voltage protection circuit (UVP) C display monitor PWM output in synchronization with external signals Wide range of PWM control frequency khz to 0kHz Builtin soft start circuit Builtin low voltage output malfunction prevention circuit Start > V Stop < V Builtin PulseByPulse method current limiting circuit Builtin Timer latch protection circuit C display monitor High precision reference voltage builtin for full charge voltage (.V 0mV(AFP),.V 0mV(FP) available) V power supply for MCU Various kinds of charge flows are available by the interface with MCU Package : pin SSOP Personal Digital assistant battery charger for genaral electronic equipments SD CADJ PWM TIN COSC CAGC P. OVP UVP M0P/FP DTC IN IN 0 P(P) PSA(FP) BO BI M0FP PNA PWM EMITTE COEO TIN CM M0P (OVP) DTC COSC CAGC PWM CM TIN (OVP) DTC COSC 0 CAGC IN ON/OFF IN 0 IN ON/OFF IN P EF VBAT DATA S S MFP PEA 0 HBAT BAT VF VSENSE TYPE TH DTC UVP SOFT STA OVP IN IN UVP UVO OVP P. BO 0 TIANGUA WAVE GENEATO TIN COSC PWM BI AGC CAGC PWM DTC V CC eference voltage Comp UVO GEN ON/OFF circuit IN AGC IN PWM TIN COSC CAGC ON/OFF Amp (OVP) Timer latch Pulsebypulse current limiter CM MCU (M0) AD AD DC SD Charge ON/OFF Constant voltage VBAT control DATA EF.0V eg 0k A CADJ B MFP A: k C B:.0k C:.k D D: k Constant current control Aamp Bbuff Cbuff ogic S S HBAT BAT 00k VF 0k 00k VSENSE EF TYPE 0 TH 0k t 0. (s) r

15 Power Management inear ICs CONSTANT VOTAGE CONSTANT CUENT CONTO IC ITHIUMION BATTEY CHAGE CONTO IC MFP MAGP Operating power supply voltage range. to V High precision reference voltage.v.0% PC terminal output current 0mA Package : pin SOP Charger, Switching mode power supply secondary side control Corresponding to.v and.v battery High precision reference voltage (charge voltage) builtin.v 0mV Constant current and voltage charging Charging inhibit and protection function for over discharged battery Charge disabling functions for an over discharged battery and a high/low temperature battery echarging function ED driving circuits to lndicate charging conditions Delay circuit to prevent chattering Package : pin SSOP ithiumion battery charger for handheld telephones, etc. AmpAin AmpAin PSA AmpAout P.C AmpBin TIN C SW NC MAGP SENSE SENSE VSENSE NC ED 0 C ED PEA C AC input PWM IC Ver. A B MFP Battery ED ED.V [.V] uf.0v [.0V].V [.V].uF SW C egulated Supply.V [.V].0V.V[.V.V] Erroneous Detection Preventing Erroneous Detection Preventing OE Constant current control ISENSE ISET ISENSE OE Constant voltage control VSET VSENSE Erroneous Detection Preventing Current.V [.V] SENSE SENSE VSENSE to pin 0KOhm 0hm Battery C 0 C.V [.V] TIN 0.uF.uF thermistor

16 Power Management inear ICs ITHIUMION BATTEY CHAGE CONTO IC ITHIUMION BATTEY CHAGE CONTO IC MFP MFP Support.V battery Builtin high precision ref. voltage (charge voltage).v 0mV Builtin kind of timer (externally variable) Initial setting timer : about min. echarge time : about a hour Charge timer : about hours Protection Overdischarged Battery High and ow temperature battery Builtin delay circuit for chattering prevention Builtin charge OFF function When adaptor pulled out When adaptor voltage goes down. Package : 0pin SSOP Chargers for lithiumion batteries 0 0.0uF Adapter voltage block eset circuit eference voltage/logic power supply block Oscillator Vcvref Cosc Idet Vsense Vadp Vadp Tdet Vrchg Ifull Cosc STP 0 MFP 0PFA uf 0 Idet ED ED C C Vcvref ogic power supply Oscillator CV cont. CC cont. eference voltage block eference voltage/logic power supply block 0 Cosc Compatible with. V batteries Onchip highprecision reference voltage (charge voltage),. V 0 mv Supports constant current, constant voltage charging Onchip protection function to prevent charging of overdischarged batteries Onchip protection function to prevent charging of batteries at excessively high or low temperatures Onchip recharge function EDs to indicate charging status Onchip delay circuit to prevent chattering onchip timers (settings variable by attaching external devices) Initial setting timer (spare charge timer ): Approx. minutes Spare charge timer (spare charge timer ): Approx. hour Charge timer: Approx. hours Onchip flashing ED malfunction indicator function Chargers for lithiumion batteries, etc. 0. 0uF C ED ED MFP logic block ED control block Charge control block Charge current block Battery connection block Battery voltage block Battery temperature block Vcvref C Idet Idet Iful l Vsense Tdet Vcvref 0.0uF s Open or Charge current Charge control block 0.0uF Open or Vcvrer Vadp Vadp Vcvrer STP ED ED Adaptor Adaptor Adaptor Adaptor voltage block eset circuit logic block Battery connect detect Charge stop current detect Over current detect * * * * * * Vcvref Charge current detect Charge current block Battery volt.buffer Charge voltage block 0 Idet Charge current Idet s Ifull Open or Vrchg 0 Vcvrer Vevref Idet Idet Vsense Tdet Ifull Cosc Vcvref MFPP 0 ED ED C C PNA ED control block MFP.Over discharge detect.quick charge start volt.detect.battery connect detect.battery connect detect *.Over voltage detect *.Charge stop / recharge detect Temperature block

17 Power Management inear ICs ITHIUMION BATTEY CHAGE CONTO IC BUITIN CHAGE SW MFP ITHIUMION BATTEY CHAGE CONTO IC S000NP High precision ref. voltage( 0.%) Power MOSFET charge SW safety timer circuits Charge timer for overdischarged batt. Precharge timer 0hrs timer Small package(pin QFN) Portable models such as DSC, etc SIN DET ED EDSW A daptor voltage derect block ow power supply detect ED bont block High power supply detect Change control block Change current control block 0.uF Const.volt. control logic block eset circuit Quick charge start voit. detect CHGSW C Const.current control Battery voltage detect block Charge stop/ Trickle charge Detect Internal OSC COSC Charge stop current detect Over volt. detect Int ref volt. /logic porver Supply block Iemp detect block Batt. connect.detect. Batt. low temp.detect. Batt. high temp.detect. D HBAT 0.0 BAT BAT TIN Battery Charge current High precision ref. voltage( 0.%) Power MOSFET charge SW Current sense resistor builtin safety timer circuits Charge timer for overdischarged batt. Precharge timer 0hrs timer Small package(pin QFN) DSC,etc. SIN ED ANA EDSW /ACOK /DCKAN SE SE Charge complete current/ lowtemperature rapid current mode select Charge current block Charge complete current ow power supply voltage IF ED control block Thermal shutdown Adapter voltage block Interface block High power supply voltage C Software startup Back gate potential control On/off control Back gate potential control IF On/off control logic block eset circuit Constant voltage control apid charge start voltage FET D current supply bypass circuit Charge control block OG DCKAN CHGSW TEST COSC ANA IF On/off control Battery voltage block Potential comparison Internal oscillator Constant current control Charge complete/ recharge Overvoltage Internal reference voltage/ logic power supply block Temperature block Battery connection Battery temperature low Battery temperature high D /ION BAT _EF TIN N.C C N.C TEST BAT BAT HBAT TIN TEST COSC CHGSW 0 MFP 0 N.C N.C DET EDSW ED D D D SIN SIN SIN PJWA TIN ANA TEST COSC CHGSW OG 0 /DCKAN C _EF SE BAT /ION N.C S000NP 0 DCKAN N.C /ACOK SE EDSW ANA ED D D D SIN SIN SIN PJWA 0

18 Power Management inear ICs ITHIUMION BATTEY CHAGE CONTO IC S00SP ITHIUMION BATTEY CHAGE CONTO IC A00SP Switching type constant voltage and constant current control for charging Highprecision charging voltage control,. V 0 mv ( cells) Overdischarge, overvoltage, temperature, and excess heat protection Builtin drivers for EDs onchip timer functions (overdischarge, charge) Compact 0pin SSOP package DSC,etc. Photocoupler AC power supply PHC Adapter unplugged detector Charge current detector ed ED CV ED driver Constant current, constant voltage Adapter control circuit ADJ adjf ED ED Csoft ogic circuitry EDSE Green ED Software startup Excess temperature protection Completion determination Overvoltage detector ow voltage detector Connection/temperature detector FET control circuit Current setting circuit Battery voltage detector eference voltage CC Oscillator circuit VB VB 0k TH ADJ lref Vsense iref espond to PCE (Product Safety Electrical Appliance & Material) espond to.v battery Highly accurate reference voltage (charge voltage) builtin.0v 0mV(at Ta=degC ) Constant current constant voltage control function builtin Battery connection function builtin Adaptor connection function builtin ich in protection function Safety timer function builtin Over discharge function builtin Over voltage function builtin Over temperature protection circuit builtin Erroneous prevention circuit builtin EDdriver function builtin PHC CV ED ED Csoft Adaptor Adaptor Disconnect Detection Over voltage Detection ow voltage Detection (Over discharge) Over current Detection Charge Terminate Detection ED driver ogic Over discharge Timer Charge Timer Softstart CCCV control circuit (Constant current constant voltage) ADJ EDSE CC Charge Switch Charge Current Setting eference Voltage Battery Connection Detection Battery Tem. Detection OSC VB VB Vsense ADJ Iref TH CV PHC ED ED EDSE 0 S00SP 0PFA 0 VBAT VBAT VSENSE Csoft ADJ ADJ TH lref CC DSC, DVC, and so forth CV PHC ED ED EDSE VBAT VBAT VSENSE Csoft ADJ ADJ TH Iref CC 0pin 0PF

19 Power Management inear ICs ITHIUMION BATTEY CHAGE CONTO IC A000ANS USBCHAGEATIBE ITHIUMION BATTEY CHAGE AND POWE SUPPY SWITCHING CONTO IC J00NS Available for.v battery Builtin high accuracy reference voltage (charge voltage).0v 0mV (at Ta=degC ) Constant current and constant voltage control function Battery connection function Builtin adaptor function Builtin recharge function Builtin thermistor interface for battery temperature Builtin chip temperature function Substantial protection functions Safety timer Overdischarge protection Overvoltage protection Charge prohibition protection for overvoltage and overdischarge battery. Thermal shutdown function Erroneous protection Builtin ED display function ICHG ED osc *) Pathtransistor includes the function that prevents negative current from BAT to. eference voltage Bias circuit VSENSE ADP VSENSE VSENSE CV control Adaptor logicvdd Thermal shutdown PO logicvdd UVO Charge start voltage ICHG Completion current OSC Gate control circuit CC control logicvdd Charge ogic Charge control Timer ED control ICHG VSENSE Over voltage echarge Completion voltage Trickle/quick charge switch High temperature ow temperature VSENSE BAT VSENSE TH TMcnt PIN AANGEMENT BAT BAT (NC) (NC) USB USUSP CEN ICHG U TOP VIEW SYS SYS (NC) ADP IMTA OSC SC 0 SDA Support for singlecell lithiumion batteries USB/ADP input switching function System supplybattery charger automatic load distribution function AC adapter to system/usb/battery power supply switching function Onchip lowloss MOSFET between better and system (HAT0, m typ.) Input current limit function (AC adapter max. A, USB 00mA/00mA/00mA/,00mA selectable) Compliant with Electrical Appliances and Materials Safety Act (charge current and control voltage switchable by I C) Highprecision charge control voltage,.v 0mV Onchip constant current and constant voltage control functions Chip temperature function Thermal shutdown function Timer function Digital cameras Mobile phones PDAs Portable memory audio players Handheld game consoles ADP USB IMTA ICHG eference voltage Bias circuit ogicvdd BG control Current imit BG control Current imit Gate CC control ogicvdd ICHG BG control CV control Gate BAT m SYS SYS BAT BAT For DSC, cellular phone, PDA, portable memory audio player, handheld game machine, and others. osc ED BAT VSENSE ICHG 0 Underside Underside BOTTOM VIEW PKG DFN.mm.mm 0.mm CEN U USUSP 00k 00k 00k TSD/chip temperature /S BAT /S ICHG /S Charge start voltage Completion current OGIC Over voltage echarge Completion voltage Trickle/quick charge switch OSC ogicvdd BAT C egisters ogicvdd OSC SDA SC TMcnt TH I C read/write access is not possible without either ADP or USB input. 0pin DFN

20 ITHIUMION BATTEY POTEION ANAOG FONT END IC S000SP VED VEG DFCNT CFCNT / CK CS CM Ao 0 0 VIN DF PF CF VIN VIN VIN VIN 0PEA S000SP CMOS monolithic IC All FET's are controlled by MCU inear regulator(.v output) for MCU power supply inear regulator(.v output) for ED power supply Power save function Cell balancing circuit for adjusting each cell voltage eset circuit for detecting voltage drop to output reset signal by monitoring regulator voltage wire interface with MCU High voltage device(absolute Maximum ating V) Smart battery V TYPE BIT CH D/A CONVEE M0GP, MGP ow voltage operation (. to.v) bit serial data input (connected via pins:, CK, D) channels of bit D/A converter channels of can select output from data stored in each converter, through control terminals (Ao to Ao) Adjustment/control of industrial or homeuse electronic equipment, such as VC camera, VC set, TV, and C display * MGP is a product with increased output drive capacity. V TYPE BIT CH D/A CONVEE A0NP*/SA*/SP bit serial data input (connected via pins:, CK, D) channels of and segment type highperformance bit Guarantee.0SB for Nonlinearity error and 0.SB for differential nonlinearity error buffer operational amplifiers with full swing of output voltage between and Builtin power on reset circuit High oscillation stability against the capacitive load of buffer operational amplifiers Using very small QFN0 package (mm mm) Automatic adjustment or control for consumer and Industrial equipment VED VED ON/OFF 0 Vin Dfcut Cfcut Pfcut AO AO AO AO AO VSS C VO VO0 VO VO AO VEG / DFCNT CFCNT CM VEG On/off cont. Pack Monitor FET cont. Vin Vin AO AO AO AO AO AO AO AO AO AO0 AO CK D DO M0GP MGP C0 VSS AO AO AO AO AO AO AO AO AO AO AO0 AO AO AO AO PDA Ao Ao Ao Ao Ao Ao Ao Ao0 A0NP Ao U Ao PWQN000KBA[NP] Ao 0 0 CK D Do Ao Vres Ao Ao Ao Ao Ao Ao Ao Ao0 U 0 A0SP/SA 0 Ao Ao CK D Do Ao Ao PSP000DDB[SP] PTSP000JBA[SA] CK CB AO 0 S/P interface atch Output select S/P switch x0. 00mV Vin Vin DO VSS BIT SHIFT EGISTE D D D0 BIT ATCH X DA BIT ATCH X DA BIT ATCH X DA DECODE DATA CONT O CK D C0 0 C 0 Ao BIT SEGMENT DA CONVEE BIT ATCH BIT ATCH BIT SEGMENT DA CONVEE Ao CK D C BUS TANCEIVE DA DA DA CHANNE DECODE BIT ATCH BIT ATCH DA BIT ATCH DA Note: For pin numbers in the diagram below, : SOP/TSSOP, : QFN. BIT ATCH DA BIT ATCH DA DO D0 0 BIT ATCH DA Ao BIT ATCH BIT ATCH DA Ao 0 BIT ATCH BIT ATCH DA POWE ON AO AO AO VSS 0 Ao Ao Ao Ao Ao Ao Ao Ao0 0 U New Product *

21 MCU and SoC Peripheral Devices V TYPE BIT CH D/A CONVEE A0NP*/SA*/SP V TYPE BIT CH D/A CONVEE A0NP*/SA* V TYPE BIT //CH D/A CONVEE MGP, MFP/GP, MGP V TYPE BIT //CH D/A CONVEE MP/FP/GP, MP/FP/GP, MP/FP/GP bit serial data input (connected via pins:, CK, D) channels of and segment type highperformance bit Guarantee.0SB for Nonlinearity error and 0.SB for differential nonlinearity error buffer operational amplifiers with full swing of output voltage between and Builtin power on reset circuit High oscillation stability against the capacitive load of buffer operational amplifiers Using very small QFN package (mm mm) Automatic adjustment or control for consumer and Industrial equipment Ao Ao Ao Ao Ao A0NP HWQFN00[NP] Ao Ao U Ao CK 0 D DO Ao Ao Ao Ao Ao Ao U A0SA/SP Ao CK D DO 0 Ao PTSP00JBA[SA] PSP00DHB[SP] bit serial data input (connected via pins:, CK, D) channels of and segment type highperformance bit Guarantee.0SB for Nonlinearity error and 0.SB for differential nonlinearity error buffer operational amplifiers with full swing of output voltage between and Builtin power on reset circuit High oscillation stability against the capacitive load of buffer operational amplifiers Using very small QFN package (mm mm) Automatic adjustment or control for consumer and Industrial equipment CK Ao Ao D DO U A0NP NC U NC PWQN00KBA[NP] Ao Ao 0 Ao Ao : NO CONNEION DO D CK Ao Ao NC A0SA PTSP00JBA[SA] U Ao Ao Ao Ao 0 NC : NO CONNEION Note: For pin numbers in the diagram below, : SOP/TSSOP, : QFN. Note: For pin numbers in the diagram below, : TSSOP, : QFN. ow voltage operation (. to.v) bit serial data input (connected via pins :,CK, D) // channels of and segment type highperformance bit D/A converter // buffer operational amplifiers with full swing of output voltage between and High oscillation stability against the capacitive load of buffer operational amplifiers Adjustment/control of industrial or homeuse electronic equipment, such as VC camera, VC set, TV, and C display VSS () AO AO AO AO AO AO AO AO0 (U) 0 0 AO MGP 0PEA AO 0 AO AO CK D DO AO AO CK VSS () AO AO AO AO AO AO (U) DO D CK AO AO D PNA(FP) PEA(GP) MFP/GP MGP PEA DO AO AO CK D DO 0 AO AO AO AO AO 0 VSS AO bit serial data input (connected via pins:, CK, D) // channels of and segment type highperformance bit // buffer operational amplifiers with full swing of output voltage between and High oscillation stability against the capacitive load of buffer oparational amplifiers Adjustment/control of industrial or homeuse electronic equipment, such as VC camera, VC set, TV, and C display VSS (U) AO AO AO AO AO AO AO AO0 0 () DO D CK D AO AO MP/FP/GP 0PB(P) 0PNA(FP) 0PEA(GP) MP/FP P(P) PNA(FP) 0 AO AO 0 AO AO CK D DO AO AO AO AO 0 AO AO VSS CK VSS () AO AO AO AO AO AO (U) DO D CK AO AO D MP/FP/GP P(P) PNA(FP) PEA(GP) PEA(GP) DO MGP AO AO CK D DO 0 AO AO AO AO AO 0 VSS AO CK POWE ON BIT SHIFT EGISTE D0 D D D D D D D D D D0 D BIT ATCH BIT UPPE SEGMENT CHANNE DECODE BIT ATCH BIT UPPE SEGMENT DO 0 D CK POWE ON BIT SHIFT EGISTE D0 D D D D D D D D D D0 D CHANNE DECODE BIT ATCH BIT UPPE SEGMENT BIT ATCH BIT UPPE SEGMENT DO D BIT BIT SHIFT EGISTE SEGMENT DA CONVEE DA D0 D D 0 D DA DA Ch BIT ATCH () ADDESS DECODE () () () BIT ATCH Ch BIT SEGMENT DA CONVEE BUFFE OP AMP DA DA DA DA DA DA 0 DA BIT BIT SHIFT EGISTE SEGMENT DA CONVEE DA D0 D D 0 D DA DA Ch BIT ATCH () ADDESS DECODE () () () BIT ATCH Ch BIT SEGMENT DA CONVEE BUFFE OP AMP DA DA DA DA DA DA 0 DA U Ao Ao Ao Ao Ao Ao Ao 0 Ao Ao Ao Ao 0 Ao Ao Ao U VSS () AO AO AO AO AO AO AO 0 AO0 (U) VSS () AO AO AO AO AO AO AO 0 AO0 (U) * New Product New Product *

22 MCU and SoC Peripheral Devices V TYPE BIT CH D/A CONVEE A0NP*/SA* V TYPE BIT CH D/A CONVEE A0NS*/SA*/SP* V TYPE BIT //CH D/A CONVEE MAGP, MAGP, MAGP BIT /CH D/A CONVEE MP/FP/GP/HP, MP/FP/GP bit serial data input (connected via pins:, CK, D) channels of and segment type highperformance bit Guarantee.0SB for Nonlinearity error and 0.SB for differential nonlinearity error buffer operational amplifiers with full swing of output voltage between and channel reference voltage configuration enabling use of electronic variable resistors Builtin power on reset circuit High oscillation stability against the capacitive load of buffer operational amplifiers Using very small QFN package (mm mm) Automatic adjustment or control for consumer and Industrial equipment Ao U U Ao 0 CK D Ao Ao : NO CONNEION PWQN00KBA[NP] POWE ON A0NP Do CK 0 D Ao Ao U U Ao Ao Note: For pin numbers in the diagram below, : TSSOP, : QFN. BIT SHIFT EGISTE D0 D D D D D D D D D D0 D A0SA : NO CONNEION PTSP00JBA[SA] ADDESS DECODE Do CK D 0 Do 0bit serial data input (connected via pins:, CK, D) channels of and segment type highperformance bit Guarantee.0SB for Nonlinearity error and 0.SB for differential nonlinearity error buffer operational amplifiers with full swing of output voltage between and Builtin power on reset circuit High oscillation stability against the capacitive load of buffer operational amplifiers Using very small SON package (.mm.mm) Automatic adjustment or control for consumer and Industrial equipment Ao Ao : NO CONNEION PWSN000KAA[NS] Ao Ao D CK : NO CONNEION PSP000DEC[SP] PTSP000JCB[SA] D CK POWE ON D CK 0BIT SHIFT EGISTE CHANNE DECODE bit serial data input (connected via pins:, CK, D) Corresponds to TT input (V CMOS input) // channels of and segment type highperformance bit // buffer operational amplifiers with full swing of output voltage between and. High oscillation stability against the capacitive load of buffer oparational amplifiers Adjustment/control of industrial or homeuse electronic equipment, such as VC camera, VC set, TV, and C display VSS (U) AO AO AO AO AO AO AO AO0 0 () 0 AO MAGP 0PEA AO 0 AO AO CK D DO AO AO CK VSS () AO AO AO AO AO AO (U) DO D CK AO AO D MAGP PEA MAGP PEA DO AO AO CK D DO 0 AO AO AO AO AO 0 VSS AO BIT BIT SHIFT EGISTE SEGMENT DA CONVEE DA D0 D D 0 D DA DA Ch BIT ATCH () ADDESS DECODE () () () Supply voltage. to.v Data transfer format: 0bit serial data input Output buffer operational amplifier Operates in the whole voltage range from to ground. (0 to V) High output current drive capability over.0ma Conversion from digital data to analog control data for both consumer and industrial equipment.gain control and automatic adjustment of SPAYMONITO or V MP/FP MP/FP AO AO AO * P(P) PSA(FP) D CK POWE ON D CK BIT ATCH AO AO AO * MGP MGP PJA (GP) 0BIT SHIFT EGISTE BIT ATCH D CK M (PIN=NC) N.C : NO CONNEION ADDESS DECODE AO AO AO * BIT ATCH MHP MSOP(HP) D CK U BIT ATCH DA CONVEE 0 Ao BIT ATCH DA CONVEE Ao BIT ATCH DA CONVEE Ao BIT ATCH DA CONVEE Ao U BIT ATCH BIT UPPE SEGMENT AO BIT ATCH BIT UPPE SEGMENT AO BIT ATCH Ch BIT SEGMENT DA CONVEE BUFFE OP AMP VSS () AO DA AO DA AO DA AO DA AO DA AO DA AO 0 DA 0 AO0 (U) BIT UPPE SEGMENT AO BIT UPPE SEGMENT AO BIT UPPE SEGMENT AO (M=NC) M only * New Product New Product * 0

23 MCU and SoC Peripheral Devices ~V TYPE BIT CH D/A CONVEE MFP V TYPE BIT CH IC BUS D/A CONVEE A0NP* V TYPE BIT /CH I C BUS D/A CONVEE MP/FP, MP/FP V TYPE BIT /CH I C BUS D/A CONVEE A0NS*/SP*, A0NS*/SP* Data transfer format: wire serial data transfer method Serial data transfer clock frequency: 0MHz (max.) Builtin buffer operational amplifiers: operative in almost the whole range of to Short output settling time Poweron reset, external reset function builtin Builtin chipselect function (Up to chips can be connected on the same bus.) Supply voltage:.v to.v I C BUS serial data method channels of and segment type highperformance bit Guarantee.0SB for Nonlinearity error and 0.SB for differential nonlinearity error buffer operational amplifiers with full swing of output voltage between and High oscillation stability against the capacitive load of buffer operational amplifiers Using very small QFN0 package (mm mm) Automatic adjustment or control for consumer and Industrial equipment Digital data transfer format I C bus serial data method Output buffer operational amplifier Operates in the whole voltage range from U to ground. (0 to V) High output current drive capacity.0ma over Standard two high level reference voltage terminals With two high level reference voltage terminals, two differing voltage ranges can be set Adjustment/control of industrial or homeuse electronic equipment, such as VC camera, VC set, and C display I C BUS serial data method / channels of and segment type highperformance bit Guarantee.0SB for Nonlinearity error and 0.SB for differential nonlinearity error / buffer operational amplifiers with full swing of output voltage between and Builtin power on reset circuit High oscillation stability against the capacitive load of buffer operational amplifiers Using very small SON package (.mm.mm) Automatic adjustment or control for consumer and Industrial equipment Conversion from digital to analog for homeuse and industrial equipment, signal gain setting or tuning for V, display monitor, and so forth AO AO AO AO MFP PNA CS CSO ST SCK S 0 SD VSS SDA Ao Ao Ao Ao SC CS0 CS CS 0 A0NP 0 U U Ao Ao Ao Ao SC SDA AO AO AO AO0 AO AO 0 U MP/FP PD(P) PNB(FP) CS0 CS CS 0 AO AO AO AO AO AO U SC SDA AO AO AO AO U 0 MF/FP 0P(P) 0PNA(FP) 0 CS0 CS CS AO AO AO AO U Ao Ao SC SDA Ao Ao : NO CONNEION Ao Ao Ao SC Ao Ao SDA Ao Ao Ao SC SDA : NO CONNEION SC SDA PWSN000KAA[NS] PSP000DEC[SP] S SCK ST POWE ON BIT SHIFT EGISTE DECODE 0 SD CS CSO CS0 CS CS Ao Ao Ao Ao U 0 CHIP SEE C BUS TANCEIVE CHANNE DECODE BIT UPPE SEGMENT BIT ATCH BIT ATCH BIT UPPE SEGMENT BIT UPPE SEGMENT BIT UPPE SEGMENT BIT ATCH BIT ATCH BIT ATCH BIT ATCH BIT ATCH BIT ATCH BIT SEGMENT DA CONVEE BIT ATCH CS0 CS CS AO AO AO AO AO AO U 0 CHIP SEE I CBUS TANSCEIVE ADDESS DECODE SC SDA POWE ON C BUS TANCEIVE CHANNE DECODE VSS BIT ATCH BIT DA BIT ATCH BIT DA BIT ATCH BIT DA BIT ATCH BIT DA BIT UPPE SEGMENT BIT UPPE SEGMENT BIT UPPE SEGMENT BIT UPPE SEGMENT BIT ATCH BIT ATCH BIT ATCH BIT ATCH BIT UPPE SEGMENT BIT UPPE SEGMENT BIT UPPE SEGMENT BIT UPPE SEGMENT AO AO AO AO SC SDA Ao Ao Ao Ao U 0 SC SDA 0 AO AO AO AO0 AO AO U AO AO AO AO New Product * New Product *

24 MCU and SoC Peripheral Devices BIT //CH I C BUS D/A CONVEE M/P/FP, M/P/FP, M/P/FP V TYPE 0BIT CH MUTIPYING D/A CONVEE MP/FP V TYPE BIT CH HIGHSPEED MUTIPYING D/A CONVEE MFP V TYPE BIT CH MUTIPYING D/A CONVEE A0NP*/SP** Supply voltage. to.v Digital data transfer format I C BUS serial data method Output buffer operational amplifier Operates in the whole voltage range from to ground. (0 to V) High output current drive capacity.0ma over Conversion from digital data to analog control data for homeuse and industrial equipment.signal gain control or automatic adjustment of SPAYMONITO or V Digital data transfer format wire serial data transfer method High resolution esolution is more over 0bit and error is less than SB Capable of quadrant multiplication Capable of full voltage operation ranging from 0 to V for both input and output ranges Short setting time With reset terminal ecommend operation condition = V 0% Digtal data transfer format wire serial data transfer method D/A converter system channel segment type highperformance bit multiplication type D/A converter Short setting time Capable of quadrant multiplication Signal gain control of SPAYMONITO or V Supply voltage. to.v channels of and segment type highperformance multiplying type bit Guarantee.0SB for Nonlinearity error and 0.SB for differential nonlinearity error buffer operational amplifiers with full swing of output voltage between and channel reference voltage configuration enabling use of electronic variable resistors High oscillation stability against the capacitive load of buffer operational amplifiers Using very small QFN package (mm mm) AO AO N.C N.C M/ P, FP P(P) PSA(FP) AO AO AO AO M/ P, FP P(P) PSA(FP) SC SDA SC SDA AO AO AO N.C M/ P, FP P(P) PSA(FP) SC SDA N.C : NO CONNEION Signal gain control of SPAYMONITO or V VIN V VIN V DO MP P(P) VDAref V VIN 0 BS CK VIN V VIN V DO NC MFP VDAref V VIN BS 0 CK NC PNA(FP) N.C : NO CONNEION VIN V V VIN D CK VIN V 0 V VIN MFP PQA VIN V V VIN 0 VDAref DO VIN V V VIN EXAMPE OF CONTAST CONTO Automatic adjustment or control for consumer and Industrial equipment PIN AANGEMENT VIN D CK VIN V V V V VIN VIN VIN 0 VIN V V V 0 A0NP V VIN VDAref VDAref VIN VIN V V VIN D CK VIN V V VIN 0 A0SA VIN V V VIN 0 VDAref VDAref VIN V V VIN POWE ON SC SDA I C BUS TANSCEIVE CHANNE DECODE EXAMPE OF CONTAST CONTO Video Video G Video B MCU CK VIDEO AMPIFIE M0P VO VO VO MP,FP VDAref G B MCU D CK DO VIN VO VIN VO VDAref.V ch ch D CK VIN VIN VDAref VO VO ch CK D ch PWQN00KDA[pinQFN] CK PSP00GAA[pinSSOP] Note: For pin numbers in the diagram below, : TSSOP, : QFN. BIT SHIFT EGISTE D0 D D D D D D D D D D0 D ADDESS DECODE D BS BIT ATCH BIT UPPE SEGMENT BIT ATCH BIT UPPE SEGMENT VIN VIN VIN CONTAST(0~V) VDAref BIT ATCH DA CONVEE To channels to To channels to BIT ATCH DA CONVEE VDAref AO AO In the drawing above, high precision control of 0 bits or more is applicable to channel high speed video amplifier N0 and, therefore, the IC is available to a high definition monitor as an optimum application. VIN V VIN 0 V * ** New Product Under Development

25 MCU and SoC Peripheral Devices V TYPE BIT MUTIPYING D/A CONVEE MFP/GP* V TYPE BIT CH OSITE D/A CONVEE MFP BIT CH D/A CONVEE WITH G./ANA. EXPANDE MGP V TYPE BIT I C BUS EQUIVAENT I/O EXPANDE A00NP/SA Supply voltage. to.v Digtal data transfer format wire serial data transfer method D/A converter system channel segment type highperformance bit multiplication type D/A converter buffer operational amplifiers with full swing of output voltage between and. High oscillation stability against the capacitive load of buffer operational apmlifiers Capable of quadrant multiplication Signal gain control of SPAYMONITO or V CK VIN New Product * BIT SHIFT EGISTE D0 D D D D D D D D D D0 D BIT ATCH DA CONVEE VIN V V VIN D CK VIN V 0 V VIN V MFP/GP VIN V V VIN 0 VDAref PQA(FP) PEA(GP) DO VIN V V VIN ADDESS DECODE BIT ATCH DA CONVEE VIN V 0 DO D VDAref Digital data transfer format wire serial data transfer method D/A converter system and segment type highperformance bit multiplying D/A converter bit D/A converter for adjusting standard voltage Buffer amplifier making full swing between and Fast settling time eset terminal provided Transformation from digital control data to analogue control data for consumer and industrial equipments Automatic adjustment for electrical equipments x SEFx SCKEFx SDEFx Sx 0 SCKx SDx BIT SHIFT EGISTE BIT SHIFT EGISTE MONx D/AXx D/AYx x y D/AXy D/AYy MONy 0 MFP PQA BIT ATCH SCKEFx SEFx SDEFx SCKx 0 Sx SDx SCKEFy SEFy SDEFy SCKy Sy SDy MODUE MODUE 0 MONy y D/AXy D/AYy SEFy SCKEFy SDEFy Sy SCKy SDy BIT D/A BIT ATCH BIT ATCH BIT D/A BIT D/A MONx D/AXx D/AYx Supply voltage. to.v The status of input/output port can be set in individual ports Provides pins for each of D/A converter output and I/O and common pins for selectable D/A converter and I/O Builtin poweron reset where D/A output is set to [00] and I/O is placed in the input mode (HiZ) when power is turned on 0.mm pitch pin small package Adjustment/control of industrial or homeuse electronic equipment, such as VC camera, VC set, TV, and C display DAC ANAOG IC ADJUSTMENT PINS etc. DAC I/O COMMON PINS DAC ANAOG IC ADJUSTMENT PINS etc. I/O OGIC AATO etc. A A A A D/A D0/A D/A D/A D/A D/A0 0 D/A D/A 0 MGP PEA EXAMPE A A A A D/A D0/A D/A D/A D/A D/A0 D/A D/A EN SO 0 SI CK D0 D D D EN SO SI CK 0 D0 D D D MCU I/O OGIC AATO etc. Supporting I C BUS enables to connect microcomputer via two pins of SC and SDA I C BUS is available for bit serial/parallel conversion Up to ICs can be connected to the same I C BUS with chip select data (C0, C,C) Builtin power on reset function Supporting convert to wire serial data with serial out terminal Using very small QFN package (mm mm) Extension of microcomputer input/output port Serialparallel data conversion and parallel/serial data conversion of Peripheral microcomputer SC SDA SDA D0 D D SC SO SC0 CS PWQN00KBA[NP] eset POWE ON A00NP D D D CS0 CS SO SC SDA D0 D D D CS PUT DATA ATCH A00SA PTSP00JBA[SA] 0 D CS 0 D D I C BUS INTEFACE Output Data D 0 D I/O EION EGISTE I/O PO D Input/Output D D SHIFT EGISTE D INPUT DATA ATCH D0 CS0 CS CS 0 Input Data D D D D Note: For pin numbers in the diagram below, : TSSOP, : QFN. SO

26 MCU and SoC Peripheral Devices V TYPE BIT IC BUS EQUIVAENT I/O EXPANDE M0P/FP/GP 0 to BIT CH INTEGATING A/D CONVEE SUB SYSTEM M0SP/FP HIGH PECISION DOUBEINTEGA TYPE A/D CONVEE M0FP High precision (bit or more) doubleintegral type A/D converter Builtin voltage source (positive/negative) (TYP..V,.0V) Builtin current source (positive/negative) (max. Isource=mA, Isink=0.mA) Builtin independent operational amplifiers (ch) Builtin system reset (TYP..V) High precision control systems such as temperature control or speed control, etc Supporting I C BUS enables to connect microcomputer via two pins of SC and SDA I C BUS is available for bit serial/parallel conversion Up to ICs can be connected to the same I C BUS with chip select data (C0, C and C) Extension of microcomputer input/output port Serialparallel data conversion and parallel/serial data conversion of peripheral microcomputer SC SDA eset POWE ON SO SC SDA D0 D D D CS0 M0P/FP/GP CS0 CS CS 0 P(P) PNA(FP) PEA(GP) CS CS CHIP SEE Data INPUT DATA ATCH I C BUS TANSCEIVE 0 D D D I/O PO D D D D D INPUT DATA ATCH Input/Output D D SHIFT EGISTE D INPUT DATA ATCH D0 Data SO Separate power supplies for analog section and digital section ow power dissipation ma(typ) (ma for A/D conversion and the other ma for reset) inear error 0.0% (typ) Conversion time s/ch (typ) Builtin system reset.v (typ) Highprecision control systems such as temperature control and speed control A A A A EFEENCE INPUT FO C0 C C INT GUAD ING INTEGATING CAPACITO GUAD ING ANAOG TO MICE V POWE SUPPY TO MICE CONTO PIN TO COUNTE TO EFEENCE VOTAGE.V A A A A C 00pF 0k CINT 0pF 0.V 0 A 0 EXAMPE M0SP/ FP 0PB(SP) 0PNA(FP) 0k 0 0.V M0SP/FP SCHAGE DECODE 0 GITA A A A A EFEENCE INPUT GITA EFEANCE VOTAGE CONSTANT CUENT CONTO ANAOG 0 A A A A CONSTANT ANAOG CUENT CONTO OGIC CONTO.V CEF 00pF ANAOG 0 INPUT ANAOG VOTAGE TO MICE V POWE SUPPY II=0 A k GITA 0 0 s DEAY CICUIT GITA INT FO GO CONT IN PUSE CS SCK SI VC VC MUX CH MUX CH MUX CH MUX CH MUX CH 0 DEAY VAD IN INT GA INT IN GA BUFFE AD IN 0 0 OP OP OP OP VA 0 M0FP MUX CH MUX CH MUX CH MUX COM AS AS AS AS AS ASCOM AS AS AS AS AS ASCOM AS AS PSA VA 0 H GA VC VC AS COM AS 0 AS AS INT INT VAD IN BUFFE OP OP DEAY IN GA GA AD IN OP OP VA 0 0 GO CONT IN PUSE CS SCK SI PUSE GENEATO VC VOTAGE VC SOUCE MUX CH 0 MUX CH MUX CH MUX CH MUX CH 0 SHIFT EGISTE SEQUENCE CONTO BIT ATCH DECODE EVE SHIFT DECODE EVE SHIFT DECODE EVE SHIFT DECODE EVE SHIFT DECODE EVE SHIFT EVE SHIFT SOUCE SINK CUENT SOUCE VA 0 H GA VC VC AS COM AS 0 AS AS GUAD ING GUAD ING INTEGATING CAPACITO C0 C C MUX CH MUX CH MUX CH MUX COM AS AS AS AS AS AS COM AS AS AS AS AS AS AS AS COM

27 MCU and SoC Peripheral Devices eset ICs CMOS SYSTEM IC NAABxx Series OW POWE PUT SYSTEM IC NAA0MM OW POWE PUT SYSTEM IC NA0CAUS/MM Threshold voltage.v to.0v ( types lineup) Threshold voltage accuracy.0% Threshold voltage hysteresis % typ. ow supply current 0. A typ. Capacitoradjustable output delay time Manual reset V cmos output, or opendrain output pin MPAK package Temperature range 0 C to C Power supply voltage monitoring for microprocessors Batterypowered portable equipment Computers and notebook computers Wireless Communication Systems Digital still camera, digital video camera, PDA Functional block diagram & typical application circuit () NAAxx Products (Threshold voltage:.v,.v,.v,.v,.0v,.v,.v,.v,.v) Power supply Power supply M delay CD M delay V () NABxx Products (Threshold voltage:.v,.v,.0v) V Power supply Microprocessor Microprocessor To support for the system multipower supply, a reset with circuits for with delay and without delay is included. Input terminal used only for pilot voltage is provided to set any reset voltage. Adoption of low Vth process realizes the reference voltage of.0v 0mV, enabling the application on low voltage system. Adoption of CMOS process allows for current dissipation of. A (typ), enabling application on batterydriven products. Voltage monitoring of OA equipment, consumer equipment, and other multipower sources Vi Vi Zi > =.M Zi > =.M Vo Vo Simplifies the startup sequence of microcomputer peripheral equipment in total by monitoring power functions and simplifying the complicated turningon procedure of microcomputer using power sources of.v and.v. By making resistance and capacity for setting delay time external, delay time of reset signal can be easily changed. Adopting complementary open drain output enables the setting of open drain output, CMOS output and desired output. Detection voltage:.v Detection voltage precision:.0% Detection voltage hysteresis: % typ. Open drain/cmos output settable Use of ultrasmall SSOP package Setting of delay time of reset signal with an external C Direct actuation of reset terminal of microcomputer Application equipment of power microcomputer with I/O power voltage.v and core power voltage.v eset ICs V NAxx CD M CD Notes:. It is good for stable operation to use a decoupling capacitor with excellent high frequency characteristics between and pin.. Capacitor value is determined by system conditions. Vth=.0V M CD EXAMPE V.V Power supply for motor ESP ESN M Cext SWG Outside dimension (mm) EXAMPE ESP ESN SWG C M Package Outside dimension Pin pitch Type no. SSOP MMPAK I/O power input terminal Pulldown reset output terminal Pullup reset output terminal Ground terminal MOS drive output terminal for power control Core power input terminal External C connecting terminal Manual reset terminal AUS MM eset ICs MPAK M Vo Vo Vi Vi CD NAA0MM NMI MCU (.V) (.V) HAT0C SWG Con.V.V ST ESP ESN M ST Cext Monitoring of the voltage of another system in addition to the power to NAA0MM is available. For example, while monitoring the power on the motor drive side, a warning lamp can be lit up when voltage drops. Always monitoring.v (power) and following the turningon procedure for.v (core power) at startup of.v by controlling the external Tr. 0

28 MCU and SoC Peripheral Devices eset ICs SYSTEM OGANIZE IC NAAFUS VOTAGE DETEING, SYSTEM TING IC NAA/B VOTAGE DETEING, SYSTEM TING IC NAA/B VOTAGE DETEING, SYSTEM TING IC NAA/B eset ICs The voltage is set to cover supply voltage range of ENESAS microcomputer. Detection voltage and accuracy Vs=.(V).0(%) Normal mode and standby mode switching is enabled. 00( A)...normal mode ( A)...standby mode High accurate reference voltage is able to output..00(v) 0.(%) The 0(ms) and 00(ms) delay time are used by switching the terminal. The suitable delaytime is set by adjusting the external register. The M terminal of shumittrigger type is equipped. =V Vh=0.Vtyp (Vh:Hysterisys voltage ofshumittrigger circuit) Opendrai type output pinsssop package(tssop package are deveropping) ecommended supply voltage range..(v)~.(v)(except reference voltage) Supervising the supply voltage of microcomputer, reset, reference voltage of AD/DA convertor. Including a builtin delay circuit to provide the desired retardation time simply by adding an external capacitor Few external parts arge delay time with a capacitor of small capacitance (td=00ms, at0. F) ow threshold operating voltage (Supply voltage to keep lowstate at low supply voltage): 0.V(Typ) at =k Wide supply voltage range: V to V Wide application range eset circuit of Pch, Nch, CMOS, microcomputer, CPU and MCU, eset of logic circuit, Battery check circuit, switching circuit backup voltage, level detecting circuit, waveform shaping circuit, delay waveform generating circuit, DC/DC converter, over voltage protection circuit (NC) (NC) (NC) (NC) Powersupply Output The feature of setting the voltage by adding external resistance. lncluding a builtin delay circuit to provide the desired retardation time simply by adding an external capacitor Few external parts arge delay time with a capacitor of small capacitance (td=00ms, at 0. F) ow threshold operating voltage (Supply voltage to keep lowstate at low supply voltage): 0.V(Typ) at =k Wide supply voltage range: V to V Wide application range eset circuit of Pch, Nch, CMOS, microcomputer, CPU and MCU, eset of logic circuit, Battery check circuit, switching circuit backup voltage, level detecting circuit, waveform shaping circuit, delay waveform generating circuit, DC/DC converter, over voltage protection circuit (NC) Input (NC) (NC) Powersupply Output The feature of setting the voltage by adding external resistance. lncluding a builtin delay circuit to provide the desired retardation time simply by adding an external capacitor Few external parts arge delay time with a capacitor of small capacitance (td=00ms, at 0. F) ow threshold operating voltage (Supply voltage to keep lowstate at low supply voltage): 0.V(Typ) at =k Wide supply voltage range: V to V Wide application range eset circuit of Pch, Nch, CMOS, microcomputer, CPU and MCU, eset of logic circuit, Battery check circuit, switching circuit backup voltage, level detecting circuit, waveform shaping circuit, delay waveform generating circuit, DC/DC converter, over voltage protection circuit (NC) Input (NC) (NC) Powersupply Output eset ICs OSC /SP /M SO O /V NC: No Connection Outline: PSP000DEC (SOP) PDP000A (P) Delay capacitor NC: No Connection Outline: PSP000DEC (SOP) PDP000A (P) Delay capacitor NC: No Connection Outline: PSP000DEC (SOP) PDP000A (P) Delay capacitor Vdd Interrupt signal Package: SSOP Size:.0(mm).(mm) 0.(mm) Pin Pitch: 0.0(mm) eset signal for external Powersupply A: Builtin oad B: Open Collector Powersupply A: Builtin oad B: Open Collector Powersupply A: Builtin oad B: Open Collector /SP OSC comp OP Oscillation Circuit Delay Circuit 0ms 00ms /V O 0. F Vdd IQ# ES# H Micro Computer WDTOVF# tw.v A Typ A Typ Output Input.V A Typ A Typ Output Input.V A Typ A Typ Output /M EXNO S0 () Delay capacitor Delay capacitor Delay capacitor Mznual reset pulse ecommending tw>tw tw

29 MCU and SoC Peripheral Devices ED drivers BUITIN PWM CONTOE FO GAATION CONTOO CUENT ED DIVE D0D00 ED Driver IC for ighting and Illumination A0SP Support for amusement application. Supply voltage range:.0 to.v Output standing voltage: Vo (Max) = 0V Constant current output: out (Typ) = 0mA (@Vo=.0V) Builtin PWM circuit and controlable step gradations with bit constant current output (Q~Q) (0% (off state) to.% (maximum luminescence)) Operating temperature range: 0 to C SDA SC SS I/F Gradiation ler bit egister Compatator Internal Oscirator Q <Maximum atings> Supply voltage : V Operating junction temperature Tjopr : 0 to 0 C <Functions> Criticalconduction mode control (rt: connected to ) Fixed switching frequency control (rt: connected to ) Adjustable switching frequency support (rt: connected to ) Overcurrent protection function rt: Connected to (CriticalConduction Mode) CS rt A mv 0. V 0 pf :.0 V ogic Block amp V UVO OFF:. V/ON: V Error Amp 0.0 V 0 na. V Add Add Add Add Add Add EXT egister Address Decoder Gradiation ler bit egister Compatator Gradiation ler bit egister Compatator Constact Currant Circuit Q Q rt: Connected to (FixedFrequency Mode) CS rt A 0. V :.0 V Max Duty Detect V V amp ogic Block UVO OFF:. V/ON: V Error Amp 0 na. * D V 0.0 V 0 pf. V SOP ED drivers V CC 0 EXT Index mark. * E. HE ED drivers SS SDA SC Q Q Q z * bp x Add0 Q Add Add Q S A.0max Add Add Add 0 Q Q Q y S. Package: SOP

30 MCU and SoC Peripheral Devices OpAmp. and comparators Small & ow Voltage CMOS OpAmp. HA0S00/D00/Q00 Contribute to spacesaving by built in ultrasmall package. (CMPAK, MPAK, MMPAK, TSSOP) Best support for battery using equipment due to low voltage operation and low consumption current. (=. to.v, IDD(/ch): to 00 A typ.)(0/0:. to.v) Operational stabilityin a noise area of mobile phone (F). (fc: about 00MHz) Others Output fullswing VOH =.V min. (@=V) ow input offset voltage VIO = mv max. (0/0: mv max.) ow input bias current IIB = patyp. Operating temp. range Topr = 0 to C degc HA0S0/D0 output drive current: ma typ. HA0S0/D0 output drive current: 0mA typ. CMPAKV, MPAKV SINGE TYPE: CMPAKV, MPAKV HA0S0/0/0 HA0S0/0/0/0/0 MMPAKS DUA TYPE: MMPAK HA0D0/0/0 HA0D0/0/0/0/0 Digital consumer equipment such as DSC and DVC. Sensor output amplifier such as measurement equipment, controllers and health appliance. Amplification and buffer for various analog circuits. PACKAGE AND PIN AANGEMENT pin Package MPAKV CMPAKV pin V VIN() VIN() VSS V Size. x. x.. x.0 x 0. Pin pitch VIN() VSS VIN() Suffix P CM V VIN() VIN() (: mm) (Unit: mm) MP OK OK Dual OpAmps HAA Series Wide operating power supply voltage range, singlepowersupply operation possible Wide inphase input voltage range: operation possible for input in vicinity of 0 level, and output voltage can be dropped to vicinity of 0 level Temperature compensation of frequency characteristics and input bias current High F noise immunity Vout Vin() Vin() V CC Vout Vin() Vin() P,SOPP,TSSOPP (DPB,FPDGV,FPDCV,TTPDAV) TSSOP QUAD TYPE: TSSOP HA0Q0/0/0 HA0Q0/0/0 Package MMPAK Size.0 x. x. Pin pitch 0. Suffix MM MP OK CICUIT SCHEMATIC (/) OpAmp. and comparators IDD (/ch) typ. S typ. IDD (/ch) typ. S typ. Unit A V/ s Unit A V/ s Part.No. S0/D0/Q0 S0/D0/Q0 S0/D0/Q Part.No. S0/D0/Q0 S0/D0/Q0 S0/D0/Q S0/D0 0 S0/D0 0. pin V VIN() VIN() VIN() VIN() V V VIN() VIN() VSS 0 VIN() VIN() V Vin() Vin() C Vout OpAmp. and comparators Package Size Pin pitch Suffix MP TSSOP. x.0 x. 0. T OK

31 MCU and SoC Peripheral Devices OpAmp. and comparators HAS00/D00 Dual Comparators HAS00/D00 HAA Series PACKAGE AND PIN AANGEMENT pin Package MPAKV CMPAKV HAS0/0/0/0 V Size. x. x.. x.0 x 0. Pin pitch VIN() VSS VIN() Suffix P CM (: mm) (Unit: mm) MP OK OK Wide power supply voltage range: V to V Small power supply current: 0.mA typ. Small input bias current: na typ. Small input offset current: na typ. Small input offset voltage: mv typ. High F noise immunity Contribute to spacesaving by built in ultrasmall package. (CMPAK, MPAK, MMPAK) Best support for battery using equipment due to low voltage operation (=. to.v) and low consumption current (IDD: A order) ow input offset voltage: VIO = mv max. Operational stability in a noise area of mobile phone (F). (fc: about 00MHz) Mobile equipment (DSC, etc.) Sensor signal (Health appliances, Disasterrelated equipment, etc.) Switch for signal control Pulse generating circuit Overvoltage of low power supply (Monitor) pin V Package MMPAK V IN() V IN() V SS HAD0/0/0/0 Size.0 x. x. Pin pitch 0. Suffix MM V DD V V IN() V IN() MP OK Vout Vin() Vin() V CC Vout Vin() Vin() P,SOP,TSSOPP (DPB,FPDGV,FPDCV,TTPDAV) Single HAS0 HAS0 HAS0 HAS0 Dual HAD0 HAD0 HAD0 HAD0 Output system Operating voltage Consumtion current (/ch) Output fullswing esponse time (ow consumption current) IDD = A typ. Pushpull (Highspeed type) IDD = 0 A typ. VOH =.V min. ( = V) TPH = 0. s typ. TPH =.0 s typ. TPH = 0. s typ. TPH = 0. s typ. (ow consumption current) =. ~.V IDD = A typ. TPH = 0. s typ. Opendrain (Highspeed type) IDD = 0 A typ. TPH = 0. s typ. CICUIT SCHEMATIC (/) Vin() Vin() V CC Vout OpAmp. and comparators Output current Operating Temp. ISOUCE = ma typ. ISINK = ma typ. 0 C ~ C OpAmp. and comparators

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33 enesas GeneralPurpose ICs Catalog Individual Product Descriptions 0 enesas Electronics Corporation, All rights reserved. Printed in Japan. CS000XJ000 Colophon.