www.fairchildsemi.com FAN8434 Camcorder 3 in 1 Motor Driver Features Description Capstan motor drive block • 3-phase, linear BLDC motor driver with 3 hall sensors. • Built-in FG amplifier. • Forward and reverse rotation function. • Built-in amplitude limiter. The FAN8434 is a camcorder one-chip motor driver IC. It is composed of capstan motor driver , drum motor driver and loading motor driver. Drum motor drive block • 3-phase soft commutating sensor less drive method. • Built-in FG amplifier. • Built-in PG amplifier. 64-LQFP-1010 Loading motor drive block • Single phase H-bridge driving method. • 4-mode selection function(forward, reverse, brake,standby). Common block • Built-in TSD(thermal shut down) • Built-in 4-normal op-amp. Typical Applications Ordering Information • Camcorder Device Package FAN8434 note2 FAN8434_NL note1 FAN8434X Operating Temp. 64-LQFP-1010 −25°C ~ +75°C 64-LQFP-1010 −25°C ~ +75°C 64-LQFP-1010 −25°C ~ +75°C FAN8434X_NLnote2 64-LQFP-1010 −25°C ~ +75°C Notes: 1. X: Tape & Reel 2. NL: Lead-free type Rev. 1.0.1 ©2004Fairchild Semiconductor Corporation FAN8434 2 HW- C_VM VH+ VH- VCC2 C_FR ANGLE C_FGIN+ C_FGIN- C_FGOUT D_FGOUT D_STBY D_FGIN1 47 HW+ 48 HV- HV+ Pin Assignments 46 45 44 43 42 41 40 39 38 37 36 35 34 33 HU- 49 32 D_FGIN HU+ 50 31 VREF C_WOUT 51 30 D_PGIN C_RS 52 29 D_PGC C_VOUT 53 28 D_PGOUT C_STBY 54 27 GND C_UOUT 55 26 D_WIN D_WOUT 56 25 D_VIN D_RS 57 24 D_UIN D_VOUT 58 23 D_COM D_UOUT 59 22 VCC1 D_VM 60 21 FC2 L_OUT2 61 20 FILTER L_RS 62 19 FC1 L_OUT1 63 18 OSC L_ILIM 64 17 D_FR 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 OPIN3- OPOUT3 FWD REV L_VM OPIN1- OPIN1+ OPOUT1 OPOUT2 OPIN2+ OPIN2- SELCSLP CSC1 CSC2 OPIN4- OPOUT4 FAN8434 FAN8434 Pin Definitions Pine Number Pin Name I/O Pin Function Description 1 OPIN3- I OP amp. 3 input - 2 OPOUT3 O OP amp. 3 output 3 FWD I Loading motor forward input 4 REV I Loading motor reverse input 5 L_VM - Loading motor power supply voltage 6 OPIN1- I OP amp. 1 input - 7 OPIN1+ I OP amp. 1 input + 8 OPOUT1 O OP amp. 1 output 9 OPOUT2 O OP amp. 2 output 10 OPIN2+ I OP amp. 2 input + 11 OPIN2- I OP amp. 2 input - 12 SELCSLP I Selection pin for oscillator ’s slant 13 CSC1 - Drum motor soft commutating oscillation 1 14 CSC2 - Drum motor soft commutating oscillation 2 15 OPIN4- I OP amp. 4 input - 16 OPOUT4 O OP amp. 4 output 17 D_FR I Drum motor forward / reverse selection pin 18 OSC - Drum motor start up oscillation 19 FC1 - Frequency characteristic 20 FILTER - Drum motor torque ripple compensation 21 FC2 - Output midpoint control 22 VCC1 - Power supply voltage 1 23 D_MCOM I Drum motor Y-connection coil common input 24 D_UIN I Drum motor U-phase detect comparator input 25 D_VIN I Drum motor V-phase detect comparator input 26 D_WIN I Drum motor W-phase detect comparator input 27 GND - Signal ground 28 D_PGOUT O Drum motor PG comparator output 29 D_PGC I Drum motor PG amp. output 30 D_PGIN I Drum motor PG input 31 VREF - Reference voltage 32 D_FGIN I Drum motor FG input 3 FAN8434 Pin Definitions (Continued) 4 Pine Number Pin Name I/O Pin Function Description 33 D_FGIN1 I Drum motor FG input 1 34 D_STBY I Drum motor standby 35 D_FGOUT O Drum motor FG comparator output 36 C_FGOUT O Capstan motor FG comparator output 37 C_FGIN- I Capstan motor FG input- 38 C_FGIN+ I Capstan motor FG input+ 39 ANGLE - Capstan motor output slant selection 40 C_FR I Capstan motor forward / reverse selection 41 VCC2 - Power supply voltage 2 42 VH- - Hall bias supply voltage- 43 VH+ - Hall bias supply voltage+ 44 C_VM - Capstan motor power supply voltage 45 HW- I Capstan motor hall input W- 46 HW+ I Capstan motor hall input W+ 47 HV- I Capstan motor hall input V- 48 HV+ I Capstan motor hall input V+ 49 HU- I Capstan motor hall input U- 50 HU+ I Capstan motor hall input U+ 51 C_WOUT O Capstan motor output W 52 C_RS - Capstan motor power ground 53 C_VOUT O Capstan motor output V 54 C_STBY I Capstan motor standby 55 C_UOUT O Capstan motor output U 56 D_WOUT O Drum motor output W 57 D_RS - Drum motor output current sensing 58 D_VOUT O Drum motor output V 59 D_UOUT O Drum motor output U 60 D_VM - Drum motor power supply voltage 61 L_OUT2 O Loading motor output 2 62 L_RS - Loading motor output current sensing 63 L_OUT1 O Loading motor output 1 64 L_ILIM - Loading motor output current limiting FAN8434 L_RS OPIN1+ OPIN1- OPOUT1 61 62 7 6 8 OPOUT2 L_OUT2 63 OPIN2- L_OUT1 5 VCC1 OPIN2+ L_VM Internal Block Diagram 10 11 9 TSD VCC1/2 FWD 3 MODE SELECTION REV 4 1 OPIN3- OUTPUT DRIVER 2 OPOUT3 L_ILIM 64 VCC1/2 15 OPIN416 OPOUT4 VH+ 43 Hall power supply voltage VH- 42 TSD 44 CVM ANGLE 39 HU+ 50 HU- 49 MATRIX & LOGIC & OUTPUT DRIVER HV+ 48 HV- 47 HW+ 46 55 C_UOUT 53 C_VOUT 51 C_WOUT HW- 45 52 C_RS C_FR 40 VCC1 Upper/Lower amplitude limiter C_FGOUT 36 VCC1 Capstan bias circuit C_FGIN- 37 54 C_STBY C_FGIN+ 38 60 D_VM FC2 21 VCC1 Drum bias circuit D_STBY 34 Mid Point CONTROL 23 D_COM 24 D_UIN BACK-EMF DETECT MASKING 25 D_VIN 26 D_WIN START-UP CONTROL OSC 18 SOFTCOMMUTATING DRIVE TIMING CONTROL Forward/Reverse D_FR 17 59 D_UOUT 58 D_VOUT OUTPUT DRIVER CSC1 13 56 D_WOUT CSC2 14 FC1 19 TSD 57 D_RS FILTER 20 VCC1 SELCSLP 12 35 33 32 31 30 29 28 D_FGIN1 D_FGIN VREF D_PGIN D_PGC D_PGOUT VCC1 D_FGOUT VCC1 Reference Voltage 27 GND 5 FAN8434 Equivalent Circuits Description Pin No. Hall input 45, 46, 47 48, 49, 50 Internal circuit VCC1 Angle 46 45 48 47 50 49 39 VCC1 39 Hall Bias 42,43 VCC1 VCC1 42 43 Capstan Output C_UOUT C_VOUT C_WOUT C_RS 51, 53, 55 52 VCC2 44 51 53 55 52 6 FAN8434 Equivalent Circuits (Continued) Description Pin No. FG Input & FG Comparator Output 37,38 36 Internal circuit VCC1 VCC1 37 C_FR 36 38 40 VCC1 40 C_STBY 54 VCC1 54 D_PGIN D_PGC 29 30 VCC1 VCC1 29 D_PGOUT 30 28 VCC1 28 7 FAN8434 Equivalent Circuits (Continued) Description Pin No. D_FGIN D_FGIN1 D_FGOUT 32 33 35 Internal circuit VCC1 VCC1 32 35 33 OSC 18 VCC1 18 FC1 19 VCC1 19 Filter 20 VCC1 20 56 58 59 8 FAN8434 Equivalent Circuits (Continued) Description Pin No. FC2 21 Internal circuit VCC1 21 D_UIN D_VIN D_WIN D_COM 24,25,26 23 VCC1 24 25 23 26 Drum Output D_WOUT D_VOUT D_UOUT D_RS 56,58,59, 57 60 56 58 VCC1 59 57 SELCSLP 12 VCC1 12 9 FAN8434 Equivalent Circuits (Continued) Description Pin No. CSC1 CSC2 13,14 Internal circuit VCC1 13 14 D_FR 17 VCC1 17 D_STBY 34 VCC1 34 VREF 31 VCC1 31 10 FAN8434 Equivalent Circuits (Continued) Description Pin No. Loading Input FWD REV 3,4 Internal circuit VCC1 3 4 Loading Output L_OUT2 L_OUT1 L_RS 61 63 62 5 61 63 62 L_ILIM 34 VCC1 64 Normal OP-Amps Input 1,6,7,10,11,15 VCC1 VCC1 Normal OP-Amps Output 6 7 1 11 10 15 2,8,9,16 VCC1 2 9 8 16 11 FAN8434 Absolute Maximum Ratings (Ta=25°C) Parameter Symbol Value Unit Remark VCC1max 7.0 V VCC1 ≤ VCC2 Maximum IC supply voltage 2 VCC2max 8.5 V - Maximum capstan motor supply voltage C_VMmax 7.0 V C_VM ≤ VCC2 Maximum drum motor supply voltage D_VMmax 7.0 V D_VM ≤ VCC2 Maximum loading motor supply voltage L_VMmax 7.0 V L_VM ≤ VCC2 Maximum capstan motor output current ICOmax 1.0 A VCC2=7V, C_VM=7V Maximum drum motor output current IDOmax 1.0 A VCC2=7V, D_VM=7V Maximum loading motor output current ILOmax 0.6 A VCC2=7V, L_VM=7V Power dissipation Pd 0.6note1 W Individual Junction temperature TJ 150 °C VCC2=7V, VM=7V Operating temperature TOPR −25 ~ +75 °C Storage temperature TSTG −55 ~ +150 °C Maximum IC supply voltage 1 Notes: 1. 1) When mounted on glass epoxy PCB (76 × 114 × 1.6mm) 2) Power dissipation is reduced at the rate of -4.8mW/°C for TA≥25°C. 3) Do not exceed Pd and SOA(Safe Operating Area). Power Dissipation Curve Power dissipation (W) 0.6 SOA 0 25 75 150 Ambient temperature, Ta [°C] Recommended Operating Conditions (Ta=25°C) Parameter Value Units 2.7 ~ 6 V VCC2 3.5 ~8.5 V Capstan motor supply voltage C_VMnote3 0 ~ 7.0 V Drum motor supply voltage D_VMnote3 0 ~ 7.0 V Loading motor supply voltage L_VMnote3 0 ~ 7.0 V IC supply voltage1 IC supply voltage2 Symbol VCC1 note2 Notes: 2. Conditions: VCC1 ≤ VCC2 3. Conditions: C_VM ≤ VCC2, D_VM ≤ VCC2, L_VM ≤ VCC2 12 FAN8434 Electrical Characteristics (VCC1=3V, VCC2=4.75V,C_VM=1.5V, D_VM=L_VM=3V, DRS=0.25Ω, Ta=25°C, unless otherwise specified) Parameter Symbol VCC1 power supply current1 VCC2 power supply current2 ICC1 ICC2 Conditions IOUT=100mA,VC_STBY=3V Min. Typ. max. Unit - 4 8 mA IOUT=100mA,VC_STBY=3V - 6 12 mA VCC1 Idle current ICC1Q VC_STBY=0V - 2.1 4 mA VCC2 Idle current ICC2Q VC_STBY=0V - - 100 µA VM Idle current IVMQ VC_STBY=0V - 75 100 µA - 0.22 0.29 V CAPSTAN MOTOR BLOCK Upper side saturation voltage1 VCSATH1 Io=0.2A, VC_STBY=3V Lower side saturation voltage1 VCSATL1 Io=0.2A, VC_STBY=3V - 0.20 0.25 V Upper side saturation voltage2 VCSATH2 Io=0.5A, VC_STBY=3V - 0.25 0.4 V Lower side saturation voltage2 VCSATL2 Io=0.5A, VC_STBY=3V - 0.25 0.4 V Output saturation voltage - - 1.4 V RL=39Ω*3,Range=20KΩ 73 80 87 % -5 - 5 mV Overlap amountnote VCOSAT O.L Io=0.8A, Sink+Source HALL AMPLIFIER Input offset voltagenote VHOFF C_RS=0.5Ω, CCTL=5V Common mode input range VHCM Rangle=20KΩ 0.95 - 2.1 V Voltage gain VHGM Rangle=20KΩ 23 26 29 dB STANDBY PIN High level voltage VCSTH - 2.5 - VCC1 V Low level voltage VCSTL - -0.2 - 0.7 V Input current ICSTIN VC_STBY=3V - - 50 µA Leakage current ICSTLK VC_STBY=0V -30 - - µA FR PIN High level voltage VCFRH - 2.5 - VCC1 V Low level voltage VCFRL - -0.2 - 0.7 V Input current ICFRIN VC_STBY=3V - 20 30 µA Leakage current ICFRLK VC_STBY=0V -30 - - µA VHALL IH=5mA,VH(+)-VH(-) 0.55 0.65 0.75 V IH=5mA 0.86 0.93 1.00 V -3 - 3 mV HALL BIAS Hall power supply voltage (-)pin voltage VH- FG COMPARATOR Input offset voltage Input bias current Input bias current offset VFGOFF - IFG VFGIN+=VFGIN-=1.5V - - 500 nA ∆IFG VFGIN+=VFGIN-=1.5V -100 - 100 nA 1.2 - 2.5 V Common mode input range VFGCM High level output voltage VFGOH Internal pull-up 2.8 - - V Low level output voltage VFGOL Internal pull-up - - 0.2 V - 100 - dB - - 100 µA Voltage gain note Output current(sink) - VFGGM IFGOS Outpin="L" (*note) Guaranteed field ( No EDS / Final test ) 13 FAN8434 Electrical Characteristics(Continued) (VCC1=3V, VCC2=4.75V,C_VM=1.5V, D_VM=L_VM=3V, DRS=0.25Ω, Ta=25°C, unless otherwise specified) Parameter Symbol Conditions Min. Typ. max. Unit Io=76mA,VD_STBY=3V, VC_STBY=0V - 0.75 2.5 mA DRUM MOTOR BLOCK Power supply current3 ICC3 Output Idle current4 ICC4Q VD_STBY=0V,VC_STBY=0V - - 100 µA Output Idle current5 ICC5Q VD_STBY=0V,VC_STBY=0V - 100 300 µA Upper side saturation voltage1 VSATH3 Io=0.1A, RS=0.25Ω - 0.3 0.5 V Lower side saturation voltage1 VSATL3 Io=0.1A, RS=0.25Ω - 0.3 0.5 V Upper side saturation voltage2 VSATH4 Io=0.4A, D_VM=3V,RS=0.25Ω - 0.5 0.8 V Lower side saturation voltage2 VSATL4 Io=0.4A, D_VM=3V,RS=0.25Ω - 0.5 0.8 V COM pin common mode input range VIC - 0.3 - VCC20.9 V High level voltage VDSTH - 2.0 - VCC1 V Low level voltage VDSTL - -0.2 - 0.7 V Input current IDSTIN VD_STBY=3V - - 50 µA Leakage current IDSTLK VD_STBY=0V -10 - - µA STANDBY PIN FR PIN High level voltage VDFRH - 2.0 - VCC1 V Low level voltage VDFRL - -0.2 - 0.7 V Input current IDFRIN VC_STBY=3V - - 50 µA Leakage current IDFRLK VC_STBY=0V -10 - - µA OSCILLATOR Source current rationote RSOUR ICSC1SOUR/ICSC2SOUR -15 - +15 % Sink current rationote RSINK ICSC1SINK/ICSC2SINK -15 - +15 % CSC1 source/sink current rationote RCSC1 ICSC1SOUR/ICSC1SINK -35 - +15 % CSC2 source/sink current rationote RCSC2 ICSC2SOUR/ICSC2SINK -35 - +15 % COSC=0.1µF, OSC freq.=target - 12.5 - Hz Target - 30 - deg - 2.0 - VCC1 V Startup frequencynote Freq Phase delay-widthnote Dw SELCSLP PIN High level voltage VSELH Low level voltage VSELL - -0.2 - 0.7 V Input current ISELH VSELCSLP=3V - - 50 µA Leakage current ISELLK VSELCSLP=0V -10 - - µA (*note) Guaranteed field ( No EDS / Final test ) 14 FAN8434 Electrical Characteristics(Continued) (VCC1=3V, VCC2=4.75V,C_VM=1.5V, D_VM=L_VM=3V, DRS=0.25Ω, Ta=25°C, unless otherwise specified) Parameter Symbol Conditions Min. Typ. max. Unit VDFGOF - - ±1 ±5 mV IDFG - - - 250 nA 1.0 - 2.0 V - 55 - dB DRUM MOTOR BLOCK FG AMP. & COMPARATOR Input offset voltagenote note Input bias current - Common mode input voltage rangenote VICOM Open loop gainnote DFGGM f=1KHz Output on voltage VFGOL Io=10µA - - 0.4 V Io=10µA VCC10.5 - - V - 50 - mV Output off voltage VFGOH Schmitt amplifier hysteresis widthnote VFGHYS Reference voltage - VREF - 1.15 1.30 1.45 V VDPGOF - - ±1 ±5 mV IDPG - - - 250 nA 1.0 - 2.0 V PG AMP. & COMPARATOR Input offset voltagenote note Input bias current - Common mode input voltage rangenote VICOM Open loop gainnote DPGGM f=1KHz - 55 - dB Output on voltage VPGOL Io=10µA - - 0.4 V Output off voltage VPGOH Io=10µA VCC10.5 - - V Schmitt amplifier hysteresis widthnote VPGHYS - 50 - mV - (*note) Guaranteed field ( No EDS / Final test ) 15 FAN8434 Electrical Characteristics(Continued) (VCC1=3V, VCC2=4.75V,C_VM=1.5V, D_VM=L_VM=3V, DRS=0.25Ω, Ta=25°C, unless otherwise specified) Parameter Symbol Conditions Min. Typ. max. Unit LOADING MOTOR BLOCK VCC1 power supply current1 ICC6 VC_STBY=VD_STBY=0V, FWD=REV="L" - 2.1 4.0 mA VCC1 power supply current2 ICC7 VC_STBY=VD_STBY=0V, FWD="H",REV="L" or FWD="L",REV="H" - 14 19 mA VCC1 power supply current3 ICC8 VC_STBY=VD_STBY=0V, FWD=REV="H" - 30 40 mA VCC2 power supply current1 ICC9 VC_STBY=VD_STBY=0V, FWD=REV="L",VCC1=open - - 100 µA VCC2 power supply current2 ICC10 VC_STBY=VD_STBY=0V, FWD=REV="L",VCC1=3.0V - - 100 µA VCC2 power supply current3 ICC11 VC_STBY=VD_STBY=0V, FWD="H",REV="L" or FWD="L",REV="H" - 15 25 mA L_VM power supply current IL_VM VC_STBY=VD_STBY=0V, FWD=REV="L" - - 20 µA VINH VCC1=2.7 to 4.0V 2.0 - VCC1 V FWD/REV PIN High level input voltage - 41 65 µA -0.2 - 0.6 V VIN=0.6V - 5 10 µA High level input current IINH VIN=3.0V Low level input voltage VINL VCC1=2.7 to 4.0V Low level input current IINL OUTPUT Output saturation voltage1 VLSAT1 Io=200mA,Upper+Lower - 0.2 0.3 V Output saturation voltage2 VLSAT2 Io=400mA,Upper+Lower - 0.4 0.6 V NORMAL OPAMP VIOFF - - ±1 ±5 mV IB - - - 1 µA Common mode input voltage range VICM - 1.0 - 2.0 V Open loop gain GM1 - - 55 - dB TSD - - 160 - °C HTSD - - 15 - °C Input offset voltage Input bias current THERMAL SHUTDOWN TSD operating temperaturenote TSD Hysteresisnote (*note) Guaranteed field ( No EDS / Final test ) 16 FAN8434 Application Information 1. Capstan Motor Driver Truth Table Source → Sink V→W 1 Hall input U V W H H L W→V H L L H H L H H W→U L U→V 3 V→U L W→V 4 L L H V→W L H H U→W H L V→U 6 H L W →U 5 H L U→W 2 C_FR L H L U→V H L Notes: 1. C_FR "H" is above 2.5V, C_FR "L" is below 0.4V. 2. Hall input "H" is that input(+) is higher than input(-) 0.02V over. Hall input "L" is that input(+) is lower than input(-) 0.02V over 2. Loading Motor Truth Table Input Output Mode FWD REV LOUT1 LOUT2 L L OFF OFF Standby H L H L Forward L H L H Reverse H H H H Brake 17 FAN8434 Test Circuits VCC1 VCC1 A A A A A A V A A A A V D_VM 8 D_VM A 8 8 8 D_VM A D_STBY D_FGOUT C_FGIN- C_FGOUT ANGLE C_FGIN+ C_FR VH- VH+ HV- D_PGC 29 D_PGOUT 28 1M V GND 27 55 C_UOUT D_WIN 26 V 56 D_WOUT D_VIN 25 V D_UIN 24 V FAN8434 58 D_VOUT D_COM 23 59 D_UOUT VCC1 22 60 D_VM 63 L_OUT1 OSC 18 OPOUT2 OPIN2+ 5 6 7 8 9 10 11 12 13 14 15 16 A A A OPIN4- OPOUT1 4 CSC2 OPIN1+ 3 CSC1 OPIN1- 2 1 OPIN2- L_VM SELCSLP FC1 19 OPIN3- C A 33nF 0.1uF FILTER 20 62 L_RS 64 L_ILIM A FC2 21 REV A 1uF 54 C_STBY FWD 8 L_VM V OPOUT3 C A VREF 31 D_PGIN 30 61 L_OUT2 8 L_VM D_FGIN 32 52 C_RS 57 D_RS D_VM D_FGIN1 51 C_WOUT 53 C_VOUT 8 D_VM VCC2 50 HU+ HW- 49 HU- A C_VM A HW+ HV+ 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 D_FR 17 0.1uF A 0.1uF OPOUT4 V A V 50 1.5V 1M V V V V V V V V V V 1M 50 1.5V 1.5V 50 50 1.5V 1.5V 1M 1.5V EW EV 10KΩ 33nF 3 4 50K 22nF 0.6V 1M 1.5V EU 8 KA358 2 40KΩ 12V 1 10KΩ f = 210Hz 50 50 1.5V 1.5V 7 10KΩ 10KΩ 6 40KΩ 5 33nF 18 50K 22nF 0.6V V 100K FAN8434 D_STBY D_FGOUT C_FGOUT C_FR VCC2 C_VM Typical Application Circuits C_STBY D_STBY D_FGOUT C_FGIN- D_FGIN 32 VREF 31 D_PGIN 30 52 C_RS D_PGC 29 53 C_VOUT D_PGOUT 28 54 C_STBY GND 27 55 C_UOUT D_WIN 26 D_COM 23 59 D_UOUT VCC1 22 60 D_VM D_FGOUT VCC1 FILTER 20 FC1 19 63 L_OUT1 OSC 18 OPIN1- OPIN1+ OPOUT1 OPOUT2 OPIN2+ 5 6 7 8 9 10 11 12 13 14 15 16 FWD REV L_VM D_FR 17 VCC1 OPOUT4 D_SEL OPIN4- L_VM 4 CSC2 REV 3 CSC1 FWD 2 OPIN2- OPOUT3 SELCSLP 62 L_RS 1 D_PGIN FC2 21 61 L_OUT2 OPIN3- VREF D_UIN 24 58 D_VOUT 64 L_ILIM D_FGIN D_VIN 25 FAN8434 57 D_RS VCC1 D_FGIN1 51 C_WOUT 56 D_WOUT D_VM C_FGOUT 50 HU+ C_FGIN+ ANGLE C_FR VH- VCC2 VH+ HW- C_VM 49 HU- HW+ HV- HV+ 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 19 FAN8434 Package Dimension 64-LQFP-1010 Unit: mm 20 FAN8434 21 FAN8434 DISCLAIMER FAIRCHILD SEMICONDUCTOR RESERVES THE RIGHT TO MAKE CHANGES WITHOUT FURTHER NOTICE TO ANY PRODUCTS HEREIN TO IMPROVE RELIABILITY, FUNCTION OR DESIGN. FAIRCHILD DOES NOT ASSUME ANY LIABILITY ARISING OUT OF THE APPLICATION OR USE OF ANY PRODUCT OR CIRCUIT DESCRIBED HEREIN; NEITHER DOES IT CONVEY ANY LICENSE UNDER ITS PATENT RIGHTS, NOR THE RIGHTS OF OTHERS. LIFE SUPPORT POLICY FAIRCHILD’S PRODUCTS ARE NOT AUTHORIZED FOR USE AS CRITICAL COMPONENTS IN LIFE SUPPORT DEVICES OR SYSTEMS WITHOUT THE EXPRESS WRITTEN APPROVAL OF THE PRESIDENT OF FAIRCHILD SEMICONDUCTOR CORPORATION. As used herein: 1. Life support devices or systems are devices or systems which, (a) are intended for surgical implant into the body, or (b) support or sustain life, and (c) whose failure to perform when properly used in accordance with instructions for use provided in the labeling, can be reasonably expected to result in a significant injury of the user. 2. A critical component in any component of a life support device or system whose failure to perform can be reasonably expected to cause the failure of the life support device or system, or to affect its safety or effectiveness. www.fairchildsemi.com 2/4/04 0.0m 001 Stock#DSxxxxxxxx 2004 Fairchild Semiconductor Corporation