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EM78M680

Abstract: Elan Microelectronics EM78M680 pwm1 0B11000001 0b110000
Text: ,@0B01000010 ;CHOOSE PWM1CLOCK =FOSC/8,PERIOD=255*1/PWM CLOCK IOW IOCB ;ENABLE PWM1 CALL DELAY_ 250MS ;DELAY MOV A,@0X64 MOV R15,A ;PWM1 DUTY CYCLE=R15/255*PWM1 PERIOD CALL DELAY_ 250MS MOV A,@0XC8 MOV R15,A ;PWM1 DUTY CYCLE=R15/255*PWM1 PERIOD CALL DELAY_ 250MS MOV A,@0XFA MOV R15,A ;PWM1 DUTY CYCLE=R15/255*PWM1 PERIOD CALL DELAY_ 250MS EM78M680 Version : V1.0 Date : 2007/04/04 , ,@0B11000001 IOW IOCB ;CHOOSE PWM1 CLOCK=FOSC/4,PERIOD=255*1/PWM CLOCK CALL DELAY_ 250MS MOV IOW CALL


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PDF EM78M680 R15/R16 ExtraRAM0/255) 250MS FOSC/32 0B11000101 FOSC/64 Elan Microelectronics EM78M680 pwm1 0B11000001 0b110000
T12M

Abstract: No abstract text available
Text: APPLICATION NOTE 38C2 Group Timers 1, 2 Operation (Timer Mode: Measurement of 250ms ) 1 , (Timer Mode: Measurement of 250ms ) on the 38C2 group device. 2. Introduction The explanation of this , : Measurement of 250ms ) 3. Contents 3.1 Measurement of 250ms Outline: The clock is divided by the timer so that the clock can count up at approximately 250ms intervals. Specifications: ·The clock f(XIN) = , which occurs at approximately 250ms intervals. Figure 3.1 shows the Timers Connection and Division


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PDF 250ms) 19MHz REJ05B0488-0100Z/Rev T12M
ELM7629LA-S

Abstract: ELM7629HA ELM7629LA ELM7624LA voltage detector IC ELM7630LA elm7629las ELM7622HB ELM7622LA-S
Text: for the delay time circuit. Low voltage detection output is kept active for TYP. 250ms .(ELM76xxxA , : TYP. 7 A High accuracy of detection voltage : ± 2.0% Delay time after VDD recovery : TYP. 250ms , Output mode 250ms ( TYP.) 500ms (TYP.) ELM76 x x x x a b c d SERIES Detection Output Detection Delay Tiem Model Delay Time Voltage Mode Voltage ELM7622LA-S(N) 2.2V 250ms ELM7622HA-S(N) 2.2V 250ms RESET ELM7622LB-S(N) 2.2V 500ms ELM7622HB-S(N) 2.2V 500ms RESET ELM7624LA-S(N


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PDF ELM76xxxx ELM76xxxx 250ms. ELM76xxxA 500ms ELM76xxxB ELM7644xx 500mV ELM7648xx ELM7629LA-S ELM7629HA ELM7629LA ELM7624LA voltage detector IC ELM7630LA elm7629las ELM7622HB ELM7622LA-S
1995 - ICCH8300

Abstract: H8/325 H8-300 H8-325 Hitachi DSA00296 EMED CLH83S
Text: microcontrollers. The program has the following functions: 1.0 Provides a 5ms, 50ms, 100ms, 250ms and 500ms , _100ms_Func3(void); User_ 250ms _Func1(void); User_ 250ms _Func2(void); User_ 250ms _Func3(void); User , */ t500ms = 4; } else t500ms-; } else t100ms-; /* user functions to be called every 250ms - note combined run time of these functions must be < 250ms */ /* 250ms tick */ if (!t250ms) { User_ 250ms _Func1(); User_ 250ms _Func2(); User_ 250ms _Func3(); /* reload 250ms tick */ t250ms = 4; Hitachi Europe Ltd


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PDF APPS/019/1 H8-300 H8-300 H8-325. ICCH8300 H8/325 H8-325 Hitachi DSA00296 EMED CLH83S
ELM76xx

Abstract: elm7640 ELM76 elm7629xxb
Text: . There are 4 types of delay time selection of ELM76series: Typ. 250ms , Typ.500ms, Typ.150ms, and Typ , : Typ. 250ms , Typ.500ms Typ.150ms, Typ.50ms : Typ.Vdetn×1.04 : SOT-23 · · · · Reset for , mode H: RESET output mode A: Typ. 250ms , B: Typ.500ms C: Typ.150ms, D: Typ.50ms B S: Refer to PKG , ) Delay time( 250ms ) Delay time(500ms) Temperature characteristic of Vdetn Ioutn Condition Vdd , ( 250ms ) Delay time(500ms) Temperature characteristic of Vdetn Ioutn Condition Vdd=3.0V Vdd


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PDF ELM76xxxxB ELM76series: 250ms, 500ms, 150ms, ELM76series ELM76 ELM7644xxB) 500mV ELM76xx elm7640 elm7629xxb
2006 - Not Available

Abstract: No abstract text available
Text: . There are 4 types of delay time selection of ELM76series: Typ. 250ms , Typ.500ms, Typ.150ms, and Typ , : Typ. 250ms , Typ.500ms Typ.150ms, Typ.50ms • Hysteresis voltage : Typ.Vdetn×1.04 • Package , : RESET output mode H: RESET output mode A: Typ. 250ms , B: Typ.500ms C: Typ.150ms, D: Typ.50ms B S , (150ms) Delay time( 250ms ) Delay time(500ms) Temperature characteristic of Vdetn * Note: test , curernt Delay time(50ms) Delay time(150ms) Delay time( 250ms ) Delay time(500ms) Temperature


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PDF ELM76xxxxB ELM76series: 250ms, 500ms, 150ms, ELM76series ELM76 ELM7644xxB) 500mV
MAX1232

Abstract: MAX1232MJA DS1232 MAX1232CPA MAX1232CSA MAX1232CWE MAX1232EPA MAX1232ESA Voltage Supervisory automotive ST
Text: the reset outputs to their active states for a minimum of 250ms. A digitally-programmable watchdog , least 250ms duration is supplied on power-up, power-down, and low-voltage brown-out conditions (5% or 10 , 250ms Min ♦ No External Components ♦ Adjustable Watchdog Timer - 150ms, 600ms, or 1,2sec ♦ , their active states until Vcc has been continuously in-tolerance for a minimum of 250ms (the reset , 250ms after PB RST rises above Vih (Figure 3). 4 A mechanical pushbutton or an active logic signal can


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PDF 19-3S99: MAX1232 DS1232. 250ms l66mVAiS6C 5V/30C\Lsec) MAXI232 MAX1232MJA DS1232 MAX1232CPA MAX1232CSA MAX1232CWE MAX1232EPA MAX1232ESA Voltage Supervisory automotive ST
C1232

Abstract: CM1232 PST11 CI232
Text: 250ms. The combination of CMD Microcircuits' Advanced CMOS and reduced system component count produces a , debounced and activates the RST and RST signals for a minimum of 250ms. The 250ms delay starts as the , is allowed to time out, the RST and RST signals are driven to the active state for a minimum of 250ms. , an out of tolerance condition occurs. Reset is held active for 250ms after VCC returns to an in , from forcing RST and RST to the active as maximum. The minimum time is 25% of the maximum. tTD = 250ms


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PDF 150ms, 600ms, 250ms. M1232 C1232 CM1232 PST11 CI232
SAA2

Abstract: 10A100A saa1
Text: 10A100A 0120% ±12V ±15V TE1.0 SAA4 TE1.0 SAA2 TE1.0 SAA1 TE1.0 SDA4 TE1.0 SDA2 TE1.0 SDA1 VG 3.5V,5V 15µS (ppm/) 5mA 120mW 300 VZ 5V,10V 250mS 5mA 120mW 300 IZ 20mA 250mS 6V VG 3.5V,5V 15µS 120mW 350 5mA 120mW 300 S (9 ):5A, 10A,20A,30A,50A F (20 ): 10A,20A,30A,40A,50A, 60A,70A,80A,90A,100A, VZ 5V,10V 250mS 5mA 120mW 300 IZ 20mA 250mS 6V 120mW 350 1/ """"TE-SAA2F


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PDF 10A100A 120mW 250mS SAA2 10A100A saa1
2006 - SMBus

Abstract: ADT7461 AN-864 DASF005195
Text: 250ms What Happens if an SMBus Transaction Interrupts a Measurement? If an SMBus transaction to the , 300 400 500 600 700 800 06343-001 NO SMBus TRAFFIC Figure 1. 0 250ms 100 200 250ms 300 400 Figure 2. Rev. 0 | Page 1 of 2 500 600 700 800 , SMBus, as described above). This offers fail-safe protection if the SMBus master locks up. 250ms SMBus TRAFFIC TO ADT7461 EVERY 200ms 250ms 250ms 100 200 300 400 500 600 700


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PDF AN-864 ADT7461 ADT7461 250ms 200ms SMBus AN-864 DASF005195
Not Available

Abstract: No abstract text available
Text: 30A 0120% TEHA4 TEHA2 TEHA1 TEHA3 (ppm/) 0.5 VG 3.5V,5V 15µS 5mA 350mW 150 0.5 VZ 5V,10V 250mS 5mA 150mW 600 0.5 IZ 20mA 250mS 6V 200mW 800 0.5 FK 5kHz,10kHz 250mS 15mA 150mW 700 13 :30A, 50A,100A 2025 : 100A,150A,200A,250A, 300A,400A,500A 35 :300A, 400A,500A,600A,800A, 1000A / """"TEHAA1S - 5A/420mA - 0.5 TE-IAA1S - 100A(20)/5V - 0.5


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PDF 350mW 250mS 150mW 200mW 10kHz A/420mA 030kHz
7805 8PIN

Abstract: AX1232 maxi232 7805 resistor ki 7805 MAX1232CSA MAX1232 MAX1232EPA MAX1232ESA MAX1232EWE
Text: active states for a minimum of 250ms. A digitally-programmable watchdog timer monitors software execution , MAX1232 is a plug-in upgrade of the Dallas DS1232. A reset pulse of at least 250ms duration is supplied , Voltage Monitor- Adjustable +4.5V or 44.75V ♦ Power OK/Reset Pulse Width - 250ms Min ♦ No External , in-tolerance for a minimum of 250ms (the reset active time) to allow the power supply and jiP to stabilize , in their active states for a minimum of 250ms after PB RST rises above Vih (Figure 3). A mechanical


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PDF MAXI232 DS1232. MAX1232 250ms 66mVAtsec V/300nsec) 7805 8PIN AX1232 7805 resistor ki 7805 MAX1232CSA MAX1232EPA MAX1232ESA MAX1232EWE
C1232

Abstract: CM1232
Text: Reset for a minimum of 250ms. The combination of CMD Microcircuits' Advanced CMOS and reduced system , Internally this input is debounced and activates the RST and RST signals for a minimum of 250ms. The 250ms , of 250ms. The ST input can be derived from microprocessor address signals, data signals, or control , forces Reset active whenever an out of tolerance condition occurs. Reset is held active for 250ms after , to the active as maximum. The minimum time is 25% of the maximum. tTD = 250ms max. with TD pin at


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PDF 150ms, 600ms, 250ms. CM1232 C1232 CM1232
Not Available

Abstract: No abstract text available
Text: the input and creates an active Reset for a minimum of 250ms. The combination o f CMD Microcircuits , Internally this input is debounced and activates the RST and RST signals for a minimum of 250ms. The 250ms , of 250ms. The ST input can be derived from microprocessor address signals, data signals, or control , . Reset is held active for 250ms after VCC returns to an in tolerance condition. Software execution is , minimum time is 25% o f the maximum. tTO « 250ms max. with TD pin at Ground tn, = 1 second max. with TD


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PDF CM1232 150ms, 600ms, DS1232 250ms.
2009 - ELM76xx

Abstract: ELM7644
Text: . There are 4 types of delay time selection of ELM76series: Typ. 250ms , Typ.500ms, Typ.150ms, and Typ , : Typ. 250ms , Typ.500ms Typ.150ms, Typ.50ms : Typ.Vdetn×1.04 : SOT-23 · · · · Reset for , mode H : RESET output mode A : Typ. 250ms , B : Typ.500ms C : Typ.150ms, D : Typ.50ms B S : Refer to , ) Delay time( 250ms ) Delay time(500ms) Temperature characteristic of Vdetn Ioutn Condition Vdd , ( 250ms ) Delay time(500ms) Temperature characteristic of Vdetn Ioutn Condition Vdd=3.0V Vdd


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PDF ELM76xxxxB ELM76series: 250ms, 500ms, 150ms, ELM76series ELM76 ELM7644xxB) 500mV ELM76xx ELM7644
ht 648

Abstract: LTC691 rst- 433 LTC1232 ltc1233 LTC1232CS8 LTC1232C LTC1232IN8 LTC1232IS8 LTC690
Text: minimum of 250ms. Second, when the watchdog timer is not serviced prior to a selected time-out period, the , 250ms. The timer resets itself and beginsjo time-out again with each high to low transition on the ST , minimum of 250ms. The time-out period is selected by the Time-out Delay input, TD, to be 150ms with TD , reset pulse width of 250ms minimum. tvpiciu. nppucfflion +5VDC RST Ouput Voltage vs Supply Voltage , . The reset outputs remain in active states for a minimum of 250ms after PB RST is released from logic


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PDF 600ms DS1232 LTC1232 LTC1232 ht 648 LTC691 rst- 433 ltc1233 LTC1232CS8 LTC1232C LTC1232IN8 LTC1232IS8 LTC690
2010 - AAT3532

Abstract: AAT3532IAS-T1 MAX1232
Text: 250ms. www.analogictech.com 5 PRODUCT DATASHEET AAT3532 PowerLinearTM MicroPowerTM , specified timeout period, then the RST signals are activated for a minimum 250ms. In normal operation, the , condition for a minimum of 250ms while VCC is established to ensure correct system start-up. A manual , Adjustable 4.5V or 4.75V Voltage Monitor 250ms (min) Reset Pulse Width Low Quiescent Current: Typically 23A , 62.5ms 250ms 500ms 150ms 600ms 1200ms 250ms 1000ms 2000ms Table 1: TD Pin Programming for


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PDF AAT3532 AAT3532 250ms AAT3532IAS-T1 MAX1232
2006 - Not Available

Abstract: No abstract text available
Text: circuit. There are 4 types of delay time selection of ELM76 series: Typ.50ms, Typ.150ms, Typ. 250ms , Typ , (by 0.1V) : Typ.0.4μA(Vdd=VdetN+1V) : ±2.0% : Typ.50ms, Typ.150ms, Typ. 250ms , Typ , output 05: Typ.50ms, 15: Typ.150ms 25: Typ. 250ms , 50: Typ.500ms B : SOT-23 C : SC-70-5(SOT-353) 1 , (150ms) Delay time( 250ms ) Delay time(500ms) Temperature characteristic of VdetN Condition Vdd , output current RESET output curernt Delay time(50ms) Delay time(150ms) Delay time( 250ms ) Delay time


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PDF ELM76xxxxxxxxC ELM76 150ms, 250ms, 500ms, 500ms 500mVï
Not Available

Abstract: No abstract text available
Text: 30kHz 100kHz 0120% (PPM/) TE-IV4 0.5 VG 3.5V,5V 5mA 15µS 300mW 150 TE-IV2 0.5 VZ 5V,10V 5mA 250mS 400mW 250 TE-IV1 0.5 IZ 20mA 6V 250mS 400mW 300 TE-IV3 0.5 FK 5kHz,10kHz 15mA 250mS 400mW 300 50mV,75mV,0.1V, 0.2V,0.5V,1V,2V, 5V,10V,20V,30V, 50V,75V,100V, 150V,200V,250V, 300V,500V 1/ """"TEIAV2U - 250V/15V - 0.5 2 500V 1kV


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PDF 30kHz 100kHz 300mW 250mS 400mW 10kHz
2006 - AAT3532

Abstract: AAT3532IAS-T1 MAX1232 TOP marking RST pbd marking
Text: ) remains asserted for a minimum of 250ms. t PB t PBD PBRST t RST RESET RESET Figure 2 , timeout period, then the RST signals are activated for a minimum 250ms. In normal operation, the timer , conditions. The device holds the microprocessor in a reset condition for a minimum of 250ms while VCC is , . · · · · · · · · · · PowerManagerTM Adjustable 4.5V or 4.75V Voltage Monitor 250ms , Typ Max GND Float VCC 62.5ms 250ms 500ms 150ms 600ms 1200ms 250ms 1000ms 2000ms


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PDF AAT3532 AAT3532 250ms AAT3532IAS-T1 MAX1232 TOP marking RST pbd marking
2008 - ADT7461

Abstract: AN-864
Text: clocks the conversion time and the conversion interval. CONVERSION INTERVAL 250ms What Happens if , 600 700 800 06343-001 NO SMBus TRAFFIC Figure 1. 0 250ms 100 200 250ms , master locks up. 250ms SMBus TRAFFIC TO ADT7461 EVERY 200ms 250ms 250ms 100 200 300


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PDF AN-864 ADT7461 ADT7461 AN-864
Not Available

Abstract: No abstract text available
Text: creates an active Reset for a minimum of 250ms. The combination of CMD Microcircuits’ Advanced CMOS , RST signals are driven to the active state for a minimum of 250ms. The ST input can be derived from , signals for a minimum of 250ms. The 250ms delay starts as the Pushbutton Reset pin is released from the , active for 250ms after VCC returns to an in tolerance condition. Software execution is monitored by the , power up the two reset signals are kept active for a minimum of 250ms to allow the power supply and


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PDF 150ms, 600ms, 250ms C1232 250ms.
DS1232* watch dog timer

Abstract: st F-922 qpu 624
Text: pulse generator forces RST to remain active low for a minimum of 250ms. Second, when the watchdog timer , the reset outputs to active states for a minimum of 250ms. The timer resets itself and beginsto , minimu m of 250ms. The time-out period is selected by the Time-out Delay input, TD, to be 150ms with TD , tees an active reset pulse width of 250ms minimum. FCRTURCS Guaranteed Reset Assertion at Vcc = 1V , 250ms after PB RST is released from logic low level. TOL: Input to select 5% or 10% variation on Vcc


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PDF LTC1232 LTC1232 150ms, 600ms DS1232* watch dog timer st F-922 qpu 624
Not Available

Abstract: No abstract text available
Text: pulse generator forces RST to remain active low for a minimum of 250ms. Second, when the watchdog , input, forces the reset outputs to active states for a minimum of 250ms. The timer resets itself and , , the reset outputs are forced to active states for a minimum of 250ms. The time-out period is , width of 250ms minimum. TVPicni nppucm ion RST Ouput Voltage vs Supply Voltage / . +5VDC , active states. The reset outputs remain in active states for a minimum of 250ms after PB RST is


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PDF LTC1232 LTC1232 600ms DS1232
Not Available

Abstract: No abstract text available
Text: Vcc returns to 5V, the reset pulse generator forces RST to remain active lowfora minimum of 250ms. , time-out period set by the TD input, forces the reset outputs to active states for a minimum of 250ms. , period, the reset outputs are forced to active states for a minimum of 250ms. The time-out period is , active reset pulse width of 250ms minimum. TVPicni nppucOTion RST Ouput Voltage vs Supply Voltage , minimum of 250ms after PB RST is released from logic low level. Â J W ® , T0L: Input to


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PDF LTC1232 LTC1232 600ms 8255t38?
Supplyframe Tracking Pixel