To all our customers Regarding the change of names mentioned in the document, such as Mitsubishi Electric and Mitsubishi XX, to Renesas Technology Corp. The semiconductor operations of Hitachi and Mitsubishi Electric were transferred to Renesas Technology Corporation on April 1st 2003. These operations include microcomputer, logic, analog and discrete devices, and memory chips other than DRAMs (flash memory, SRAMs etc.) Accordingly, although Mitsubishi Electric, Mitsubishi Electric Corporation, Mitsubishi Semiconductors, and other Mitsubishi brand names are mentioned in the document, these names have in fact all been changed to Renesas Technology Corp. Thank you for your understanding. Except for our corporate trademark, logo and corporate statement, no changes whatsoever have been made to the contents of the document, and these changes do not constitute any alteration to the contents of the document itself. Note : Mitsubishi Electric will continue the business operations of high frequency & optical devices and power devices. Renesas Technology Corp. Customer Support Dept. April 1, 2003 2tENESAS Renesas Technology Corp.MITSU BISHI<Dig. Ana. INTERFACE> M62001L,FP/M62002L ,FP/M62003L,FP/M62004L ,FP/ M62005L,FP/M62006L,FP/M62007L,FP/M62008L,FP LOW POWER 2 OUTPUT SYSTEM RESET IC SERIES DESCRIPTION The M62001~8 are semiconductor integrated circuits whose optimum use is for the detection of the rise and fall in the power supply to a microcomputer system in order to reset or release the microcomputer system. The ]M62001~8 carry out voltage detection in 2 steps and have 2 output pins.As BI-CMOS process and low power dissipating circuits are employed,they output optimum signals through each output pin to a system that requires RAM backup, As output signals interruption(INT} and compulsive reset((RESET) signals are available. The interruption signal(INT} is used to alter the microcomputer from normal mode to backup mode and vice versa. these output signals are classified into pulse type(M62001~M62004) and hold type (M62005~M62008). FEATURES * BLCMOS process realizes a configuration of low current dissipating circuits. Circuit current lec=5pA(Typ. normal mode,Vcc=5.0V) lec=1pA(Typ. backup mode, Vcoc=2.5V} *Two-step detection of supply voltage Detection voltage in normal made (2 types) Vs=4 45V/4 25V(Typ.) Detection voltage in backup mode Veatt=2.15V(Typ.) *Two outputs Reset output (RESET):-Output of compulsive reset signal Interruption output(UINT oe of interruption signal *Two types of output forms: and open drain *Two types of interruption output (INT) signals Pulse type (M62001~M62004} Hald type (M62005~M62008} *Two types of outline packages 5-pin plastic SIP (single in-line package) 8-pin plastic SOP (mini flat package) Output based on RAM backup mode (See the timing chart.) PIN CONFIGURATION (TOP VIEW) Voc Cd RESET INT GND M62001L O Outline 5P57(M62001L~8L) RESET LIQ = fe] INT Cd [2] 8 [7] GND vec [| 2 le] NC NC [a 3 [5] NC Outline 8P2S-A(M62001FP~8FP) NC:NO CONNECTION APPLICATION Prevention of malfunction of microcomputer systems in electronic,equipment such as OA equipment, industrial equipment, and home-use electronic appliances. BLOCK DIAGRAM Vec > INTERRUPTION SIGNAL GENERATION BLOCK 1 | RESET SIGNAL GENERATION BLOCK HL | _ ge GND(GROUND PIN) Gd(PIN TO DELAY CAPACITANCE) NOTE: This ts an example showing pin Nos.of M62001L~8L . (See PIN CONFIGURATION } 4 2rCENESAS (1/6)MITSU BISHI<Dig. Ana. INTERFACE> M62001L,FP/M62002L ,FP/M62003L,FP/M62004L ,FP/ M62005L,FP/M62006L,FP/M62007L,FP/M62008L,FP LOW POWER 2 OUTPUT SYSTEM RESET IC SERIES ABSOLUTE MAXIMUM RATINGS (Ta=25C, unless otherwise noted, These ratings commonly apply to the M62001L/FP~M62008L/FP.} Symbol Parameter Conditions Ratings Unit Voo Supply voltage 8 vy ISINK Output sink current 5 mA Pd Power dissipation 440 my Ke Themmal de rating (Taz?5C} 4.4 rmiw/eG Topr Operating temperature 20-475 C Tstg Storage temperature -4Q ~ 44125 C ELECTRICAL CHARACTERISTICS (Ta=25C, unless otherwise noted, These ratings commonly apply ta the M62001L/8L.} Limits ; Symbol - Uni Parameter Test conditions Min, Typ. Mae ni Interruption level Wooose ee 4.30 4.45 460 Vs Supply voltage during Vee drop neous eeOuE Vv {Equivalent to Vst) 1 1 M62007,M62008) 4.05 4.25 4.45 VBATT Battery voltage Reset level at backup 2.00 2.15 2.30 Vv AVs Hysteresis voltage AVs=VSH-VsL 100 mi lec Circuit current VYece=5 0V:In normal mode 5.0 20 A Voc=? 5V.In backup mode 10 4 H . - Vec=4V lo=z4mA Vsatt Sink ability (Output saturation voltage of N-ch transistor o2 o4 v VYec=4V lo=imA An (Output saturation voltage of P-ch transistor: Metz SOUICEsaoully [CMOS output] M62001.M62003, 0.2 04 Vv MBb2005 MBb2007) td Delay time Exte mal capacitance Gd=0.33yUF 50 ms : Output pulse width (M6200 1, MB2002 | tow Pulse width M62003,M62004) e 10 us a Time between Vec(when fallingj=VeatTt and tRESET Reset output response time output of RESET signal 30 us reise . . Time between Vecfwhen fallingj=Vs and {INT Interruption output reset time output of INT Lae 9) 400 yS SUMMARY OF M62001L/FP~M62008L/FP Type Supply voltage detection level Va(V) | Battery voltage detection level VaatTTay) Outputform | Interruption signal output mode Me2004 CMOS Pulse output MB2002 4.46 Open drain MB2003 CMOS TY ] 4.25 - M 2004 245 Open drain MB2005 CMOS Hold output MB 2006 Me Open drain M6 2007 495 CMOS Ria M6 2003 Open drain 7rtENESAS (2/6)MITSU BISHI<Dig. Ana. INTERFACE> M62001L,FP/M62002L ,FP/M62003L,FP/M62004L ,FP/ M62005L,FP/M62006L,FP/M62007L,FP/M62008L,FP LOW POWER 2 OUTPUT SYSTEM RESET IC SERIES TYPICAL CHARACTERISTICS CIRCUIT CURRENT vs. THERMAL DERATING SUPPLY VOLTAGE (MAXIMUM RATING) 1000 ws = = 3800 # a b 6 Zz = 600 tc <t 3 @ 400 E 2 ti Pl ir 5 200 = oO a ~ me, 0 ~ 0 2 4 6 8 10 0 25 50 fD 100 125 SUPPLY VOLTAGE Vee(V) AMBIENT TEMPERATURE Ta(C) RESET OUTPUT VOLTAGE vs. INTERRUPTION OUTPUT VOLTAGE vs. SUPPLY VOLTAGE SUPPLY VOLTAGE 5 INTERRUPTION OUTPUT VOLTAGE VINT(Y) UNCERTAIN AREA RESET GUTPUT YOLTAGE YAESET() UNCERTAIN AREA 0 1 DVBATT 3 4 V8H 5 a 1 2 3 ASL VSH5 SUPPLY VOLTAGE Vee() SUPPLY VOLTAGE Vec(V) DELAY CAPACITANCE vs. DELAY TIME SS OPENDEAINTBE, 10 20 = a = = 3 z 1. Q 1.0 a = G = a 5 F 10 @ a Ri=10ka a = I I 1 S 04 E Pi=100kQ a EO. Pi=IMQ = = Ww o a 0.01 0 1 10 100 1000 0 05 10 15. 20 DELAY TIME td(msec) SUPPLY VOLTAGE Vec(V) 2rtENESAS (3/6)MITSU BISHI<Dig. Ana. INTERFACE> M62001L,FP/M62002L ,FP/M62003L,FP/M62004L ,FP/ M62005L,FP/M62006L,FP/M62007L,FP/M62008L,FP LOW POWER 2 OUTPUT SYSTEM RESET IC SERIES CIRCUIT CURRENT Icc(paA) DETECTION VOLTAGE Vs(} OUTPUT SATURATION VOLTAGE Vsat() CIRCUIT CURRENT vs. DETECTION VOLTAGE vs. AMBIENT TEMPERATURE AMBIENT TEMPERATURE 2.20 = E a > @ 2.15 a ke 3 > 6 2 210 Q uw Fe lu oa Vv 0 2.05 40 -20 0 20 40 60 80 100 40 20 0 20 40 60 80 100 AMBIENT TEMPERATURE Ta(C) AMBIENT TEMPERATURE Ta(C) DETECTION VOLTAGE vs. AMBIENT TEMPERATURE _ INTERRUPTION OUTPUT VOLTAGE vs. (DETECTION AT 4.45V TYPE) > SUPPLY VOLTAGE 4.50 JE 5 = lu < 4 Bi <t Lu 4.45 9 7 Ble = Bl: o 2)a 4.40 Z O = = o If = o tt 435 E O 40 -20 0 20 40 60 80 100 Z 0 1 2 3 4 5 AMBIENT TEMPERATURE Ta(C) SUPPLY VOLTAGE Vec(V) Neh OUTPUT SATURATION VOLTAGE vs. Pch OUTPUT SATURATION VOLTAGE vs. OUTPUT SINK CURRENT _ OUTPUT SOURCE CURRENT => 05 = 05 Veo=4V 2 Voc=5i AV ui O4 d 2 04 A aH i f=|4!sink Veat 2 a z. 0: oO E 02 & 02 = ke zt 0.1 P o.4 = ao 0 5 0 0 1 2D 3 4 5 0 1 2 3 4 5 OUTPUT SINK CURRENT Isink(mA) OUTPUT SOURCE CURRENT Isource(mA) 2rtENESAS (4/6)MITSU BISHI<Dig. Ana. INTERFACE> M62001L,FP/M62002L ,FP/M62003L,FP/M62004L ,FP/ M62005L,FP/M62006L,FP/M62007L,FP/M62008L,FP LOW POWER 2 OUTPUT SYSTEM RESET IC SERIES OPERATION PRINCIPLE DESCRIPTION In general, the memory backup function of a microcomputer,as shown in figure,uses two diodes to switch between main power supply and backup power supply. The M62001-M62008 are ICs thatin such memory backup operation,monitor in 2 steps each voltage on the Voo line. MAIN POWER NG oe SUPPLY BACKUP RESET RESET POWER M62004 SUPPLY MICROCOMPUTER SYSTEM The ICs have an intelligent sequence such as substantial hysteresis action of RESET toward normal state at restoration of supply voltage,as well as 2-step detection in low power dissipation mode. OPERATION IN DETAIL 1.Two Step Detection The IGs perfonn 2-step detection of supply voltage and have 2 output pins (NT and RESET).Although they have 2 comparators for 2-step detection, they differ significantly from such that are simply provided with independent detectors,because the RESET output signal is dependent at power-up and the like upon the INT output signal. 2. INT output (Detection of 4.45V and 4.25V) The INT output at the power-up of supply voltage detects VSH (4.45 Vi4 25Vito inform the microcomputer system of the fact that the supply voltage has reached its normal level When the supply voltage drops from its normal level to Vs_(4 45 Wi 25Vjan interruption signal is output to alter the microcomputer system into RAM backup mode. The microcomputer at this point enters sleep state and secures memory by a stop command issued by the interruption signal. These detection voltage ,VSH the rise,and VSL the fall,of supply voltage have a 100-mV hysteresis voltage between themselves. VSH-VSL=100(mV) INT OUTPUT VOLTAGE VS. SUPPLY VOLTAGE S 5 in ap ny 2 kr 4 Oo o x 3 lu 2 VSLU 4 \VSH | _ 2 oO > 5 a 1 Ee o - z 0 40 42 44 46 48 520 SUPPLY VOLTAGE Vec(V) 3-RESET Output (Detection of 2.15} The RESET outputs a signal to prevent the microcomputer from malfunctioning due to adropin supply voltage. When powering up, RESET is kept at low level until the supply voltage reaches VSH_If the supply voltage rises to VSH RESET is setto high level.By inserting a capacitor between the Cd pin and GND. it is possible to produce a desired delay time (td}.To set a delay time,equation below is used. td=1.52X10 XCdisec} Once the supply voltage has exceeded VSH and the RESET outputis set to high level, RESET maintains the high level until the supply voltage drops to VBATT When the supply voltage drops to VBATT,RESET goes low thereby resetting and initializing the microcomputer. The RESET output has a large hysteresis voltage of approximately 2V between the rise in supply voltage at power- up and its fall. RESET OUTPUT VOLTAGE VS. SUPPLY VOLTAGE 5 = wi 4 o a 5 o 3 > > a a E 2 3 y AYSH VBATT : oO uu r 0 2 3 4 5 SUPPLY VOLTAGE Vec 2rCENESAS ( 5/6)MITSU BISHI<Dig. Ana. INTERFACE> M62001L,FP/M62002L ,FP/M62003L,FP/M62004L ,FP/ M62005L,FP/M62006L,FP/M62007L,FP/M62008L,FP LOW POWER 2 OUTPUT SYSTEM RESET IC SERIES OPERATION DESCRIPTION VSH VEL WSH VSL VBATT VSH VSL VBATT VSH Lo VSL al Vor \ GNO _ nal fir a. INT UNCERTAIN AREA (HOLD OUTPUT TYPE} | GND A_ N NT SyiSswinnt UNCERTAIN AREA (PULSE OUTPUT TYPE} 7 t Wsec cnn 4 * Fs N RESET UNCERTAIN AREA 7 _ td tl fe td } GND A P oN O 2) @ @) @ @ D If ee rises to VSH(4. 55V/4.35) the INT output it set to (5) Same as(3). high level. | ee (6) If Vee becomes lower than VBATT(2.15V),the RESET 1A pulse is output if INT is of pulse output type. output is set to low thereby resetting the microcornputer RESET goes high tdfs) after VSH and initializing system. td=1.52X105XC(sec) we (7) Same as C1). (3) lt Vee drops to VSH[4.55V/4.254 INT goes low. (8) Same as{?). A pulse is output if INT is of pulse output type. (9) Same as(3) and(5). 2. The RESET output continues to be held high. (10) Same as(6). 4 lf Vee retums to VSH,the INT outputis set to high level. APPLICATION EXAMPLE POWER SUPPLY. Voo Vooi+5v) [vee POWER SUPPLY PIN SMOOTHING VY BACKUP POWER L CAPACITOR INT INT SUPPLY r anOO Ee INT po INT VBATT(+3V} I (INTERRUPTION) INTERRUPTION INPUT RESET SIGNAL} 7 RESET b> RESET RESET (COMPULSIVE | RESET INPUT DELAY CAPACITORT: Gd t RESET SIGNAL} 0.3auF Moz 00x (CLOCK OUTPUT | OSCILLATOR EI MICROCOMPUTER L| MICROCOMPUTER SYSTEM RESET IC SYSTEM sCENESAS (6/6)